Zacco Denmark A/S

Disclosed is a hearing device (100) comprising a charging receiver circuit (110) configured for converting an electromagnetic signal into a direct current, DC, signal. The charging receiver circuit (110) comprises a receiver coil circuit (120) configured to receive the electromagnetic signal from a power transmitter (220) and to generate an alternating current, AC, signal having a peak amplitude in response to the received electromagnetic signal, and a rectifier circuit (130) arranged in connection with the receiver coil circuit (120), wherein the rectifier circuit (130) is configured to receive the generated AC signal and to output the DC signal having a magnitude being above the peak amplitude of the generated AC signal.

Disclosed is a computer-implemented method comprising the steps of obtaining first data representing a surface of a dental object, wherein the first data is three-dimensional (3D) surface data; obtaining first augmentation data indicating an estimated presence of a second set of dental conditions in the second data; obtaining second data representing an internal volume of the dental object; obtaining second augmentation data indicating an estimated presence of a second set of dental conditions in the second data; obtaining a user input indicative of a desired inspection site of the dental object; determining a part of the first data corresponding to the desired inspection site; determining a part of the second data corresponding to the desired inspection site; rendering, in a graphical-user interface (GUI), a first view comprising the part of the first data corresponding to the desired inspection site and rendering with a visual indication of at least a part of the first augmentation data corresponding to the desired inspection site; and rendering, in the GUI, a second view comprising the part of the second data corresponding to the desired inspection site with a visual indication of at least a part of the second augmentation data corresponding to the desired inspection site.

Disclosed is a computer-implemented method comprising the steps of obtaining first data representing a surface of a dental object, wherein the first data is three-dimensional (3D) surface data; obtaining first augmentation data indicating an estimated presence of a second set of dental conditions in the second data; obtaining second data representing an internal volume of the dental object; obtaining second augmentation data indicating an estimated presence of a second set of dental conditions in the second data; obtaining a user input indicative of a desired inspection site of the dental object; determining a part of the first data corresponding to the desired inspection site; determining a part of the second data corresponding to the desired inspection site; rendering, in a graphical-user interface (GUI), a first view comprising the part of the first data corresponding to the desired inspection site and rendering with a visual indication of at least a part of the first augmentation data corresponding to the desired inspection site; and rendering, in the GUI, a second view comprising the part of the second data corresponding to the desired inspection site with a visual indication of at least a part of the second augmentation data corresponding to the desired inspection site.

A composite membrane structure includes a middle layer and at least one surface layer. The middle layer has a plurality of holes, and the at least one surface layer is disposed on one side of the middle layer. The material of the surface layer is different from the material of the middle layer. A plurality of holes in the middle layer pass through the middle layer and open on opposite sides of the middle layer.

Systems and methods provide for generating personalized recommendations of digital content or application actions based on user context inferred from on device data. The system identifies a set of potentially relevant applications prior to receiving any user input using machine learning model that leverages current user context to assign likelihood scores to candidate applications. The most relevant applications are then surfaced to the user interface for immediate engagement. The system further collects one or more data streams from various applications, each stream representing user interactions. These streams are processed to extract contextual information in accordance with one or more predefined schemas that specify structured attributes. The resulting records are stored in a relational database which can be efficiently queried by authorized applications and services for personalized recommendations.

A backlight module includes the following features. A privacy film is disposed on a light path of a light source assembly. A light guide plate has optical microstructures, a light incident surface and a surface connected to each other. The surface faces the privacy film. The optical microstructures each have a rounded corner, and a first convex surface and a second convex surface that stand on the surface. The rounded corner is connected to the first convex surface and the second convex surface. An angle between the first convex surface and the surface is 30°-70°, and the radius of curvature of the rounded corner is 0.001-0.005 mm. The first convex surface faces the light incident surface when the optical microstructures are sunken from the surface. The first convex surface faces away from the light incident surface when the optical microstructures are protruded from the surface.

The present invention relates to a lifting assembly (1) for lifting a wind turbine component (17, 18, 19). The lifting assembly (1) comprises: an upper part (2) comprising a lifting beam (4), a suspension arrangement (5) configured for suspending the lifting beam (4) from a crane hook (9), and a locking assembly (6); and a lower part (3) exchangeable connectable to the locking assembly (6) of the upper part (2), the lower part (3) comprising a lifting tool (7) configured for connection to the wind turbine component (17, 18, 19). The upper part (2) further comprises an actuator arrangement (8) configured to allow a lateral displacement of the lifting beam (4) in relation to the suspension arrangement (5).

In some embodiments, an electronic device presents settings user interfaces associated with cellular identifiers. In some embodiments, a first electronic device accesses a first cellular identifier regardless of the first electronic device's connection to a second electronic device and accesses a second cellular identifier when the first electronic device is connected to the second electronic device. In some embodiments, an electronic device presents visual indications of cellular identifiers in relation to communication functions. In some embodiments, an electronic device presents visual indications of the status of cellular identifiers active on the electronic device. In some embodiments, an electronic device presents alerts associated with one or more cellular identifiers that have been removed from the electronic device.

The present disclosure generally relates to user interfaces and more specifically to techniques for displaying user interfaces associated with physical activities. Exemplary user interfaces related to activity competitions are described. Exemplary user interfaces related to a friends list for activity sharing are described. Exemplary user interfaces associated with alerts presented to a user in response to automatically determining a boundary of a workout are described. Exemplary user interfaces associated with configuring a pace alert for a workout application are described.

A radar, a system and a method, comprising: a radar antenna (101); a frontend circuit (102) coupled to the radar antenna (101) and including one or more amplifiers; a first processor (103) coupled to the frontend circuit (102) and including: a synchronizer (110); a radar radio (117); and a data network interface (111) for communication via a data network (130). The radar radio (117) performs radar radio operations in correspondence with radar data synchronously transferred to the radar radio; wherein the radar data includes first radar data corresponding to first radar operations. The data network interface (120) includes: a first memory (114); a queuing circuit (113); and a dequeuing circuit (115) controlled via the synchronizer to synchronously transfer the first radar data from the dequeuing circuit (115) to the radar radio (117) for the radar radio (117) to perform the first radar operations corresponding with the first radar data.