Abstract: A method, apparatus and computer program are disclosed that perform in a wireless network: monitoring radio network connectivity release requests received from a wireless device of a given subscriber of the wireless network; determining a radio network connectivity release request frequency based on the radio network connectivity release requests received from the wireless device; receiving a current radio network connectivity release request from the wireless device; determining whether the radio network connectivity release request frequency meets a first threshold and: if yes, taking first corrective action to mitigate network load by excessive radio network connectivity release requests.

Abstract: A method, apparatus and computer program are disclosed that perform in a wireless network: monitoring radio network connectivity release requests received from a wireless device of a given subscriber of the wireless network; determining a radio network connectivity release request frequency based on the radio network connectivity release requests received from the wireless device; receiving a current radio network connectivity release request from the wireless device; determining whether the radio network connectivity release request frequency meets a first threshold and: if yes, taking first corrective action to mitigate network load by excessive radio network connectivity release requests.

Abstract: A drug storage and delivery device (1) comprising a reservoir (2) containing a liquid, a vial (3) containing a dry drug, such as a lyophilized drug, means (6) for forcing the liquid from the reservoir (2) to the vial (3), via an established fluid connection, and locking means adapted to prevent the means (6) for establishing a fluid connection from re-establishing a previously disconnected fluid connection between the reservoir and the vial. Thereby the dry drug is reconstituted, and the forcing means (6) may subsequently be used for forcing reconstituted drug out of the device (1). The reservoir (2), the vial (3), the fluid connection and the forcing means (6) may form an at least substantially integral unit. This is an advantage because the number of steps needed to be performed by the user is reduced, the risk of contamination is reduced, the risk of incorrect reconstitution and dosage is reduced, and the device is easy to operate, e.g. using just one hand.

Abstract: A perovskite-containing composite material comprising a substrate, an intermediate layer of a first titanium-containing perovskite and a covering layer of a second perovskite, both the first and the second perovskites being quaternary or higher-substituted perovskites. This composite material exhibits a single-phase perovskite covering layer and, consequently, can very suitably be used for the manufacture of electronic components and modules comprising integrated passive components. A description is given of a method of manufacturing said composite material.

Abstract: A method for eviscerating pig carcasses comprising insertion of a plug into the anus of the carcass in order to avoid contamination of the carcass.Before the plug is inserted into the anus it is cooled down to a low temperature, such as below -20.degree. C. The plug will freeze on to the area around the anus sealing the anus tightly.In this way the casing contents will not flow out during the cutting or boring-out of the rectum and further treatment of the casings.The plug comprises a sealing section 1 having a large cold capacity.

Abstract: An apparatus for preheating and drying a granulate (43) comprises an inlet (61), a discharge (3a, 3b), a blower (10), air guide pipes (9, 15, 16, 19, 23, 24, 25, 31), a valve (11), and a heater. For creating three air circuits, an adjustable, multiport valve and a reversible blower (10) are provided. In each position, air from the blower passes in two directions through said multiport valve (11). The apparatus comprises a heat accumulator (161). The first circuit dries the granulate (43), the second circuit regenerates a humidity adsorbing material, and the third circuit transports material to the drier. The accumulator (161) preheats air during the regeneration, re-uses accumulated heat from said regeneration during the granulate drying cycle. The multiport valve is adjustable to various positions, gas in each position being directed along two paths through the valve.