Hearing device

A hearing device, comprising:

• a device body;
• a receiver, configured to emit an audio signal, the audio signal comprising a frequency-sweep signal;
• the frequency-sweep signal comprising scanning signals in multiple directions;
• the frequency-sweep signal being emitted when the receiver is placed in an ear for the first time;
• and the audio signal being reflected to form a feedback signal comprising:
• the frequency-sweep signal being reflected by an ear canal to form a third feedback signal;
• an in-ear microphone, arranged at a proximal end of the device body and configured to receive the feedback signal, the proximal end of the device body being proximate to the ear canal;
• and
• a signal analyzing module, connected to the in-ear microphone and comprising an ear canal feature detecting unit;
• and the signal analyzing module being configured to analyze the feedback signal to obtain an analysis result comprising:
• the ear canal feature detecting unit being configured to obtain ear canal feature information based on the third feedback signal.

A hearing device, comprising:

• a device body;
• a receiver, configured to emit an audio signal, the audio signal being reflected to form a feedback signal comprising:
• the audio signal, when being transmitted to the in-ear microphone through the ear canal, generating fourth feedback signals;
• an in-ear microphone, arranged at a proximal end of the device body and configured to receive the feedback signal, the proximal end of the device body being proximate to an ear canal;
• and
• a signal analyzing module, comprising a receiver validity analyzing unit and connected to the in-ear microphone, and the signal analyzing module being configured to analyze the feedback signal to obtain an analysis result comprising:
• the receiver validity analyzing unit being configured to obtain at least a first frequency response curve and a second frequency response curve according to a fourth feedback signal corresponding to a first time and a fourth feedback signal corresponding to a second time, respectively, to analyze the first frequency response curve and the second frequency response curve, and to determine whether the receiver is valid according to the analysis result.

A hearing device, comprising:

• a device body;
• a receiver, configured to emit an audio signal, the audio signal being reflected to form a feedback signal comprising:
• the audio signal, when being transmitted to an in-ear microphone through an ear canal, generating a fourth feedback signal;
• the in-ear microphone, arranged at a proximal end of the device body and configured to receive the feedback signal, the proximal end of the device body being proximate to the ear canal;
• and
• a signal analyzing module, comprising a receiver validity analyzing unit and connected to the in-ear microphone;
• and the signal analyzing module being configured to analyze the feedback signal to obtain an analysis result comprising:
• the receiver validity analyzing unit being configured to obtain a frequency response curve according to the fourth feedback signal and compare the frequency response curve with a standard frequency response curve to determine whether the receiver is valid.

A hearing device, comprising:

• a device body;
• a receiver, configured to emit an audio signal, the audio signal being reflected to form a feedback signal;
• an in-ear microphone, arranged at a proximal end of the device body and configured to receive the feedback signal and comprising a side-opened silicon microphone, the proximal end of the device body being proximate to an ear canal;
• the side-opened silicon microphone being fixed at a side of the receiver;
• a facing direction of a sound hole of the side-opened silicon microphone and a facing direction of a sound hole of the receiver being identical;
• an acoustic tube, the in-ear microphone and the receiver being both connected to the acoustic tube;
• the in-ear microphone and the receiver being both encapsulated in an encapsulating structure;
• the encapsulating structure having an opening, and the sound hole of the side-opened silicon microphone and the sound hole of the receiver both facing the opening;
• and
• a signal analyzing module, connected to the in-ear microphone and configured to analyze the feedback signal to obtain an analysis result.