Abstract: A radio communications system includes a radio network control node coupled to a base station for communicating with mobile stations over a radio interface via the base station. The base station includes one or more cells, each cell having plural cell resources. A resource indication message sent from the base station to the radio network control node includes a cell resource identifier and indicates a status of a particular cell resource. The cell resource identifier is associated with a cell identifier in the resource indication message to eliminate any ambiguity at the radio network control node that might be created if the cell resource identifiers are not unique outside the context of each cell. Example implementations are described in a “service impacting” part of a Resource Status Indication Message (RSIM) in a third generation, wideband CDMA cellular radio communications system.

Abstract: Method and device for heat treatment of a disc, whereby the disc (1) is placed on a carrier (14) after which the disc is irradiated. During the radiation the carrier is kept on a desired temperature. The desired temperature of the carrier is about the temperature of the disc prior to placement on the carrier. The disc comprises two disc elements and an adhesive layer between the disc elements, whereby the adhesive layer is cured by the irradiation with ultraviolet light.

Abstract: The invention provides a novel method of treating respiratory diseases, e.g., pediatric asthma, in a continuing regimen with not more than one daily dose of the drug budesonide using a nebulizer.

Abstract: An apparatus for supplying a breathing gas to a patient has a gas supply for generating a flow of breathable gas during an inspiration and an expiration phase of a patient breathing cycle. An inspiration line is provided having an inlet through which a flow of breathing gas from the supply can pass as well as an expiration line through which an expiration gas from the patient can flow. A flow controller is provided for selecting, during an inspiration phase, a first flow path for gas from the supply into the inlet and for selecting, during the expiration phase, a second flow path for gas from the supply in a direction across a venturi outlet of the expiration line, to enhance removal of expiration gas therefrom by venturi suction.