LKGLOBAL Partnerschaftsgesellschaft mbB

Methods and devices for removing the effects of vibration in an imaging-based profiler are disclosed herein. An example method includes capturing, by an imaging-based profiler, a set of image data representing a profile of at least one of an object and a background region and determining whether a dimensional value of a portion of the profile deviates from a reference value, the reference value being determined using one or more sets of image data captured by the imaging-based profiler. Responsive to determining the dimensional value of the portion of the profile deviates from the reference value, the example method further includes adjusting the set of image data representing the profile based on a magnitude of the deviation from the reference value, outputting the adjusted set of image data, and constructing a three-dimensional (3D) model based on the adjusted set of image data.

Es werden ein Brennstoffzellenmodul (6) für eine Brennstoffzellenanordnung (2), mit wenigstens einem Brennstoffzellenelement (8), das wenigstens eine Bipolarplatte (10), eine Gasdiffusionslage (11), eine Elektrolytschicht (12) und eine Endplatte (14) umfasst, eine Brennstoffzellenanordnung (2) mit einem entsprechenden Brennstoffzellenmodul (6), eine Antriebseinheit (4) für ein Fahrzeug (1), insbesondere Luftfahrzeug, mit einer entsprechenden Brennstoffzellenanordnung (6), und ein entsprechende Fahrzeug (1), insbesondere Luftfahrzeug, vorgeschlagen, wobei die Gasdiffusionslage (11) aus einem Schichtmaterial gebildet ist, und wobei eine zwischen Bipolarplatte (10) und Endplatte (14) angeordnete Ausgleichslage (15) wenigstens abschnittsweise aus dem gleichen oder zumindest ähnlichem Schichtmaterial gebildet ist.

A method, control program (11), computer-readable data carrier (12), control unit (3), communication system (1) and a corresponding aircraft (7) are provided, wherein for managing work tasks (W) to be accomplished within a pre-defined time frame (T), in particular a turn-around time measured between an expected arrival timepoint (e) and a scheduled departure time point (f) of an aircraft (7), the method comprises the steps of providing a computing device (10) on the aircraft (7) configured to handle data objects (D) containing status information (I) regarding the aircraft (7), at least one of an operational unit (U) of the aircraft (7), a transportation unit (V) to be carried by the aircraft (7) and/or an operating person (O) to be tasked with handling the aircraft (7) and/or the transportation unit (V) for achieving at least one respective work task (W); and providing at least one communication device (2), such as a mobile device, at least temporarily associated to the operating person (O) or to a further operating person (P) and adapted to send to and/or receive the data objects (D) to provide the status information (I) to the operating person (O) and/or to the further operating person (P).

The invention relates to a method for providing a biometric-enabled transaction process. The method comprises obtaining an information relating to the transaction process at a reader device (10), receiving a set of application identifiers from a user device (20) having a biometric functionality, activating a voice functionality of the reader device (10) if it is determined that the received set of application identifiers comprises a first application identifier associated to a voice application, wherein the voice functionality configures the reader device (10) to provide a voice output to a user (22) of the user device (20), receiving user authentication data from the user device (20), wherein the user authentication data is generated based on the biometric functionality of the user device (20), and initiating the transaction process upon positive authentication of the user (22). The invention also relates to a reader device (10) and system (100) for providing a biometric-enabled transaction process.

A method, control program (11), computer-readable data carrier (12), control unit (3), communication system (1) and a corresponding aircraft (7) are provided, wherein for providing data objects (D) to at least one operating person (O) for operating an aircraft (7), the method comprises the steps of providing a computing device (10) on the aircraft (7) configured to handle data objects (D) containing status information (I) regarding the aircraft (7), at least one of an operational unit (U) of the aircraft (7), a transportation unit (V) to be carried by the aircraft (7) and/or the operating person (O) to be tasked with handling the aircraft (7) and/or a transportation unit (V) transported by and/or supposed to be transported by the aircraft (7); and providing at least one communication device (2), such as a mobile device, at least temporarily associated to the operating person (O) or to a further operating person (P) and adapted to send to and/or receive the data objects (D) embedded in and/or in the form of push messages (M) to provide the status information (I) to the operating person (O) and/or to the further operating person (P).

A new method uses a nitrogen monoxide (NO) sensor 10, which is arranged in an exhalation channel 3 of a breathing mask 1, which comprises a pressure ventilation device, an acceleration sensor 20, a ventilation pressure sensor 30, which is arranged in a breathing air channel 2 of the breathing mask 1, and comprises the following steps: • a computer calculates an individual, unadjusted stress tolerance rating and uses for this purpose the measured value of the NO sensor 10 together with historical measured values and associated, historical calculation values, • the computer calculates out the influence of the acceleration acting on the fighter pilot and the influence of the pressure ventilation acting on the fighter pilot and uses for this purpose measured values of the acceleration sensor 20 and of the ventilation pressure sensor 30 together with historical measured values of the acceleration sensor 20 and of the ventilation pressure sensor 30 and associated historical calculation values while obtaining an individualized, adjusted stress tolerance rating, • wherein the historical measured values and the historical calculation values are stored in the memory and are data of the fighter pilot.

A support assembly (10) for a high lift body (8), in particular a leading-edge-slat, configured to be mounted to a spar (6) of a wing (3) of an aircraft (1), as well as a corresponding high lift body arrangement (4), a wing (3) and an aircraft (1) are provided, the support assembly (10) comprising at least two hinging organs (30) each providing at least one hinge point (G) configured for hinging the high lift body (8) at the spar (6) movably between a stowed position (S) and a deployed position (T) along a motion path (E) involving a translatory component (I, J, L) extending within a deployment plane (P) extending transversely with respect to a mounting plane (H) provided by the spar (6) for mounting the hinging organs (30) to the spar (6).

Es wird eine Vorrichtung (1) und ein Verfahren (200) zum Überprüfen eines Ist-Zustands einer Rotationskomponente (100) bereitgestellt. Die Vorrichtung (1) umfasst ein Gestell (2), einen langgestreckten Aufnahmebalken (3), eine Aufnahme (4), ein erstes drehmomenterzeugendes Element (5), und eine Ablesevorrichtung (7). Der Aufnahmebalken (3) ist über eine Drehachse (8) mit dem Gestell (2) verbunden ist. Das erste drehmomenterzeugende Element (5) ist an einer ersten Seite (9) des Aufnahmebalkens (3) relativ zu der Drehachse (8) angeordnet. Die Aufnahme (4) ist an einer zweiten Seite (10) des Aufnahmebalkens (3) relativ zu der Drehachse (8) angeordnet. Die Aufnahme (4) ist konfiguriert, die Rotationskomponente (100) mit dem Aufnahmebalken (3) zu verbinden. Das erste drehmomenterzeugende Element (5) ist einstellbar, so dass ein von der ersten Seite (9) auf die Drehachse (8) wirkendes erstes Drehmoment (11) angepasst werden kann. Die Aufnahme (4) ist konfiguriert ein durch die Rotationskomponente (100) erzeugtes zweites Drehmoment (12) von der zweiten Seite (10) auf die Drehachse (8) zu übertragen. Die Ablesevorrichtung (7) ist konfiguriert, einen mit dem ersten Drehmoment (11) assoziierten Ablesewert anzuzeigen, der mit dem Ist-Zustand der Rotationskomponente assoziiert ist.

A method, as well as a corresponding configuration program (10), an application program dataset (A), a computer-readable data carrier (11, 12, 13), a user device (5), and a server device (3) are provided, wherein for configuring configuring a user device (5), in particular a mobile device or an IoT device, comprising a secure element (6), such as an eUICC, for identifying a user (U) with at least one associated user profile dataset (P) to allow participation in mobile telecommunication networks (N), the method comprises the steps of providing the at least one user profile dataset (P) to the secure element (6); monitoring the at least one user profile dataset (P) to determine if the at least one user profile dataset (P) is an unused profile dataset (Q); and sending a status notification (G) to a server device (3), in particular a security server providing a secure location for handling user profile datasets (P), after determining that the at least one user profile dataset (P) is an unused profile dataset (Q), for allowing the server device (3) to identify the at least one unused profile dataset (Q) as being potentially deletable.

A method, as well as a corresponding configuration program (10), a server program dataset (B), a computer-readable data carrier (11, 12, 13), a user device (5), and a server device (3) are provided, wherein for configuring a server device (3), in particular a security server providing a secure location for handling user profile datasets (P) adapted to be stored on a secure element (6), such as an eUICC, of a user device (5) associated to a user (U) and configured to identify the respective user (U) to allow participation in mobile telecommunication networks (N), the method comprises the steps of providing a database (D) containing an administered set (M) of user profile datasets (P); performing a database scan with the server device (3) to identify a subset (V) of unused profile dataset (Q) of the administered set (M) of user profiles dataset (P); and adding at least one of the unused profile datasets (Q) and/or a profile identifier (I) thereof to a deletion list (L) of unused profile datasets (Q) to be potentially deleted.