Abstract: The present disclosure relates to a method and device for warning a user of a vehicle with an energy storage unit against an energy shortage. According to the present disclosure, an energy quantity is determined that is stored in the energy storage unit at a branching point of a path driven on by the vehicle, and a direction option of the vehicle at the branching point is selected. Further, the one route is determined that is associated with the direction option and starts at the branching point, on which the vehicle is able to reach with the lowest expected energy requirement an energy charging location at which the energy storage unit can be charged. The energy requirement is compared with the energy quantity, and a warning indication is outputted with which the user is warned against the direction option if the energy requirement is greater than the energy quantity.

Abstract: A broadcast receiver for processing of a broadcast signal, and a method for processing a broadcast signal by a broadcast receiver. The broadcast receiver includes: a receiver unit that is set up to receive the broadcast signal and convert the received broadcast signal into a digital data signal; a bandwidth filter unit that is set up to filter the data signal with a variable filtering bandwidth; a demodulation unit that is set up to demodulate the filtered data signal; a signal content analysis unit that is set up to determine a signal content of the demodulated data signal; a signal quality analysis unit that is set up to determine a signal quality of the data signal; and a bandwidth regulation unit that is set up to regulate the filtering bandwidth depending on the signal content and the signal quality.

Abstract: The present disclosure relates to a method and system for receiving a broadcast signal. The system includes a broadcast receiver device having two receiving units, two decoding units, a combining unit and a further processing unit. A broadcast signal is received by both receiving units, so that two reception signals are provided. From each reception signal, a raw data stream is extracted and decoded by the decoding units. It is checked if the data stream provided by each decoding unit is complete. If a first data stream is complete, it is processed by the further processing unit. If the first data stream is incomplete and the second data stream is complete, the second data stream is further processed. If both data streams are incomplete, they will be combined to a combined data stream by the combining unit, the combined data stream being further processed, if it is complete.

Abstract: The present disclosure relates to a method and device for warning a user of a vehicle with an energy storage unit against an energy shortage. According to the present disclosure, an energy quantity is determined that is stored in the energy storage unit at a branching point of a path driven on by the vehicle, and a direction option of the vehicle at the branching point is selected. Further, the one route is determined that is associated with the direction option and starts at the branching point, on which the vehicle is able to reach with the lowest expected energy requirement an energy charging location at which the energy storage unit can be charged. The energy requirement is compared with the energy quantity, and a warning indication is outputted with which the user is warned against the direction option if the energy requirement is greater than the energy quantity.

Abstract: A broadcast receiver for processing of a broadcast signal, and a method for processing a broadcast signal by a broadcast receiver. The broadcast receiver includes: a receiver unit that is set up to receive the broadcast signal and convert the received broadcast signal into a digital data signal; a bandwidth filter unit that is set up to filter the data signal with a variable filtering bandwidth; a demodulation unit that is set up to demodulate the filtered data signal; a signal content analysis unit that is set up to determine a signal content of the demodulated data signal; a signal quality analysis unit that is set up to determine a signal quality of the data signal; and a bandwidth regulation unit that is set up to regulate the filtering bandwidth depending on the signal content and the signal quality.

Abstract: The present disclosure relates to a method for outputting a manoeuvre instruction by a route guidance device, the method including: determining a route for a movable object; determining a current position of the object on the route; determining a manoeuvre position arranged on the route where the object is to execute a manoeuvre to follow the route and, depending on a number of paths (n) of paths, which are arranged between the position of the object and the manoeuvre position alongside the route, and/or a traffic density (d) on the route between the position of the object and the manoeuvre position; determining an output position which is arranged between the position of the object and the manoeuvre position on the route; generating a manoeuvre instruction attributed to the output position; outputting a manoeuvre instruction to a user of the route guidance device when the object reaches the output position.

Abstract: The present disclosure relates to a method for reproducing broadcast programs by a broadcast receiver device. The method includes: receiving a broadcast program by a receiving unit, checking, if an actual program content of the received broadcast program corresponds to a predetermined program content, by a calculating unit, buffering the received broadcast program in the reproduction buffer unit, as long as the actual program content corresponds to the predetermined program content, reproducing the buffered broadcast program by a reproduction unit with a reproduction velocity, which is lower than a receiving velocity, with which the buffered broadcast program was received, and tuning the receiving unit to another broadcast program, so that instead of the received broadcast program the other broadcast program will be received, as soon as one of the actual program content does not correspond to the predetermined program content.

Abstract: The present disclosure relates to a method and system for receiving a broadcast signal. The system includes a broadcast receiver device having two receiving units, two decoding units, a combining unit and a further processing unit. A broadcast signal is received by both receiving units, so that two reception signals are provided. From each reception signal, a raw data stream is extracted and decoded by the decoding units. It is checked if the data stream provided by each decoding unit is complete. If a first data stream is complete, it is processed by the further processing unit. If the first data stream is incomplete and the second data stream is complete, the second data stream is further processed. If both data streams are incomplete, they will be combined to a combined data stream by the combining unit, the combined data stream being further processed, if it is complete.

Abstract: The present disclosure relates to a display device having a base element and a display unit arranged in front of the base element, the display unit being divided into a plurality of display segments. Several of the display segments comprise a respective touch-sensitive display element and an actuator element. The display element is designed to deflect the display element in relation to the base element, if a user touches the display element.