Abstract: A twist-lock fixing may include a connector configured for receipt into a locking channel. The connector includes a stem having a first end opposite a second end. The stem includes a locking tab extending from a first side of the stem. The connector includes a head, the head extending from the second end of the stem and spaced apart from the locking tab. The twist-lock fixing may include a body section attaching to the connector at the first end of the stem. The body section includes a flange configured for contacting a first side of the workpiece to limit a longitudinal insertion of the connector into the locking channel.

Abstract: The present invention relates to a method of connecting camera modules to a camera, in which the camera is connected to a first camera module via a data interface, the first camera module transmits a device profile via the data interface to the camera, wherein the device profile comprises a device class of the first camera module and information about the functional scope of the first camera module, the camera is connected to a second camera module via the data interface, the second camera module transmits a device profile via the data interface to the camera, wherein the device profile comprises a device class of the second camera module and information about the functional scope of the second camera module, the camera adapts its operating parameters to the first and second camera module based on the device profiles in order to integrate the first and second camera module into the operation of the camera.

Abstract: For at least partially autonomously driving the motor vehicle, a (second) large language model is interposed to a used artificial intelligence (formed as a first large language model). In this manner, it is possible, to pose queries to the user, who can actively change driving of the motor vehicle via the second large language model. Herein, it can be provided that the artificial intelligence (the first large language model) is exactly not retrained.

Abstract: The present invention relates to a distributed monitoring system for film recordings comprising a transmission module and a display module, wherein the transmission module and the display module are connected to one another via a data network, wherein the transmission module is configured to transmit image data and preferably also audio data via the data network to the display module, wherein the transmission module additionally transmits metadata to the display module, wherein the display module is configured to display the image data and the metadata, and the display module has an image processing unit that is configured to carry out a modification to the image data before the image data are displayed.

Abstract: Described are aspects of sensor mount fixing techniques and apparatuses that are configured to receive, secure, and/or support one or more sensors relative to a support structure of a workpiece. In aspects, a sensor mount fixing includes a body portion configured to mount on a support structure. The body portion includes a sensor mount portion configured to receive a sensor housing through the body portion. A sensor mount fixing may include a locknut retainer configured to retain a first locknut engaged with the sensor housing against rotation during a turning (e.g., a tightening, a loosening) of a second locknut engaged with the sensor housing. A sensor mount fixing may include a clamp portion configured to clamp onto the sensor housing to retain the sensor housing.

Abstract: A twist-lock fixing may include a connector configured for receipt into a locking channel. The connector includes a stem having a first end opposite a second end. The stem includes a locking tab extending from a first side of the stem. The connector includes a head, the head extending from the second end of the stem and spaced apart from the locking tab. The twist-lock fixing may include a body section attaching to the connector at the first end of the stem. The body section includes a flange configured for contacting a first side of the workpiece to limit a longitudinal insertion of the connector into the locking channel.

Abstract: A system for assembling layers of packages and for forming transport and storage units from the layers. A grouping station has a grouping table for arranging and grouping the packages in a predefined layer arrangement. A package delivery feeds the packages to the grouping table in a conveying direction. The package delivery has two row conveyors for transporting at least one row of packages each on either side of the grouping table. A transfer unit transfers the packages from the row conveyors to the grouping table by sliding them in a respective sliding direction over a slide-over buffer region between each row conveyor and the grouping table, in order to form the layer of packages. A layer stacker then slides the layer of packages from the grouping table over onto a plate provided in the layer stacker, while maintaining the layer arrangement, in order to form the transport and storage unit.

Abstract: A device for handling and/or grouping piece goods having a handling table extending along a main axis with a manipulation zone and a collection zone disposed one behind the other along the main axis in a transport direction. A first manipulator manipulates the piece goods and is designed to be movable at least partly in the direction of the main axis with variable positions. The first manipulator is moved between at least one normal position and at least one required position differing from the normal position. The first manipulator has a base working region paired with the normal position for manipulating the piece goods in the manipulation zone and a required working region paired with the required position for manipulating the piece goods outside of the base working region. An optical detection device monitors the manipulation of the piece goods in the manipulation zone and/or collection zone.

Abstract: A method for determining operating conditions of an intralogistics system with components like conveyors, storage systems, shuttles, and others includes a simulating step and a step of generating process data from that simulation. A determination module is configured to perform a step of determining modified component parameters and properties by analyzing process data while optimizing a predefined target variable of the intralogistics system. In another aspect, an intralogistics system has a simulation module and a determination module, both accordingly configured to analyze process data and determine optimized operating conditions of an intralogistics system.

Abstract: A method for determining operating conditions of an intralogistics system with components like conveyors, storage systems, shuttles, and others includes a simulating step and a step of generating process data from that simulation. A determination module is configured to perform a step of determining modified component parameters and properties by analyzing process data while optimizing a predefined target variable of the intralogistics system. In another aspect, an intralogistics system has a simulation module and a determination module, both accordingly configured to analyze process data and determine optimized operating conditions of an intralogistics system.

Abstract: The present invention relates to a method of connecting camera modules to a camera, in which the camera is connected to a first camera module via a data interface, the first camera module transmits a device profile via the data interface to the camera, wherein the device profile comprises a device class of the first camera module and information about the functional scope of the first camera module, the camera is connected to a second camera module via the data interface, the second camera module transmits a device profile via the data interface to the camera, wherein the device profile comprises a device class of the second camera module and information about the functional scope of the second camera module, the camera adapts its operating parameters to the first and second camera module based on the device profiles in order to integrate the first and second camera module into the operation of the camera.

Abstract: The invention relates to a modular electronic camera, and in particular a distributed electronic camera, comprising an image acquisition module comprising an image sensor and an image processing unit coupled to the image sensor, an operating module for controlling and/or configuring the camera, and a display module for displaying camera images acquired by the image sensor, wherein the image acquisition module, the operating module and the display module are camera modules. The camera in accordance with the invention is characterized in that the image acquisition module, the operating module and the display module are connected to one another by means of a data network, with the data network having a distribution unit that is configured to receive data via the data network from the camera modules and to forward data from one of the camera modules to at least one of the other camera modules.

Abstract: The present invention relates to a distributed monitoring system for film recordings comprising a transmission module and a display module, wherein the transmission module and the display module are connected to one another via a data network, wherein the transmission module is configured to transmit image data and preferably also audio data via the data network to the display module, wherein the transmission module additionally transmits metadata to the display module, wherein the display module is configured to display the image data and the metadata, and the display module has an image processing unit that is configured to carry out a modification to the image data before the image data are displayed.

Abstract: A system for assembling layers of packages and for forming transport and storage units from the layers. A grouping station has a grouping table for arranging and grouping the packages in a predefined layer arrangement. A package delivery feeds the packages to the grouping table in a conveying direction. The package delivery has two row conveyors for transporting at least one row of packages each on either side of the grouping table. A transfer unit transfers the packages from the row conveyors to the grouping table by sliding them in a respective sliding direction over a slide-over buffer region between each row conveyor and the grouping table, in order to form the layer of packages. A layer stacker then slides the layer of packages from the grouping table over onto a plate provided in the layer stacker, while maintaining the layer arrangement, in order to form the transport and storage unit.

Abstract: A power transistor, a driver and an output stage. The power transistor includes an active region and a metallization level located above the active region for power distribution and for detecting an imminent metallization error induced by stress (RPP stress) caused by repeated power pulses. The power transistor also includes a further metallization level, which is located above the metallization level and in which galvanically isolated metal elements extend mutually parallel in a direction of extent, of which one pair is used for energizing the power transistor. It is a characteristic of the power transistor that at least one cut-out is formed above the active region in the further metallization level. The cut-out has the effect of decreasing heat dissipation. The power transistor is thereby heated more intensely in the localized region, so that large temperature gradients occur in the transition region defined by the edges of the metal elements.

Abstract: A power transistor, a driver and an output stage. The power transistor includes an active region and a metallization level located above the active region for power distribution and for detecting an imminent metallization error induced by stress (RPP stress) caused by repeated power pulses. The power transistor also includes a further metallization level, which is located above the metallization level and in which galvanically isolated metal elements extend mutually parallel in a direction of extent, of which one pair is used for energizing the power transistor. It is a characteristic of the power transistor that at least one cut-out is formed above the active region in the further metallization level. The cut-out has the effect of decreasing heat dissipation. The power transistor is thereby heated more intensely in the localized region, so that large temperature gradients occur in the transition region defined by the edges of the metal elements.

Abstract: The compounds of formula (1), in which R1, R7, R8, R9, R10, R17, R18, R19, R20 and m have the meanings as given in the description, are novel effective inhibitors of type 4 and 5 phosphodiesterase.

Abstract: The compounds of Formula (1), in which A, R1, R2, R3 and R5 have the meanings as given in the description, are novel effective inhibitors of type 4 and 5 phosphodiesterase.

Abstract: The compounds of formula (1) in which A, X, R1, R2, R3 and R7 have the meanings as given in the description, are novel effective inhibitors of type 4 and type 5 phosphodiesterase.

Abstract: The compounds of formula (1) in which R1, R7, R8, R9, R10, R17, R18, R19, R20 and m have the meanings as given in the description, are novel effective inhibitors of type 4 and type 5 phosphodiesterase.