Abstract: Distant support is provided to a personal hearing system user by a support provider over a network. Support provider and user communicate with each other by speech transmitted over the network. The user depends in regard to understanding speech on his or her hearing aids. During the support session the hearing aids may have to be removed, may have to be switched off or may be programmed in an unfavorable way. In this case, the user may not be able to understand the speech of the support provider any more. The system enables the support provider to select a message from a list of available messages which is then presented as a visual image to the user. The obstructed acoustical channel is bypassed by relying on visual communication.

Abstract: The present invention is related to a fitting system for a bimodal hearing system, a method for fitting such a hearing system and a corresponding bimodal hearing system. The fitting system is operationally connectable to a hearing instrument (HI) and to an implantable device (CI) and comprises a first fitting software module (FSWHI) for fitting the hearing instrument (HI). Thereby the fitting system further comprises a second fitting software module (FSWCI) for fitting the implantable device (CI) by considering data of the hearing instrument (HI) received from the first fitting software module (FSWHI) via a data interface (DI) and/or vice versa.

Abstract: A method for operating a hearing system includes a hearing device being worn by a hearing device user, at least one communication device being used by a person or by a group of people, and a network. The method includes the steps of establishing a connection between the hearing device and the at least one communication device via the network, identifying the person or the group of people using the at least one communication device, and adjusting settings in the hearing device for adapting its acoustical behavior taking into account acoustic properties of at least one of the person, the group of people, the user, the hearing device and the communication device. Furthermore, a hearing device (2) is described.

Abstract: A data transmission system for use in hearing devices includes a master unit with a first local bit clock and a slave unit with a second local bit clock. The master unit and the slave unit are connected to each other via a bus line, and are configured to communicate over the bus line according to a communication protocol based on a frame-wise serial transmission of bits. Each frame includes a clock reference, a master signalling interval, a slave signalling interval and a data payload. The slave unit further includes a clock recovery device for synchronising the second local bit clock with the first local bit clock based on the clock reference transmitted once per frame by the master unit. A corresponding method for data transmission is also provided. Moreover, hearing devices including such a data transmission system as well as uses of such a method for data transmission are proposed.

Abstract: A method and system of establishing a wireless network for audio data transmission with a first and second audio devices having first and second transceivers, the first audio device being an audio signal transmission unit with a user operable switch, and the first and second audio devices being assistive listening devices. Periodically the second transceiver listens for pairing information, at at least one public frequency channel; operating the switch by the user to initiate pairing at any time during operation of the first audio device; the first transceiver transmitting pairing information at said at least one public frequency channel upon operation of the switch. The second audio device automatically pairs to the first audio device upon reception of pairing information from the first transceiver. The first and second transceivers are controlled so that reception of the pairing information from the first audio device is accepted by the second audio device.

Abstract: A method of streaming an audio signal from an audio transmission device to first and second audio receiver devices via a Bluetooth link using a protocol that requires an audio data packet to be retransmitted if a positive packet receipt is not received. The first audio receiver device is synchronized to the audio transmission device to enable the first audio receiver device to receive an audio signal stream from the audio transmission device, the second audio receiver device is synchronized to the audio transmission device to enable the second audio receiver device to eavesdrop the audio signal stream to the first audio receiver device. When a positive packet receipt acknowledgement is not transmitted from the first audio receiver device to the audio transmission device, the audio transmission device repeats transmission of that audio data packet irrespective of whether the packet has been correctly received by the first audio receiver device.

Abstract: Distant support is provided to a personal hearing system user by a support provider over a network. Support provider and user communicate with each other by speech transmitted over the network. The user depends in regard to understanding speech on his or her hearing aids. During the support session the hearing aids may have to be removed, may have to be switched off or may be programmed in an unfavorable way. In this case, the user may not be able to understand the speech of the support provider any more. The system enables the support provider to select a message from a list of available messages which is then presented as a visual image to the user. The obstructed acoustical channel is bypassed by relying on visual communication.

Abstract: A hearing instrument to be worn at an ear of a user, having a first part (18) to be located at least in part in the ear canal, a first antenna (22) to be located substantially within the ear canal, a second part (16) to be worn outside the ear canal at the concha and a second antenna (24) to be located outside the ear canal, wherein the first antenna is to be operated by a first transceiver (46) in a first frequency range and the second antenna is to be operated by a second transceiver (38) in a second frequency range which is higher than the first frequency range.

Abstract: A method of manufacturing an acoustic seal for a CIC hearing aid has the steps of: embedding sacrificial particles of 50 ?m to 250 ?m into a silicone rubber matrix, the concentration and size of the sacrificial particles being selected to achieve a porosity of at least 40%; molding the silicone rubber matrix using a mold and curing the silicone rubber matrix; removing the sacrificial particles from the silicone rubber matrix by leaching out the sacrificial particles in a solvent; and drying the silicone rubber matrix. The seal is to surround at least part of the hearing aid and by selection of the size and/or concentration and/or the distribution of the sacrificial particles, to provide for an acoustic attenuation of at least 20 dB in a frequency range between 200 Hz and 6 kHz, with a compliance of at least 50 mm/N when the hearing aid is inserted into the ear canal.

Abstract: A hearing device comprising a locking mechanism for connecting an external component to the hearing device, the locking mechanism comprising a part (2) arranged at or in the housing wall (1) of the hearing device, moveable from or out of the housing wall such that by moving the part back towards the housing wall a section of the part is fixing a connecting element of the external component to the hearing device or housing of the hearing device respectively.

Abstract: A system for providing sound to at least one user, having at least one audio signal source for providing audio signals; a transmission unit with a digital transmitter for wirelessly transmitting the audio signals as data packets; at least one receiver unit with at least one digital receiver for reception of the audio signals from the transmission unit; a mechanism for stimulating the hearing of the user(s) according to audio signals supplied from the receiver unit. The transmission unit transmits each data packet in a separate slot of a TDMA frame at a different frequency in a frequency hopping sequence, in at least some of the slots, the audio signals are transmitted as audio data packets, the same audio packet being transmitted at least twice in the same TDMA frame without expecting acknowledgement, and the TDMA frames being structured for unidirectional broadcast transmission of the audio data packets.

Abstract: Hearing devices/hearing device systems (50, 1000, 1100) with very low or ultra-low power electronics/circuitry (1006, 1114) and methods (2100, 2200, 2300, 2400) utilizing and/or facilitating utilization of very low or ultra-low power electronics/circuitry in hearing devices/hearing device systems.

Abstract: A method for providing hearing assistance to a user by capturing input audio signals; estimating a speech level of the input audio signals and an ambient noise level of the input audio signals; applying a gain model to the input audio signals to transform the input audio signals into filtered audio signals, wherein, for a each ambient noise level, the gain varies as a function of the speech level and wherein the function varies according to the ambient noise level changing the ratio of the gain at low speech levels and at high speech levels as a function of the ambient noise level; wirelessly transmitting the filtered audio signals to a receiver unit forming or being connected to a user hearing stimulator, the stimulator being worn at or in the user's ear; and stimulating the user's hearing by the stimulator according to audio signals supplied by the receiver unit.

Abstract: A method of producing a drilling jig for implantation of a hearing aid involves capturing a molded imprint (14) of a patient's upper teeth (12) by solidifying an elastic material on them; connecting the teeth print to a jig (16) having a lateral beam (20) and navigation benchmarks (22); positioning the jig on the patient's head (10) using the imprint; capturing a three-dimensional image of the patient's head with the jig in place; determining a minimal invasive drilling axis (28) for hearing aid implantation based on the three-dimensional image; and manufacturing a customized jig having a drilling guide opening (24) in the lateral beam of the jig for guiding a drilling tool (26). The position and orientation of the drilling guide opening are selected to guide the drilling tool along the determined minimal invasive drilling axis when the jig is positioned on the patient's head by using the imprint (14).

Abstract: The present invention is related to the adjusting of a hearing device (1) to the hearing preferences of a user of said hearing (1). The hearing device (1) comprises an input transducer (20) for providing an electrical signal that corresponds to an acoustical input signal, a processing unit (10) for processing the electrical signal according to a set of process parameters (G1, . . . , Gn) to provide an intermediate signal, and an output transducer (30) for providing an output signal to the user of said hearing device (1), wherein the output signal corresponds to the intermediate signal. The method comprises the step of providing a set of adjustment parameters (A1, . . . , Am), which, at least partly, represents an individual hearing characteristic of the user of said hearing device (1) and the further step of adapting the set of process parameters (G1, . . . , Gn) as a function of an adjustment control signal (ACS) and the set of adjustment parameters (A1, . . . , Am).

Abstract: The present invention is directed to a method and a hearing device for extending a usable frequency range of an analog input signal (i) being processed by a hearing device, the method comprising the steps of converting the analog input signal (i) to a first output signal (o1) and to an intermediate signal (om), the first output signal (o1) having a final sampling rate and the intermediate signal (om) having an intermediate sampling rate that is greater than the final sampling rate, applying a band-pass filter unit (31) to the intermediate signal (om) in order to obtain a filtered intermediate signal (omf), a lower cut-off frequency of the band-pass filter unit (31) being above half the final sampling rate, an upper cut-off frequency of the band-pass filter unit (31) being below half the intermediate sampling rate, and shifting a spectrum of the filtered intermediate signal (omf) to a frequency range being below the final sampling rate to obtain an intermediate output signal (om2).

Abstract: A hearing aid is fitted to an individual and/or the individual is trained in hearing with the hearing aid. In a first step a stimulus signal is provided. In a second step, the stimulus is presented to the individual. In a third step, a response of the individual in regard to the stimulus is obtained. In a fourth step a hearing aid parameter is adjusted based on the response. In an alternative or additional fourth step, a further stimulus signal is selected based on the response. The second step of presenting the stimulus signal comprises the sub-steps of obtaining a first and second signal based on the stimulus signal. In a further sub-step, the first signal is processed and presented by the hearing aid. Simultaneously, in a further sub-step, the second signal is presented by a supplementary loudspeaker for improving the stimulus presentation in regard to direct sound.

Abstract: A hearing instrument receiver system for operation in an ear canal of a user for converting audio signals into sound, comprising a lateral receiver, a medial receiver and a flexible joint assembly connecting the medial end of the lateral receiver and the lateral end of the medial receiver in such a manner that the lateral receiver and the medial receiver are pivotable relative to each other in order to follow the shape of the ear canal.

Abstract: The method for operating a hearing system comprises the steps of a) requesting (300) said hearing system to execute a functionality; and b) deciding (400) whether or not to execute the requested functionality. It preferably comprises the steps of c) checking (440) the current availability of the requested functionality; wherein the decision of step b) depends on the so-obtained current availability of the requested functionality, and d) executing the requested functionality, only if the requested functionality is currently available in said hearing system. The hearing system comprises at least one decision unit adapted to deciding whether or not to execute functionalities the hearing system is requested to execute. The invention can make it possible to form hearing systems from a wide range of devices.

Abstract: A method for testing a hearing device (1, 4) comprising at least one microphone unit (2) and a receiver unit (3) is disclosed. The method comprising the steps of positioning the hearing device (1) at a predefined position in relation to an accessory device (4) comprising a microphone (5) and a loudspeaker (6), generating a first sound signal (7) by the loudspeaker (6), recording the first sound signal (7) by the microphone unit (2), generating a second sound signal (8) by the receiver unit (3), the second sound signal (8) being at least partly dependent on the recorded first sound signal (7), recording the second sound signal (8) by the microphone (5), evaluating the recorded second sound signal (8), and at least triggering further action based on results of evaluating the recorded second sound signal (8) in case the results do not conform to predefined expectation. Furthermore, an arrangement for testing a hearing device (1, 4) is also disclosed.