Abstract: A method for checking an alignment of a 2D or 3D camera, wherein a reference image is detected and stored in a first preferred alignment of the camera, wherein a current image is detected to check the alignment of the camera, wherein the reference image is provided monochrome with a first color and the current image is provided monochrome with a second color that differs from the first color, and wherein the current image and the reference image are displayed as an image mixing.

Abstract: A method for checking an alignment of a 2D or 3D camera, wherein a reference image is detected and stored in a first preferred alignment of the camera, wherein a current image is detected to check the alignment of the camera, wherein the reference image is provided monochrome with a first color and the current image is provided monochrome with a second color that differs from the first color, and wherein the current image and the reference image are displayed as an image mixing.

Abstract: A method for checking the completeness of a container provided with a plurality of objects by means of a 3D camera includes providing a three-dimensional image of the objects and a multi-ROI. The multi-ROI includes a plurality of ROIs which have a user-settable shape and are arranged within the multi-ROI in a user-settable number of rows, columns and raster type, including a learning mode and a temporally subsequent working mode.

Abstract: A method for operating a camera system for detecting codings, in which positions of contour points of the codings are determined in relation to edges of a search zone of the camera system, wherein a reading reliability of the search zone is determined from a distance of the contour points from the edges of the search zone.

Abstract: A method for checking the completeness of a container provided with a plurality of objects by means of a 3D camera includes providing a three-dimensional image of the objects and a multi-ROI. The multi-ROI includes a plurality of ROIs which have a user-settable shape and are arranged within the multi-ROI in a user-settable number of rows, columns and raster type, including a learning mode and a temporally subsequent working mode.

Abstract: A method for operating a camera system for detecting codings, in which positions of contour points of the codings are determined in relation to edges of a search zone of the camera system, wherein a reading reliability of the search zone is determined from a distance of the contour points from the edges of the search zone.

Abstract: Disclosed is a method for the production of a semiconductor component provided with at least one first vertical power component (5,9) and at least one lateral, active component (6) and/or at least one second vertical power component (10) between which is placed at least one trench (2) filled with an insulation (4). Also disclosed is a semiconductor component produced with the method. The semiconductor component is distinguished by an eccentric or concentric arrangement of the respective functional components (5,6,9,10) which are separated from each other by a trench insulation. To produce such a semiconductor component, at least one trench (2), which completely encompasses at least one part area of the front side and then is filled with an insulation (4) is etched into a silicon substrate (1). In the further course of the method, the entire area of the silicon substrate (1) is thinned (1) from said back side to said insulation (4), i.e. to the bottom side of the insulation.

Abstract: Etching solution for etching a layer system that has at least one layer of aluminum, at least one layer of copper and at least one third layer, selected from nickel vanadium, nickel and alloys thereof, which is arranged between the at least one aluminum layer and the at least one copper layer, wherein the solution contains phosphoric acid, nitric acid, deionized water and at least one salt that can release halogen ions, or comprises these components. The claimed etching solution is the basis for a one-step structuring method of a UBM layer system which is used in the production of components that are produced by semiconductor technology methods.

Abstract: Disclosed is a method for the production of a semiconductor component provided with at least one first vertical power component (5, 9) and at least one lateral, active component (6) and/or at least one second vertical power component (10) between which is placed at least one trench (2) filled with an insulation (4). Also disclosed is a semiconductor component produced with the method. The semiconductor component is distinguished by an eccentric or concentric arrangement of the respective functional components (5, 6, 9, 10) which are separated from each other by a trench insulation. To produce such a semiconductor component, at least one trench (2), which completely encompasses at least one part area of the front side and then is filled with an insulation (4) is etched into a silicon substrate (1). In the further course of the method, the entire area of the silicon substrate (1) is thinned (1) from said back side to said insulation (4), i.e. to the bottom side of the insulation.