Abstract: A method of determining information related to a road user in an environment of a vehicle includes receiving, from vehicle sensors, a digital image and a Lidar point cloud. The digital image and the Lidar point cloud represent a scene in the environment of the vehicle. The method includes detecting a road user in the scene based on the received digital image and Lidar point cloud. The method includes generating a combined digital representation of the detected road user by combining corresponding image data and Lidar data associated with the detected road user. The method includes determining information related to the detected road user by processing the combined digital representation of the detected road user.

Abstract: An abrasive for jet cutting including particles of a stainless steel is provided, the stainless steel includes a microstructure, the microstructure including at least martensite, in a range of ?20 wt. % to ?100 wt. %, austenite in a range of ?0 wt % to ?50 wt %, and chromium carbide, chromium nitride and/or mixtures thereof, together in a range of ?0 wt % to ?45 wt % based on the microstructure, the proportions being selected such that together they amount to ?100 wt % based on the microstructure. The abrasives for jet cutting exhibit particularly good lifetime and recyclability. Also provided is a suspension for jet cutting including at least the proposed abrasive for jet cutting and a suspending agent, as well as the use of the abrasive for jet cutting for cutting a workpiece.

Abstract: A stainless blasting medium is provided including blasting medium elements containing an austenitic chromium-manganese steel, the blasting medium comprising the austenitic chromium-manganese steel-containing blasting medium elements in a range of ?90 wt.-% to ?100 wt.-% relative to the total weight of the stainless blasting medium. The following further relates to the use of the stainless blasting medium for blasting surfaces, metal and non-metal surfaces, such as workpieces, in particular stainless workpieces.

Abstract: A circuit carrier. The circuit carrier has at least one electronic component, the electronic component being soldered to the circuit carrier, in particular with the aid of a flux. The circuit carrier has, in particular, an electrically insulating protective layer for anti-condensation, a surface of the circuit carrier being covered at least partially with the protective layer. The protective layer of the circuit carrier is formed by a silicon polymer layer designed to be activatable with the aid of ultraviolet radiation, the silicon polymer layer having filler particles distributed in the silicon polymer layer, in particular homogenously. At least a part of the filler particles or all filler particles have at least one salt of an alkaline earth metal.

Abstract: A circuit carrier. The circuit carrier has at least one electronic component, the electronic component being soldered to the circuit carrier, in particular with the aid of a flux. The circuit carrier has, in particular, an electrically insulating protective layer for anti-condensation, a surface of the circuit carrier being covered at least partially with the protective layer. The protective layer of the circuit carrier is formed by a silicon polymer layer designed to be activatable with the aid of ultraviolet radiation, the silicon polymer layer having filler particles distributed in the silicon polymer layer, in particular homogenously. At least a part of the filler particles or all filler particles have at least one salt of an alkaline earth metal.

Abstract: The invention relates to a method for the installation and removal of a conveyor belt (5) on drive rollers (1) by means of an endless supporting belt (2) stretched over said rollers, wherein said conveyor belt has an outer surface, an inner surface, and two free ends. The invention is characterized in that: a) for the installation of a conveyor belt that includes a substrate sheet (6), one surface of which includes a polyurethane coating bearing a printed image, which coating is covered by a mixture of materials that protect this image, a portion (15, 15a) of the conveyor belt is defined at each of its two transverse ends (14, 14a) only, and then, with the conveyor belt being positioned longitudinally and stretched over said supporting belt, and with said two transverse ends being juxtaposed, said two portions of the conveyor belt are joined together by being secured or not to the supporting belt; b) for removal, the portions of the conveyor belt are separated and the conveyor belt is removed.

Abstract: The present invention relates to a method for slicing loaves of bread, particularly loaves having an oblong or essentially oblong shape, and to a device for the implementation of the said method.

Abstract: The invention relates to a method for the installation and removal of a conveyor belt (5) on drive rollers (1) by means of an endless supporting belt (2) stretched over said drive rollers, specifically a conveyor belt for a checkstand counter, so as to ensure the transit of said conveyor belt, which has an outer surface, an inner surface, and two transverse ends (15; 16). The invention is characterized in that the installation process involves joining the conveyor belt and the supporting belt via their outer surfaces and via the use of junction means (14) constituting a hinge between these two belts, after which the two transverse ends of the conveyor belt are joined together via junction means (17) that are applied to the outer surface of said belt and that overlap said juxtaposed ends.