Abstract: A computer-implemented method and apparatus are for processing medical cases. In an embodiment, the data set that is assigned to a medical case is received. A priority for processing the medical case is then determined for the medical case by applying to the data set trained functions that have been trained using training data sets and relevant known training priorities.

Abstract: A method for making a semiconductor device includes creating conductive structures on a substrate. Contact pads of a semiconductor die are connected to first ends of conductive structures. The semiconductor die is encapsulated or embedded and the substrate is removed such that second ends of the conductive structures are exposed to the exterior.

Abstract: A semiconductor device includes a first semiconductor device and a second semiconductor device. Through-holes in the second semiconductor device extend from an upper side of the second semiconductor device adjacent contact pads to a bottom side of the second device. Tower contact bumps are electrically connected to contact pads of the first semiconductor device. The second semiconductor device is arranged adjacent the first semiconductor device so that the tower contact bumps are disposed within the through-holes and are electrically connected with contact pads of the second semiconductor device.

Abstract: A method for making a semiconductor device includes creating conductive structures on a substrate. Contact pads of a semiconductor die are connected to first ends of conductive structures. The semiconductor die is encapsulated or embedded and the substrate is removed such that second ends of the conductive structures are exposed to the exterior.

Abstract: Die arrangement, having a die with a plurality of electronic circuits electrically coupled to one another, at least one first electrical connection region, having at least one electrical connection, and a first passivation layer, which is applied whilst leaving free at least the one first electrical connection region. A second passivation layer, preferably a molding material, is arranged at least partly on the first passivation layer. At least one electrically conductive structure with a connecting element and a redistribution layer electrically connects the first electrical connection to a second electrical connection, which is formed by or at a section of the redistribution layer. The connecting element extends from the first electrical connection region through the first passivation layer and the second passivation layer, the redistribution layer coupled to the connecting section being arranged at least partly on the second passivation layer.

Abstract: A semiconductor device includes a first semiconductor device and a second semiconductor device. Through-holes in the second semiconductor device extend from an upper side of the second semiconductor device adjacent contact pads to a bottom side of the second device. Tower contact bumps are electrically connected to contact pads of the first semiconductor device. The second semiconductor device is arranged adjacent the first semiconductor device so that the tower contact bumps are disposed within the through-holes and are electrically connected with contact pads of the second semiconductor device.

Abstract: An imaging tomography apparatus, in particular an x-ray computed tomography apparatus, has two acquisition systems capable of rotating around a common rotation axis. Each of the acquisition systems has a radiator as well as a detector. The maximum measurement fields scanned by the two acquisition systems given rotation around the rotation axis are of different sizes, or can be adjusted to different sizes. In particular, the lengths of both detectors measured in the azimuthal direction—are of different sizes. The tomography apparatus can be fashioned to scan the entire body cross-section of an examination subject or of a patient with conventional temporal resolution, and to scan detail region, such as a heart region, with an increased temporal resolution or accelerated data acquisition rate in comparison to a device with only one acquisition system.

Abstract: An imaging tomography apparatus, in particular an x-ray computed tomography apparatus, has two acquisition systems capable of rotating around a common rotation axis. Each of the acquisition systems has a radiator as well as a detector. The maximum measurement fields scanned by the two acquisition systems given rotation around the rotation axis are of different sizes, or can be adjusted to different sizes. In particular, the lengths of both detectors measured in the azimuthal direction—are of different sizes. The tomography apparatus can be fashioned to scan the entire body cross-section of an examination subject or of a patient with conventional temporal resolution, and to scan detail region, such as a heart region, with an increased temporal resolution or accelerated data acquisition rate in comparison to a device with only one acquisition system.

Abstract: A process produces a free flowing, silicic-acid-filled, powdered elastomer wherein the silicic acid employed has the properties set out below:(a) SiO.sub.2 content: about 82-91.5% by weight;(b) metallic oxides: about 0.5-3% by weight;(c) loss on ignition (DIN 55 921/2--measured at 100.degree. C.): about 8-15% by weight;(d) moisture (DIN 53 198--measured at 105.degree. C.): about 2-10% by weight;(e) surface area of the primary particles according to BET: about 40-250 m.sup.2 /g;(f) dibutyl phthalate absorption (ASTM D 2414-79) based on measured weight: about 170-290%.(g) linear average of numerical distribution of secondary particles: about 10-2,000 nm;(h) linear average of volume distribution of secondary particles: about 3-30 um;(i) proportion of secondary particles with a diameter of less than 1 um: about 0.01-5% by weightwherein the percentages of parameters (a) to (c), added up together, must yield 100% by weight.