Abstract: A hearing aid system has a hearing aid and an external processor unit, where the external processor unit is permanently allocated to a specific hearing environment. The external processor unit is fashioned for remaining in the respective hearing environment long-term, and the signal processing of an acoustic input signal in the external processor unit is also specifically adapted to the respective hearing environment. There is preferably a wireless signal transmission between the hearing aid and the external processor unit.

Abstract: The operation of a medical device or system is simplified and improved by storing data with respect to possible processing or operating sequences in a data bank. The stored data are compared to processing or operating steps executed by a user. Dependent on the comparison result, prompts to further, meaningful processing or operating steps are generated, and settings and functions of the medical device or system are automatically implemented.

Abstract: In a method for individualized training of hearing aid users a number of hearing training courses are stored in a databank. An individual user profile is acquired in a training device. A transmission of the hearing training data from the databank to the training device and/or vice versa ensues via a data network before or during the implementation of the hearing training. The training thus ensues adapted to the respective user profile by means of one or more individualized hearing training courses.

Abstract: For level limitation of a time-discrete signal in a digital hearing aid having at least an input transducer, an A/D converter, a signal processing unit and an output transducer, the sampling rate of the time-discrete signal is boosted in the signal path following the A/D conversion and signal values of the time-discrete signal with a boosted sampling rate are limited to a maximum value. Harmonics that arise upon limitation of the signal values that are folded back into the audible frequency range are thus suppressed.

Abstract: A hearing aid has an embedded Internet interface so that the hearing aid can automatically communicate error diagnosis data to a hearing aid acoustician via the Internet so that the hearing aid user need not visit the hearing aid acoustician and so that acoustician can initiate appropriate maintenance, training or repair measures. An appertaining method is also provided.

Abstract: A hearing aid and a corresponding method are provided in which address data and/or channel data with respect to a plurality of signal sources are stored in a memory of the hearing aid. As a result of a priority-driven address management system, the hearing aid user can very conveniently automatically engage in communication with an interface having the highest priority.

Abstract: Given a hearing aid comprising a microphone, a signal processing unit and an earphone, a detector element for detecting electromagnetic disturb signals is provided, as well as a filter element that is configured dependent on the recognized disturbance signals in order to suppress the disturbance signals. Furthermore, the hearing aid as a clock element for acquiring the clock frequency of the disturbance signal detected by the detector element, whereby the clock element serves the purpose of generating the system clock frequency of the hearing aid proceeding from the clock frequency of the disturbance signal. This enables a particularly efficient disturbance signal suppression.

Abstract: In a method for determining a parameter set for a hearing aid during the computerized setting of the hearing aid, a macro call is determined, the macro call is converted into at least one setting command according to a macro definition, and the parameter set is determined dependent on the at least one setting command. Such a method is high-performance and nonetheless flexible and easy to manipulate.

Abstract: An electromagnetic transducer for generating sound in an electronic hearing aid has a housing containing an electromagnetic drive that has a coil, a drive magnet and an armature arrangement. Further, a membrane arrangement is provided in the housing that is mechanically coupled to the armature arrangement. For reducing vibrations due to the driving and driven parts of the transducer, as well as for improving the efficiency, the membrane arrangement is formed by two separate membranes that are arranged at opposite sides of the drive, are identically fashioned and can be oppositely driven such that the overall mechanical pulse occurring due to the movement of the driven or driving parts is minimized.

Abstract: In a programmable hearing aid device, keys are provided for enabling and/or disenabling functions, performance features or programmable adjustments. Hardware keys and software keys are used in order to prevent an inexpert, defective or unauthorized usage of the hearing aid device.

Abstract: A hearing aid device that can be directly inserted in the ear or worn with an otoplastic that can be inserted in the ear has an arrangement for adjusting the ventilation channel that is situated in the ventilation channel or at an opening of the ventilation channel. The arrangement has one or more adjustment elements that is/are positioned by electrical and/or magnetic miniature drives, initiated by corresponding operating elements or by the signal processing unit of the hearing aid device, or by programming the hearing aid device.

Abstract: A digital hearing aid with a variable directional microphone characteristic, has a signal processing unit, an earphone and at least two microphones, with a sigma-delta converter as well as a delay element following immediately thereafter in at least one microphone signal path. In a method for the operation of such a digital hearing aid, an A/D conversion with the sigma-delta converter ensues in the signal path of at least one microphone and the resulting 1-bit signal is delayed.

Abstract: In a method and apparatus for producing constant sound pressure level in a hearing aid, a microphone, a receiver and a signal processing unit are provided. A switching unit produces constant sound pressure levels. The switching unit has an envelope generator for producing an envelope value of a signal value to be processed and a divider for calculating the ratio of the signal value and the envelope value as the signal to be output or further processed.

Abstract: A self-powered medical device, which is operated independently of the public utility network, has at least one voltage source, a signal input for accepting an analog input signal and a signal processing unit. The sampling rate for the input signal or the clock frequency of at least one digital component can be varied. Therefore, the energy demand can be reduced according to the requirements of the signal processing or when the discharge state of the voltage source requires a reduction.

Abstract: In a microphone with a microphone housing for arrangement in a hearing aid to be worn behind the ear having a hearing aid housing, respective sound entry nozzles with respective sound entry apertures are arranged at two opposite sides of the microphone housing. The sound entry nozzles discharge into a chamber at a side of the microphone membrane. The sound entry nozzles are introduced into the respective sound entry apertures in opposite sides of the hearing aid housing, and when the hearing aid is worn, the sound entry aperture of one sound entry nozzle is disposed approximately distally from the head and the sound entry aperture of the other sound entry nozzle is disposed approximately proximally relative to the head. The microphone is space-saving and is simple to arrange in the hearing aid.

Abstract: In a hearing aid, a communication unit that is a transmission and/or reception unit detachably connected to the hearing aid is provided for wireless programming. This unit preferably comprises the external shape of a hearing aid battery and can be introduced into the battery compartment of the hearing aid for programming. As a result, components needed for the wireless programming of the hearing aid are only connected to the hearing aid during programming.

Abstract: In a hearing aid device with an induction coil and a method for reducing magnetic noise fields, a compensation-inductance is arranged in the signal line of the earphone for the active shielding of the earphone, the compensation-inductance generating a compensation field that is directed opposite the magnetic field of the induction coil. The compensation field opposes the magnetic field of the earphone and creates an active shielding of the earphone during operation of the induction coil.

Abstract: In a hearing aid with a directional microphone system having a signal processing unit, an earphone and a number of microphones, the output signals of the respective microphones can be interconnected with one another with different weightings for generating an individual directional microphones characteristic by using one or more delay elements and the signal processing unit. The invention is also directed to a method for the operation of such a hearing aid.