Sonova Ag

Unitron Hearing Ltd.

Mark Schmidt

Ming-Lun Dave Ma

Rafael Tamsiran

Ara Talaslian

Henry Luo

Horst Arndt

John Alfred Whitmore

Ilan Rashish

Gabriel Perez

André Vonlanthen

Dave Ma

Munsoo Bae

Aistis Januszko

Andre Vonlanthen

A cable for a hearing device, comprising a plurality of conductors, comprising conductors arranged in twisted pairs (TPto TP) wound around a plastically deformable core wire (FW).

Cable

An ear level part for a hearing device may include a body containing at least two microphones acoustically connected to at least two microphone openings, the at least two microphone openings arranged in a microphone line, the body further comprising a flange, wherein a receiver is arranged within the body, wherein the flange has a sound exit for the receiver; and an upper tab generally protruding in a lateral direction from the body and configured to be positioned above the tragus of a user's ear and a lower tab generally protruding in a lateral direction from the body and configured to be positioned beneath the tragus of the user's ear thereby aligning the ear level part.

Ear level part for a hearing device

Hearing aid

A hearing device including a shell to be worn at least in part in the ear canal and having an outer opening; a faceplate covering the outer opening of the shell and facing outwardly of the ear canal when the hearing device is worn in the ear canal; a transceiver configured to operate in an operating frequency range which is located within 2.4 GHz to 2.5 GHz; and a dipole antenna. The dipole antenna is integrated within the faceplate or at an outer surface of the faceplate in a manner so as to follow the contour of the outer surface of the faceplate to maximize radiation gain of the dipole antenna.

Hearing device and method of manufacturing the same

A hearing aid system and method for processing one of an input magnetic signal, having magnetic information, and at least one acoustic input signal having acoustic information. The system comprises an acoustic sensor for providing the input acoustic signal, a magnetic sensor for providing the input magnetic signal, and a magnetic signal detector for selecting one of the input acoustic signal and the input magnetic signal as an information signal. The magnetic signal detector selects the input magnetic signal as the information signal when a magnetic signal detection process has at least partially analyzed the input magnetic signal to determine if audio information may be present. The hearing aid system further comprises a hearing aid module for processing the information signal and providing an output signal to a user of the hearing aid system.

Automatic magnetic detection in hearing aids

Growing community of inventors

Breslau, Canada

Mark Schmidt