Abstract: A computer implemented method of identifying changes in a subject's heart or an adjacent region over time. The method comprising: receiving a set of imaging data relating to a subject's heart that has been obtained at a plurality of points in time; generating an anatomical model of the subject's heart for each of the images in the set of imaging data so as to provide a set of anatomical models of the subject's heart corresponding to the plurality of points in time; and aligning each of the anatomical models in the set of anatomical models relative to one another so as to provide a set of aligned data of the subject's heart. The aligned data are for identifying changes in at least one region of the subject's heart by comparing the anatomical models in the set of aligned anatomical models using a machine learning model.

Abstract: A filter device has a filter housing (14), in which a replaceable filter element (18) is accommodated, and has a filter head (26) for securing the filter housing (14) to a third component, such as a tank wall (10) of a storage tank. The filter housing (14) is mounted on the filter head (26) in an articulated manner by a bearing (28) providing more than one degree of freedom.

Abstract: An asymmetric surge protection device for a DC circuit (16) has a negative side (32) which can be connected to a current output (28) of the DC circuit (16), a positive side (30) which can be connected to a current input (26) of the DC circuit (16), and an asymmetric neutral section (34). The asymmetric neutral section (34) has a positive protection level (Vp) for a positive voltage (V) between the positive side (30) and the negative side (32), and a negative protection level (Vn) for a negative voltage (V) between the positive side (30) and the negative side (32), the positive protection level (Vp) being different from the negative protection level (Vn). Furthermore, a DC circuit arrangement (14) and a DC network (10) are shown.

Abstract: The application relates to a power switch for breaking an electrical circuit when current and/or current time span threshold values are exceeded, including an energy converter, which on the primary side is connected to the electrical circuit, and on the secondary side provides an energy supply for at least one control unit of the power switch. A choke is connected between the secondary-side output of the energy converter and the control unit of the power switch.

Abstract: An asymmetric surge protection device for a DC circuit (16) has a negative side (32) which can be connected to a current output (28) of the DC circuit (16), a positive side (30) which can be connected to a current input (26) of the DC circuit (16), and an asymmetric neutral section (34). The asymmetric neutral section (34) has a positive protection level (Vp) for a positive voltage (V) between the positive side (30) and the negative side (32), and a negative protection level (Vn) for a negative voltage (V) between the positive side (30) and the negative side (32), the positive protection level (Vp) being different from the negative protection level (Vn). Furthermore, a DC circuit arrangement (14) and a DC network (10) are shown.

Abstract: A circuit breaker is for interrupting an electric current circuit when current and/or current time period thresholds are exceeded. The circuit breaker includes at least one control unit, to which energy is supplied by an energy converter. A primary winding of the energy converter is formed by a conductor of the electric current circuit. The core of the energy conductor surrounding the electric current circuit conductor is used as the primary winding. A secondary winding surrounds a section of the core. The secondary winding additionally surrounds an inductor core, arranged relative to the core using an insulating spacer element. The secondary winding and the inductor core are at least party magnetically shielded from the primary winding by a shielding plate guided through the core.

Abstract: An energy supply for an electrical circuit breaker includes a current converter with a primary conductor and a secondary winding. The energy supply further has a triac with two main connections and one control connection, the triac being connected electrically in parallel with the secondary winding via the main connections. A series circuit including at least two zener diodes is connected to the control connection of the triac at one end and to a main connection of the triac at the other end.

Abstract: A circuit breaker is for interrupting an electric current circuit when current and/or current time period thresholds are exceeded. The circuit breaker includes at least one control unit, to which energy is supplied by an energy converter. A primary winding of the energy converter is formed by a conductor of the electric current circuit. The core of the energy conductor surrounding the electric current circuit conductor is used as the primary winding. A secondary winding surrounds a section of the core. The secondary winding additionally surrounds an inductor core, arranged relative to the core using an insulating spacer element. The secondary winding and the inductor core are at least party magnetically shielded from the primary winding by a shielding plate guided through the core.

Abstract: The application relates to a power switch for breaking an electrical circuit when current and/or current time span threshold values are exceeded, including an energy converter, which on the primary side is connected to the electrical circuit, and on the secondary side provides an energy supply for at least one control unit of the power switch. A choke is connected between the secondary-side output of the energy converter and the control unit of the power switch.

Abstract: A power switch is for interrupting an electrical circuit when current and/or current time span threshold values are exceeded. The power switch includes an energy converter, which on the primary side is connected to the electrical circuit, and on the secondary side provides an energy supply for at least one control unit of the power switch. The energy converter has a core having a remanence flux density (Br2) of less than 30% of the saturation flux density (Bs2) or a coercive field strength (Hc2) of less than 10 A/m.

Abstract: An energy supply for an electrical circuit breaker includes a current converter with a primary conductor and a secondary winding. The energy supply further has a triac with two main connections and one control connection, the triac being connected electrically in parallel with the secondary winding via the main connections. A series circuit including at least two zener diodes is connected to the control connection of the triac at one end and to a main connection of the triac at the other end.

Abstract: In a device for discharging tire sealing agent from a container which can be connected to a pressure source and to a tire valve, a check valve is provided in the connection to the pressure source and/or in the connection to the tire valve.

Abstract: In a device for discharging tire sealing agent from a container which can be connected to a pressure source and to a tire valve, a check valve is provided in the connection to the pressure source and/or in the connection to the tire valve.

Abstract: In a filling system for sealing and inflating tires, comprising at least one pressure source, in particular a compressor, and at least one container for receiving tire sealant, the container for receiving tire sealant is to be of tire-like design.

Abstract: In a device (P) for delivering a gas out of a pressure chamber (5), in particular into a container (17) for dispensing a sealant (15) from said container into a tire (18) of a vehicle and/or for inflating the tire, wherein a plunger (4) is arranged to be oscillatingly movable in the pressure chamber, a gasket (20) is associated with the plunger and changes the distance thereof from a pressure chamber wall (28) when there is a change in the direction of movement of the plunger.

Abstract: A compressor unit for vehicles having a motor (3) and a compressor pump (4) which is directly coupled thereto, wherein the compressor unit (1) is of watertight design and serves to feed air into a tire, and has a single composite line (2) for the supply of power and/or air and/or for the evacuation of air.

Abstract: The invention relates to a device for filling air tires, particularly bicycle tires, with a tire sealing fluid through the valves of the tires, wherein the device is configured as an adapter set (1) having a connector (3) for the tire fluid, and having multiple individual parts (10) which can be inserted into one another, and onto the valves by means of inserting, clipping, and/or screwing, which can be varied with respect to one another depending on the valve type, such as Dunlop valves, quick valves (8), or Sclaverand valves (9).

Abstract: A device for discharging tire sealant (3) from a container (2), the container (2) is connectable to a closure element (1). The pressure source (6) is able to be connected to the closure element (1) and, when a positive pressure is produced in the container (2), a removal opening (12) is able to be released in order to discharge tire sealant (3) from the container (2) into a tire.