Abstract: A sound-attenuating composite component comprising a honeycomb and in each case at least one insert body in at least some honeycomb cells, and a production method therefor. The respective insert body has a main axis, a first end, a second end, and a cohesive surface and is inserted with the main axis in the direction of the honeycomb depth. The cohesive surface has surface regions spaced from one another in the axial direction and which face one another and overlap in a projection onto a plane lying perpendicular to the main axis in order to demarcate a passage for sound waves in the axial direction. The course of the cohesive surface through these surface regions from the first end to the second end encircles and/or repeatedly crosses the main axis.

Abstract: A method for severing a dough portion from a dough mass by a dough portioning device having a container, a first portioning roller having a plurality of severing edges and a second portioning roller having a plurality of severing edges, wherein a depression is respectively provided between two severing edges. The method comprises rotating the first and second portioning rollers into a receiving position, and receiving a part of the dough mass in two depressions of the first and second portioning rollers facing the container. The method further comprises rotating the first and second portioning rollers into a waiting position, decreasing rotational speeds of the first and second portioning rollers, waiting for a waiting time to elapse and increasing the rotational speeds of the first and second portioning rollers and rotating the first and second portioning rollers into a severing position.

Abstract: A sealing assembly (1) for a turbine engine comprising a first element (2) and a second element (3), the first and second elements (2, 3) being concentric and in relative rotational movement with respect to each other about an axis of rotation (X), the sealing assembly (1) comprising at least one first wiper (4a) and an abradable member (5), the first wiper (4a) being annular in shape and carried by the first element (2), the first wiper (4a) extending radially towards the abradable member (5) and continuously around the axis of rotation (X), the abradable member (5) being annular in shape and carried by the second element (3), the abradable member (5) extending tangentially opposite the first wiper (4a), the first wiper (4a) comprising primary angular portions (11), each extending tangentially along a primary angular sector (11?), the primary angular portions (11) each having, in cross-section, a first constant profile, characterised in that the first wiper (4a) comprises secondary angular portions (13) each

Abstract: A device receives a default cell handoff parameter set from a base station within a cellular network. The device receives a modified handoff parameter set, wherein the modified handoff parameter set is different than the default cell handoff parameter set, and tests a mobile device in different geographic locations served by the base station, using the modified handoff parameter set, to measure one or more network/call service parameters associated with handoff of the mobile device to a neighboring cell. The device identifies optimum modified handoff parameters for the mobile device based on the measured one or more network/call service parameters.

Abstract: A device receives a default cell handoff parameter set from a base station within a cellular network. The device receives a modified handoff parameter set, wherein the modified handoff parameter set is different than the default cell handoff parameter set, and tests a mobile device in different geographic locations served by the base station, using the modified handoff parameter set, to measure one or more network/call service parameters associated with handoff of the mobile device to a neighboring cell. The device identifies optimum modified handoff parameters for the mobile device based on the measured one or more network/call service parameters.