Abstract: The risk of inadequate hearing device provision for the hearing-impaired is to be reduced. To this end provision is made to determine the correct fit of the hearing device or the hearing device component in an auditory canal. To this end an acoustic measurement signal is output into the auditory canal. The measurement signal influenced in the auditory canal by the hearing device or the hearing device component is received and compared with a reference signal. Information about the fit of the hearing device is determined from the comparison. This information is transmitted with a status report to an external unit. Objective information about the fit of the hearing device can thus be obtained, particularly in the case of provision for children.
Abstract: A hearing aid device has a custom-fit shell that fits into the helix lock area of the outer ear of a hearing-impaired person, and an RIC tube that is held in the concha of the outer ear and terminates in the ear canal. The combination of the custom-fit shell and the RIC tube in the concha retain the hearing aid in the outer ear.
Abstract: A hearing device with an audio shoe is to be designed in a simpler and less interference-susceptible manner. To this end, provision is made for an audio shoe to comprise contact springs of such type that directly contact the circuit boards of a hearing device. A contact intermediate piece between the audio shoe and the circuit board of the hearing device can thus be dispensed with. Furthermore, contact problems caused by the intermediate piece can hereby be avoided and the assembly cost for the hearing device reduced.
Type:
Grant
Filed:
August 29, 2006
Date of Patent:
December 14, 2010
Assignee:
Siemens Audiologische Technik GmbH
Inventors:
Markus Heerlein, Wai Kit David Ho, Thomas Kasztelan
Abstract: The invention relates to a hearing aid which, with the aid of an integrated positioning unit or a positioning unit integrated in a mobile activation device automatically sets operating parameters of the hearing aid as a function of the location of the hearing aid or of the activation unit.
Abstract: A hearing aid wearer's own voice frequently leads to artifacts and response errors in various hearing aid algorithms. It is provided that the user's own voice to be detected by a special analysis device, and the hearing aid algorithms can be controlled as a function of detection. This can be achieved by providing a microphone in the auditory channel whose signal level is compared with that of an external microphone. This allows some form of control, e.g., the automatic gain control of a hearing aid to be “frozen”, in the presence of the hearing aid wearer's own voice.
Abstract: A hearing aid and appertaining method of adjustment permit adjusting a hearing aid more conveniently and more specifically. For this purpose, parameters for real hearing situations are stored in a storage device in the hearing aid or in the remote control for an adjustment procedure by the hearing aid wearer him- or herself. These hearing examples are then reproduced to the hearing aid wearer for the adjustment procedure. The hearing aid wearer therefore does not have to wait for a corresponding hearing situation in his surrounding area for the adjustment process and can repeat the adjustment process as required.
Abstract: Hearing aids with microphone and telephone coil are to be made simpler and more convenient. For this purpose it is provided to use an adaptive filter to compensate acoustic and electromagnetic feedback. In order to allow for the propagation delay differences, a delay element is connected downstream of the telephone coil. The microphone and telephone coil signals can be individually weighted with the factors a and b so that mixed mode is also possible.
Abstract: An in-the-ear hearing aid is to have a more compact design. For this purpose there is inserted into a housing shell an electronics module having all the electronic components of the hearing aid, the electronic components being secured to a flexible supporting structure. As a result of the open construction of the electronics module, the individual electronic components can be compactly inserted with short stranded wires, thus also increasing electromagnetic compatibility. The flexibility of the supporting structure enables allowance to be made for individually differing auditory canal shapes.
Abstract: The output of signal tones from hearing aids for binaural coverage is to be synchronized. To this end, it is provided that the counters of the two hearing aids are equalized by a synchronization signal. By transmitting a control signal with a count value or before a predetermined count value, the simultaneous emission of a signal tone from the two hearing aids is initiated. Alternatively, for the indirect synchronization of the counters the respective differences of the counter readings may also be stored in the individual hearing aids.
Abstract: In a method and an acoustic system that generate a stereo signal for each of multiple. separate sources, a blind source separation of at least two microphone signals is conducted to acquire BSS filters. Each of the microphone signals is filtered with its own filter transfer function that is the quotient of a power density spectral portion of the respective sound source and the overall power density spectrum of the respective microphone signal, such that two stereo signals are obtained for each microphone signal. An approximation of the signals to be separated, for example for each of two hearing devices, is thereby possible.
Abstract: A hearing device, in particular a hearing aid, occupies a small volume and has high data transmission speeds for wireless transmission. In order to avoid using large volume frequency-stable components, for this purpose, an oscillator unit with a free-running oscillator is used instead. A receiver receives a synchronization signal cyclically. This is correlated to a reference signal in a correlator, such that the arrival time of the synchronization signal can be defined exactly. The free-running oscillator is then retuned correspondingly.
Type:
Grant
Filed:
July 21, 2006
Date of Patent:
November 9, 2010
Assignee:
Siemens Audiologische Technik GmbH
Inventors:
Peter Nikles, Gottfried Rückerl, Ulrich Schätzle
Abstract: The adaptation of a hearing aid to the wearer is made more convenient according to a hearing aid and method of use. A hearing situation is classified according to a hearing situation at any one time, the sound of the hearing aid is stored, and subsequently the sound setting with the assigned classification is stored. In this case, the sound setting is automatically stored with the associated classification after each adjustment.
Abstract: The wind sensitivity of hearing aids is reduced. The noise level of at least two microphones is measured and to compared with one another. The microphones are controlled according to the comparison result. In one embodiment, the microphone having the lowest noise level is used as an omnidirectional microphone in a wind situation.
Type:
Grant
Filed:
July 11, 2006
Date of Patent:
October 12, 2010
Assignee:
Siemens Audiologische Technik GmbH
Inventors:
Harald Klemenz, Hartmut Ritter, Dominik Strohmeier
Abstract: Status changes in a hearing apparatus and in particular a hearing device should be able to be transmitted to an external data processing facility in a more rapid manner. For this purpose, provision is made for the hearing apparatus to comprise a sensor facility to capture a status of a component of the hearing apparatus. Furthermore, a status signal facility is integrated into the hearing apparatus, said status signal facility being connected to the sensor facility and being able to be used to automatically transmit a signal to the external data processing facility, when a change in the status occurs. The status of the hearing apparatus need thus not be continually queried, but a corresponding signal is actively sent outwards in the event of a status change. The battery service life of a hearing device can hereby be increased for instance.
Abstract: A hearing aid has parts made of electrically conductive and simultaneously sound-absorbent material. These parts are at the same time used as sound-absorbent elements of the design of the hearing aid, the housing thereof or the components thereof and as electrical contacts.
Abstract: A switch for controlling first and second components of an electric circuit is proposed. The switch is operable between first and second positions to control the operation of the first of said components and is operable between third and fourth positions to control operation of the second of said components.
Abstract: A hearing device has an ear fitting piece, a housing part wearable behind the ear, and an earpiece tube connecting the ear fitting piece and the housing part. The transmission of mechanical vibrations between the ear fitting piece and the housing part via the earpiece tube is prevented by damping elements located in the region of the connection points between the ear fitting piece and the earpiece tube, or between the earpiece tube and the housing part. The damping elements damp mechanical vibrations in the transition region. A damping element that prevents the transmission of mechanical vibrations can also be present on or in the earpiece tube. The feedback tendency in the appertaining hearing device is thereby reduced.
Type:
Grant
Filed:
August 4, 2006
Date of Patent:
August 24, 2010
Assignee:
Siemens Audiologische Technik GmbH
Inventors:
Harald Klemenz, Uwe Rass, Gerhard Röhrlein, Joseph Sauer, Markus Trautner
Abstract: The production of hearing apparatuses and in particular of hearing devices is to be simplified. To this end, a battery contact module with an electrical contact facility and a plastic frame is proposed, to/in which the contact facility is fastened. In this way, the battery contact module is designed as a SMD component and the contact facility has corresponding connections for a surface mounting on a printed circuit board. An amplifier printed circuit board can herewith be advantageously automatically equipped with the battery contact module and soldered.
Type:
Grant
Filed:
June 7, 2007
Date of Patent:
August 24, 2010
Assignee:
Siemens Audiologische Technik GmbH
Inventors:
Markus Heerlein, Thomas Kasztelan, Vincent Ong
Abstract: In the case of binaural coverage, the perception with one-sided sound reception should be improved. Provision is made for this purpose to transmit the receive signals of the hearing devices alternately and if necessary to generate a mono signal from the input signals with a specific weighting, said mono signal being presented at both ears. It is likewise conceivable to use only those spectral components of the input signals to generate the mono signal, said spectral portions having the higher level in each instance.
Abstract: A hearing device with a plastic mold arranged in the ear, in other words a hearing device shell or an otoplastic, features a loudspeaker in its interior. A cerumen protection system extends from the loudspeaker to the surface of the plastic mold. In accordance with the invention, a microphone is arranged in the cerumen protection system.