Digibionic Lifestyle Co., Ltd.

Fu Jie Tey

Chih-Hsien Wu

Yu-Hsun Lin

Disclosed is an assistive listening system, which is designed to provide a prescription-adjusted signal to an audio output device to compensate for hearing impairment. The system includes a sound sensor, a digital signal processor, and a wireless transceiver. The sound sensor used to detect ambient background noise to generate a sensing signal. The digital signal processor receives the sensing signal to generate a prescription-adjusted signal. The wireless transceiver transmits the prescription-adjusted signal to the audio output device. When the ambient background noise changes, the sound sensor can generate the sensing signal in real-time, and the digital signal processor can generate and transmit the prescription-adjusted signal to the audio output device. Therefore, the user can enjoy optimized sound quality conveniently without manually adjusting the audio output device.

Assistive listening system

A cloud-based hearing aid management system and a method thereof is provided. The system includes a user device configured to output audiometry information and generate an audiogram based on a user's input indicating that if the audiometry information can be heard. The user device transmits the audiogram to a management server, such that the audiogram is converted into a hearing parameter, and hearing-loss characteristic value are extracted from the audiogram. The management server incorporates the hearing-loss characteristic value into a hearing aid recommendation table to generate corresponding hearing aid recommendation information. The present invention can recommend a hearing aid suitable for the user by operating a remote computer. In addition, the fitting staff adjusts the sound producing parameters of the hearing aid according to the user's requirement, which provides a convenient new consumption method.

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Taipei, Taiwan

Fu Jie Tey