Sonova

A method for controlling a hearing device (10) comprises: receiving an audio stream (40) in the hearing device (10); processing the audio stream (40) with the hearing device (10) into a processed audio stream (46) with at least one actuator (44) of the hearing device (10), which at least one actuator (44) is controlled by an actual set of actuator strengths (47) and which control how the at least one actuator (44) processes the audio stream (40); outputting the processed audio stream (46) with the hearing device (10) to a user of the hearing device (10); inputting the audio stream (40) into at least one acoustic environment classifier (48) of the hearing device (10), which outputs at least one acoustic environment classification value (50) indicative of an acoustic environment of the user; determining a new set of actuator strengths (54) based on the at least one acoustic environment classification value (50); receiving at least one input stream (40, 42, 58) determined from sensor data of a sensor of the hearing device (10); determining at least one change rate (62) for the at least one input stream (40, 42, 58); determining at least one change parameter (64) for an actuator change from the actual set of actuator strengths (47) to the new set of actuator strengths (54); and controlling the at least one actuator (44), such that the actual set of actuator strengths (47) changes to the new set of actuator strengths (54) in dependence of the at least one change parameter (64).

A charger (10) for electrically recharging a battery of a hearing device (9), comprising a charger casing (2) with a basic body portion (3) and a first lid (4). An electronics module (6) is inserted into the first compartment (5) and comprises a power management circuitry (7) and a charging circuitry (8). The electronics module (6) comprises a second compartment (14) that is configured to receive a first portion of the hearing device (15), which first portion of the hearing device (15) is configured to receive the electric power from the power transfer elements (13) in an operating state of the charger. The basic body portion (3) of the charger casing (2) comprises a third compartment (16) that is sized such that it can accommodate a second portion of the hearing device (31) in a space-saving manner in an operating state of the charger.

The invention relates to a receiver module (20) configured to be inserted into an ear canal of a user, the receiver module (20) comprising a housing (1) containing a speaker configured to reproduce sound into the ear canal through a sound port (2) arranged at an end of the housing (1) in a longitudinal direction (L), the end of the housing (1) having the sound port (2) comprising an adapter (3) or being formed as an adapter (3) configured to releasably couple to a spout (4).

There is provided a transmission system for a wireless mobile electronic device, comprising: a ground plane (20); a first antenna element which is separate from the ground plane and which is implemented as a strip (30) comprising a feeding end (31) configured to be coupled to a transceiver (60) for feeding an RF signal to the first antenna element and a free end (32), wherein the strip comprises a first arm (33) including the feeding end and a second arm (34) extending at an angle from the first arm; and a second antenna element (40) separate from the first antenna element, which is shorted to the ground plane so as to act as a parasitic element. The first and second antenna elements are located adjacent to each other at an end (23) of the ground plane, the second arm of the first antenna element points towards the second antenna element, and the arrangement formed by the first and second antenna elements has no symmetry plane.

A hearing device (10) to be worn at least partially in the ear of an end user, the hearing device comprising a primary microphone (12), an ear canal microphone (13), a comb-signal detector (14), and an all-pass filter (15) that is connected to the comb-signal detector (14) and a receiver (19). The all-pass filter (15) is configured to receive a first input signal (20) and to modify an output signal (16) for the receiver (19). The ear canal microphone (13) is configured to generate a second input signal (21) for the comb-signal detector (14). The comb-signal detector (14) is configured to receive the first input signal (20), to detect the presence of notches (24) in the second input signal (21) that are indicative of the comb filter effect (25), and to issue control parameters (22) to the all-pass filter (15).

In-ear device (10) that is at least partially insertable into an ear canal of a user. The in-ear device comprises a housing (13) that is mechanically releasably coupled to a connector (12) by way of a dedicated opening (15) provided in the housing (13). The connector (12) is made of an elastic material, a tubular overall shape defining a longitudinal axis (11) and radially delimits a sound channel (18). The connector (12) is mechanically releasably coupled to a loudspeaker unit (27) at a second end (17) of the connector (12). A cerumen protection unit (25) is connected to the connector (12) by an adhesive-free and non-losable connection.

A hearing device component (6) comprises a sensor-unit (8) for receiving an audio-signal (AS), a separation device (9) for separating part-signals (PS<i>) from the audio-signal (AS), a classification device (10) for classifying the part-signals (PS<i>) separated from the audio-signals (AS), and a modulation device (11) for modulating the part-signals (PS<i>), wherein the classification device (10) is communicatively coupled to the modulation device (11) and wherein the modulation device (11) is designed to enable a concurrent modulation of different part-signals (PS<i>) with different modulation-functions depending on their classification.

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Zusammenfassung wird geladen …

Zusammenfassung wird geladen …