Tinnitus sound scanning method

Abstract

The invention discloses a tinnitus sound scanning method, which comprises the following steps: 10. Inputting the hearing test chart of the patient; S20. Determining the initial test frequency suitable for the patient; S30. Playing a plurality of test sounds with different frequencies within the range of the initial test frequency , and determine the test tone closest to the tinnitus sound of the patient; S40, play a plurality of test tones of different frequencies within the frequency range of the closest test tone above, and determine the test sound closest to the patient's tinnitus sound; S50, repeat Step S40, until a test sound matching the patient's tinnitus sound is found. This method can improve the matching efficiency and matching accuracy by playing multiple test tones of different frequencies within a certain frequency range; at the same time, by playing the test tones of different frequencies can effectively avoid the tone confusion state caused by the patient's hearing fatigue, and finally Accurate test results are obtained, providing effective and credible basic data for subsequent residual suppression tests and sound therapy fittings.

Description

technical field [0001] The invention belongs to the field of tinnitus treatment, in particular to a tinnitus sound scanning method. Background technique [0002] Tinnitus is a common clinical symptom, medically defined as "auditory perception that is not caused by external sounds, often described as hissing, buzzing or sharp ringing", it has a great impact on the patient's body and mind, such as insomnia, Fatigue, stress, difficulty relaxing, lack of concentration, depression and irritability ultimately affect a person's quality of life, including social and work. Although the causes of tinnitus are complex and the pathogenesis is diverse, most tinnitus is closely related to the patient's auditory system and involves other neural network systems, including the limbic system and autonomic nervous system or autonomic nervous system. Participate in and regulate the state of tinnitus, usually causing adverse psychological reactions, and the effect of drug or surgical treatment ...

AI Technical Summary

Problems solved by technology

Although the causes of tinnitus are complex and the pathogenesis is diverse, most tinnitus is closely related to the patient's auditory system and involves other neural network systems, including the limbic system and autonomic nervous system or autonomic nervous system. Participate in and regulate the state of tinnitus, usually causing adverse psychological reactions, and the effect of drug or surgical treatment is not significant