KR20190105868A - Earphones with hearing-impaired healing function - Google Patents

Abstract

The present invention relates to functional earphones having earphones as well as a TSC acoustic unit for treating hearing difficulties so that it is possible to listen through the earphones in a normal situation, and treat hearing difficulties or tinnitus by using the TSC acoustic unit. The TSC applied in the earphones of the present invention stands for threshold sound conditioning and is configured to generate frequency-specific fine sound energy at a threshold level, which is a small sound energy, to induce the hearing neurons to be reacted, thereby stimulating an auditory sense and alleviating a hearing ability. Auditory organs are organs which convert a physical sound wave into an electrical signal and transmit the signal to the brain. The most important organ is the cochlea, and each of 15,000 auditory cells inside the cochlea responds to different pitches (frequencies), which means that if performance of auditory cells that hear a specific pitch is deteriorated, the corresponding sound related to the pitch cannot be heard. The purpose of the present invention is to provide a hearing ability protection device having the TSC added to the earphones, configured to prevent occurrence of noise-induced hearing difficulties and provide user comfort so that a sound can be heard better, thereby preventing an unexpected accident from occurring while walking, and thus, it is possible to contribute to enhancement of the public health.

Description

Earphones with Hearing Disorders {Earphones with hearing-impaired healing function}

The present invention relates to earphones having a hearing impairment treatment function, and naturally related to functional earphones that function to treat hearing loss or tinnitus and to improve and prevent hearing impairment while wearing the earphones of the present application.

As such, the earphone of the present invention prevents hearing hair cell damage that causes hearing loss and provides a function to naturally treat hearing impairment while enjoying sound through earphones through TSC (Threshold Sound Conditioning), an acoustic stimulation treatment method. It is a functional earphone having.

On the other hand, in the existing earphones, the front face of the speaker faces the eardrum in a sealed ear so that all sounds including noise generated from the speaker are directly transmitted to the eardrum without any filtering.

After a certain period of time, the eardrum is no longer able to tolerate and begins to feel fatigue. If the patient is unable to perceive it and continues to supply the next dose, this oversupply volume eventually causes hearing impairment due to hair loss of the auditory hair cells. Due to the difficulty of communication, they were also exposed to the dangers of various accidents while walking.

Recently, with the rapid development of various media and playback devices, the use of earphones or headphones by various people is increasing, and the use time is also increasing day by day.

This popular culture can have a particularly bad effect on growing youth and adolescents, and hearing impairment (such as noise-induced hearing loss) has emerged as a social problem. In general, the earbuds that are the main culprit of hearing impairment are the earpieces designed to be worn in the ear. Earphones are the abbreviation of earphone receiver, and the structure of the earphone is the head of the speaker and the jack connecting to the audio equipment. It consists of a cable to connect with.

These earphones are very sensitive organs of the human eardrum, but the sound generated from the speaker is the sound that the user should listen to (silent) and it does not identify what corresponds to the noise (noise). Hearing loss has also emerged as a social issue.

TSC, applied to the earphone of the present invention, stands for THRESHOLD SOUND CONDITIONING to improve hearing by stimulating hearing by generating minute acoustic energy at a threshold level, which is a small sound energy, to cause hearing neurons to respond.

The TSC is an advanced technology that stimulates the repair of hair cells by splitting and stimulating auditory cells of the cochlea in groups.

On the other hand, the cause of hearing loss is that the damage of the inner ear due to the pressure reversal of the outer ear and inner ear due to its closure rather than the element of the volume impacts, and the pressure increase in the inner ear is the main cause of hearing loss.

In recent years, the diagnosis of adolescent hearing impairment has sharply increased. According to the National Health Insurance Corporation, out of 28,032 patients with hearing loss in 2016, 38% of them were in their thirties and 10,112.

This may be due to prolonged exposure to excessive noise, or wearing earphones and listening to high frequencies.

These earphones can cause hearing cells to be damaged if they send loud sounds of more than 100 decibels (dB) to the cochlea for a long time.

On the other hand, most hearing loss occurs with age. Hearing loss gradually after 30s, 30-40% of people with hearing loss, "I can not hear well, hearing loss is accompanied by tinnitus and dizziness.

When the hearing loss starts, it is isolated from the people around them, communication is lost, and depression naturally follows, and the dementia rate increases by three to four times.

This deafness is a common thing and can't be overlooked. The causes of hearing loss among older adults are aging *? * Noise, smoking, and high blood pressure. In particular, noise exposure is fatal, and in general, people can hear sound in the audible frequency band from 20Hz to 20K Hz, but the listening environment is deteriorating with increasing living noise.

In particular, recent studies show that as many as 70% of all earphone listeners have hearing loss due to noise-induced deafness, and if this develops, both adolescents and children are in danger of becoming deaf or hard of hearing. Is being reported.

Patent Registration Publication No. 10-1261625 (Registration Date: April 40, 2013) Patent Registration Publication No. 20-0431196 (Registration Date: November 09, 2006) Patent Registration Publication No. 10-1520800 (Registration Date: May 11, 2015) Patent Registration Publication No. 10-1535112 (Registration Date: July 02, 2015)

In general, earphones are electronic devices that simply insert small, electrically connected speakers into the ears, causing problems in hearing due to the structure of the speaker unit cabinet, excessive supply of mixed noise, and air pressure from the speakers. .

Threshold Sound Conditioning (TSC) refers to a threshold sound level, which is the smallest sound energy value at which an auditory neuron begins to respond, generating micro-acoustic energy by frequency and supplying it to the hearing to surgically repair the fundamental human hearing. It is a new technology that improves without surgery.

In other words, if you continue to listen to the sound at the level near the smallest sound (hearing threshold), the boundaries are lowered, creating the effect of improving your ability to hear sound. If you neglect hearing loss once in, the degree of hearing loss can worsen significantly over time.

The hearing cells of these ears are divided into audible frequencies according to the positions of the cells, and when a particular cell is damaged, the hearing loss of the corresponding frequencies is sharply reduced.

Auditory cell stimulation method using the acoustic signal is the main audio band (250 ~ 12,000Hz)

It is a technology that fundamentally restores the neuronal plasticity of the auditory nerve by listening to a high-resolution mid-frequency stimulus that selectively stimulates only specific damaged auditory cells in between.

In particular, modern people have a noticeable decrease in hearing ability in the high frequency region due to excessive use of sound equipment, and the output of the sound equipment is increased in order to listen well even in a region where hearing is degraded. Instead, the overall sound pressure increases, resulting in hearing loss.

Therefore, when hearing is deteriorated, the deteriorated hearing must be corrected for each frequency band so that the desired sound can be accurately understood, the sound can be communicated with the other party, and the hearing is prevented from being damaged.

Therefore, the sound converting device that connects with TV, Radio, MP3, telephone, and other sound equipments to damage the ear while correcting the characteristics of each frequency band to fit the user's hearing ability and hearing it with clear sound quality It needs to be prevented.

The present application relates to an earphone having a function of treating a hearing impairment as described above, and a functional earphone that performs a function of treating hearing loss or tinnitus while preventing music while enjoying music while wearing the earphone of the present application.

At present, hearing loss has been attempted to develop application software for the application of hearing loss using stem cells or drugs.

On the other hand, permanent damage to the inner ear auditory hair cells causes sensory nerve hearing loss, leading to communication difficulties. Auditory hair cells in the inner ear are receptor cells that deliver acoustic stimuli.

The regeneration of damaged hair cells of the damaged inner ear provides a new chapter in hearing treatment in the absence of current treatments other than hearing aid devices, and prevents hearing loss cells that cause hearing loss while using the earphones of our company. Through the functional earphone having a function that can naturally treat the hearing impairment.

The present invention relates to an earphone having a function of treating and preventing a hearing impairment as described above, and to a functional earphone which has a function of treating hearing loss or tinnitus and preventing a hearing impairment while wearing the earphone of the present invention. The present invention relates to a functional earphone having a function of preventing hearing damage to hearing hair cells causing hearing loss and naturally treating hearing impairment while enjoying sound through earphones through TSC technology.

In the earphone of the present invention, even if the user uses the earphone continuously for a long time and for a long time, there is no fatigue and damage of hearing (tympanic membrane), thereby preventing the headache caused by this and increasing the listening ability of the earphone user and noise level. It has the effect of contributing to the improvement of public health that can prevent the occurrence of hearing loss disorder.

1 is an embodiment of a functional earphone having a hearing impairment treatment function of the present invention
The figure shows a conventional earphone.
2 is an embodiment of a functional earphone having a hearing impairment treatment function of the present invention
The following diagram shows the audio frequency and sound pressure of our earphone.
Figure 3 according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention
The figure shows the configuration of TSC convergence product of our earphone.
Figure 4 according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention
The figure shows the configuration of the controller.
5 is according to an embodiment of a functional earphone having a hearing impairment treatment function of the present invention
The figure shows the configuration of the operation mode.
Figure 6 according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention
Figure shows the configuration of the earphone and TSC controller system.
7 is an embodiment of a functional earphone having a hearing impairment treatment function of the present invention
The following figure shows the operation procedure of setup mode of earphone and TSC.
8 is an embodiment of a functional earphone having a hearing impairment treatment function of the present invention
The following is another operation sequence of the setup mode of earphone and TSC.
Figure 9 according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention
The following figure shows the operation sequence of sound mode.
10 is by an embodiment of a functional earphone having a hearing impairment treatment function of the present invention
The following figure shows the operation sequence of the charge and update mode.

The present invention relates to an earphone (earphone) having a treatment function for hearing impairment as described above to a functional earphone that functions to cure deafness or tinnitus and to prevent hearing impairment by stimulating hearing hair cells causing hearing loss while wearing the earphone of the present invention. In more detail, the use of the earphone of the present invention prevents hearing hair cell damage that causes hearing loss, and through the acoustic sound stimulation training method TSC (Threshold Sound Conditioning) through the earphones while enjoying the sound while having the ability to naturally treat hearing impairment It is about earphones.

The terms or words used in this specification and claims are not to be construed as being limited to the common or dictionary meanings, and the inventors can appropriately define the concept of terms in order to explain their invention in the best way. Based on the principle, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In recent years, the younger people who use public transportation such as subways and buses are wearing earphones. When looking at the streets, the majority of teenagers are walking on the streets, listening to music through earphones, and not being able to detect the surrounding sounds. You can often see what leads to accidents.

As long as these teenagers listen to loud music with earphones for a long time, hearing loss occurs. Most of the causes of hearing loss are earphone noise, which is reported to have increased by 30% in the last 10 years.

On the other hand, 40dB in the quiet place, the volume of the earphone was heard well, up to 115dB in the subway (80dB), 85dB 8 hours, 105dB 2 hours will cause noise-induced deafness, and also feel very uncomfortable social life.

The present invention was devised to address this hearing loss, and the TSC applied to the present invention, which is an abbreviation of Threshold Sound Conditioning (TSC) or Trigger Signal Control (TSC), stimulates the threshold of hearing and actually improves human hearing. New technologies are non-drug, non-invasive methods;

To date, this technique is the only way to treat sensorineural hearing loss and strengthen hearing.

This principle of TSC technology is based on the human auditory system that converts the sound outside the cochlea into an electrical signal, and the auditory hair cells of the cochlea are arranged with their own bands, just like a piano keyboard.

Each auditory hair cell responds only to the sound of a specific band, so when a problem occurs in a specific band, it is necessary to adjust the auditory hair cells of the corresponding band of the band, and to activate the cells of the band. That is the principle of the TSC technology. It can be said.

If there is an abnormality in a certain band of auditory hair cells, a higher volume than usual is needed to hear the sound of the band, and the program is tested with the minimum sound level for each band (INDEX1 ~ INDEX9) of the auditory hair cells. Therefore, the abnormal band is found in the hearing band of the deaf.

On the other hand, there are as many as 15,000 auditory hair cells in the human cochlea, which respond to different sounds like the piano keyboard.

For example, cells that respond to each frequency of sound coming into the ear, such as bats, girls, men's, and electronics, are defined. Uncomfortable auditory cells responding to consonants and vowels can lead to poor English listening scores.

But the role of these cells is to deliver sound to the brain when it comes from outside.

It is divided into 'external hair cells (about 15,000 cells / centrifugal suppressor cells), which control sounds coming from outside the internal hair cells (3,500 cells / afferent auditory cells).

Therefore, to check whether the hearing cell is healthy or not is called 'hearing test'.

Normal (~ 24dB), Mild Hearing Loss (25 ~ 39dB), Moderate Hearing Loss (41dB ~ 54dB), Medium Hearing Loss (55dB ~ 69dB) From here, hearing aids can be used for daily conversation. This test result is called the threshold.

TSC of the present invention is a technology that fundamentally improves hearing problems, such as hearing loss and tinnitus, takes a method of selectively stimulating only certain damaged hearing cells in the cochlea responsible for hearing, and listens to a high-resolution medium frequency stimulus sound through the earphones for a certain period of time. It is a breakthrough technology that activates the function of auditory cells.

Hereinafter, with reference to the accompanying drawings the main configuration of a functional earphone having a hearing impairment treatment function of the present invention to help the understanding according to the present invention will be described in detail.

1 is an embodiment of a functional earphone having a hearing impairment treatment function of the present invention

The figure shows a conventional earphone.

Figure 2 according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention

Figure showing the audio frequency and sound pressure of the earphone of the present invention;

The company retrieves and stores the hearing test volume DB value for each TSC channel while performing basic earphone or headphone functions, and performs TSC mode TSC sound emission. ) Automatic shutdown will be repeated.

On the other hand, look at the audible frequency and the preferred sound pressure of the TSC sound unit of the present application;

Frequency resolution (sampling frequency) = 44.1 KHz intensity resolution = 16 bits.

Channel 1 has a bandwidth of 800 Hz to 1200 K Hz; Channel 2 has a bandwidth of 1600 Hz to 2400 K Hz;

Channel 3 has a bandwidth of 3,200 Hz to 4,800 K Hz and a channel 4 bandwidth of 6,400 Hz to 9,600 K Hz is highly desirable.

Next, a preferred signal system according to one embodiment is a frequency modulated (FM) signal for reciprocating A signal = 1,000 Hz to 1,300 Hz in a 500 m sec period; B signal = a frequency modulated (FM) signal for reciprocating in the range of 2,000 Hz to 2,600 Hz at 330 m sec periods; C signal = frequency modulated (FM) signal reciprocating in the range of 4,000 Hz to 5,200 Hz in 200 m sec period, D signal = each frequency modulated (FM) signal reciprocating in the range of 8,000 Hz to 10,400 Hz in 130 m sec. It is shown as. In addition, such a driving algorithm may change the bandwidth according to the hearing condition of the patient.

Figure 3 according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention

The earphone of the present invention is a picture showing the configuration of the TSC fusion product, the earphone of the right sound output unit 40, the left sound output unit 60 and the left lead wire (80); A right lead wire 100; An audio medium connection jack 120; The main feature of the present invention is that the earphone and the headphone are made, and in particular, the earpiece for listening to sound from the acoustic medium and the TSC acoustic part for treating the auditory hair cells of the inner cochlea are configured in the device.

In addition, the TSC sound unit for treating the auditory hair cells of the earphone and the inner cochlea are installed in one side of the earphone in communication with the earphone and the headphone cable, and the battery unit 160 for operating the earphone and the TSC module 180 by applying power thereto. And the control unit 200 for manipulating it to look at the operating state or to control the LCD or LED liquid crystal panel or the like can be configured.

And a noise removing unit for removing noise and a sound pressure detecting unit detecting a sound pressure level; In the case where the set volume value is smaller than the preset reference volume value, in order to output the same volume in the entire frequency band, an example of controlling to increase the size of the sound source in the low frequency band and the high frequency band according to the volume curve, etc. is illustrated. will be.

Figure 4 according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention

The earphone and the TSC module 180 of the present application include a earphone and a phone; The operation mode switch button, which is a button for setting or switching TSC, is configured, and a battery window for charging the battery and displaying the current remaining amount and an LCD or LED liquid crystal panel for viewing or controlling the operation status of the current device are configured. .

In addition, the earphone operation button for adjusting the sound of the earphone here; A threshold value display section and a button for changing and displaying a threshold value; A microphone 140 for inputting voice; The USB connector is configured to transmit data and perform an update, which is illustrated in an embodiment.

5 is according to an embodiment of a functional earphone having a hearing impairment treatment function of the present invention

A diagram showing the configuration of the operation mode;

Mode classification function Explanation Basic mode Earphone Basic Functions Support operation as a basic function of the device. Setting mode Additional function setting Retrieve and store dB value of hearing test volume per TSC channel. TSC mode TSC sound emission Release the treatment sound with a threshold value below the set dB per channel,
After repeated execution for the set time, it is automatically terminated. charge Battery charging Charge the battery by connecting the USB cable. Update Perform Data Update Update the Data Update Console program.

The earphone and TSC module 180 is preferably changed in sequence every time a button is pressed, but the number of pressing is not limited thereto.

Preferably, it is preferable to change the order of earphone> TSC> Setup, and when the operation is finished in each mode, the mode is automatically switched to the earphone mode, which is a basic mode, and this is illustrated as an example.

Use Earphone

1. Select the earphone from the Earphone / TSC / Setup selection button

2. Press the “●” button to make a phone call while using the earphone.

3. When using the earphone (calling music), adjust the volume with "▲ ▼"

USB (based on console-update / charge-8 hours)

1. Charging via USB port. (Use rechargeable battery)

Set user TSC self-diagnosis and volume search (based on simultaneous wearing left / right speakers)

1. Select “Setup” button among earphone / TSC / Setup selection buttons

2. Set the threshold volume (dB) with channel 1 setting (LED1) ▲ ▼ ⇒ ● Move to the next channel after saving

3. Channel 2 Setting (LED2) ▲ ▼ Set Threshold Volume (dB) ⇒ ● Move to next channel after saving

4. Channel 3 Setting (LED3) ▲ ▼ Set Threshold Volume (dB) ⇒ ● Move to next channel after saving

5. Channel 4 setting (LED4) ▲ ▼ threshold volume (dB) setting ⇒ ● Save

6. It automatically switches to the default mode.

TSC Run

Press the "TSC" button. Healing sound for the set channel for 30 minutes, rehabilitation is repeated and if not desired, you can switch to acoustic mode by pressing the Earphone button.

RESET execution

This function erases the setup data.

Figure 6 according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention

Figure shows the configuration of the earphone and TSC controller system; Earphone sound processor and TSC sound processor, which is the operation process of earphone system of earphone and TSC;

A central processing unit (CPU), which is a key device that runs a battery program that powers the device by applying a clock that represents time and power, and an electrically erasable programmable read-only memory (EPROM), which can erase and write programs in memory. and; A memory having a storage function; A microphone tone processor; An embodiment of a charging module, a mode changer, and a reset processor for charging the battery is illustrated.

7 is an embodiment of a functional earphone having a hearing impairment treatment function of the present invention

Figure shows the operation procedure of the setup mode of the earphone and the TSC, and shows an embodiment of the TSC setup and the threshold value for each channel.

8 is a view showing another operation sequence according to an embodiment of the setup mode of the TSC and the earphone according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention, the treatment according to the setup of the TSC and the set channel band One example of sound emission, TSC notification and end of conversion is illustrated.

9 is a view showing the operation sequence of the acoustic mode according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention, the operation of the earphone and the call microphone activation and deactivation audio sound emission; The process for audio and call termination is illustrated in one embodiment.

Finally, Figure 10 is a view showing the operation sequence of the charging and updating mode according to an embodiment of the functional earphone having a hearing impairment treatment function of the present invention, such as USB charging and charging mode and charging lamp and switching to the update and the basic mode, etc. It is shown as a picture of one embodiment.

The present application and the earphone body 20 and the right sound output unit 40 as described above; A left sound output unit 60; The left lead wire 80; A right lead wire 100; An acoustic medium connecting jack 120; A microphone 140; A battery unit 160; The earphone and the TSC module 180 and the control unit 200 are largely configured.

In addition, the present application is to be configured with the TSC sound unit for treating the earbuds and the hearing hair cells of the cochlea inside the ear to communicate with the wired or wireless from the acoustic medium to the earphone and the headphone.

In addition, the earphone includes a wireless earphone, a headphone, a headset, a Bluetooth earphone, a kernel-type earphone, and an open-type earphone.

The embodiments described in the present specification and the drawings shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all of the technical idea of the present invention, and various equivalents and modifications that may be substituted for them are provided. It should be understood that there may be examples.

20: earphone body 40: right sound output unit
60: left sound output unit 80: left lead wire
100: right lead wire 120: audio medium connection jack
140: microphone 160: battery unit
180: earphone and TSC module 200: control unit

Claims (9)

A right sound output unit 40 and a left sound output unit 60; The left lead wire 80;
A right lead wire 100; In the earphone and headphone made of the acoustic medium connection jack 120, a hearing loss treatment function is characterized in that a TSC sound output unit for treating auditory hair cells of the inner cochlea is configured on one side of the earphone for listening to sound from the acoustic medium. Having earphones. The method of claim 1,
TSC sound unit for treating the auditory hair cells of the earphone and the inner cochlea
It is connected to the earphone and headphone cable and installed in one side of the earphone; Earphones and earphones having a hearing impairment treatment function, characterized in that the battery unit 160 and the control unit 200 for operating the same by applying the power and the TSC module 180 and operating it. An earphone body 20 and a right sound output unit 40; A left sound output unit 60; The left lead wire 80; A right lead wire 100; An acoustic medium connecting jack 120; A microphone 140;
A battery unit 160; Earphone and TSC module 180; For the earphone and the headphone configured as the control unit 200, the earphone and the TSC sound unit for treating auditory hair cells of the inner cochlea are configured to listen to sound from the acoustic medium;
The audible frequency and sound pressure of the TSC sound unit are frequency resolution (sampling frequency) = 44.1 KHz intensity resolution = 16bit;
Channel 1 has a bandwidth of 800 Hz to 1200 K Hz;
Channel 2 has a bandwidth of 1600 Hz to 2400 K Hz;
Channel 3 has a bandwidth of 3,200 Hz to 4,800 K Hz;
Channel 4 bandwidth: from 6400 Hz to 9600 K Hz; Earphones having a hearing impairment treatment function, characterized in that the treatment bandwidth can be changed and used according to the hearing condition of the hearing patient. The method according to claim 1, wherein
The earphone and the TSC module 180, the signal system of the audio frequency of the TSC sound unit is;
A signal = a frequency modulated (FM) signal reciprocating in the range of 1,000 Hz to 1,300 Hz with a 500 m sec period;
B signal = a frequency modulated (FM) signal for reciprocating in the range of 2,000 Hz to 2,600 Hz at 330 m sec periods;
C signal = frequency modulated (FM) signal for reciprocating in the range of 4,000 Hz to 5,200 Hz with a period of 200 m sec;
D signal = Earphone with hearing impairment treatment function, which consists of frequency modulated (FM) signal that reciprocates in the range of 8,000Hz to 10,400Hz at 130m sec period and can be used by changing the treatment bandwidth according to the hearing condition of the patient. . The method according to claim 4,
The earphone and the TSC module 180 is installed in one side of the earphone in communication with the earphone and the headphone cable, the battery unit 160 for applying the power to the earphone and the TSC module 180 to operate it and the controller 200 for operating the same. The earphone having a hearing impairment treatment function, characterized in that it further comprises a noise removing unit for removing noise and a sound pressure level to remove the noise. The method according to claim 1, wherein
The earphone and the TSC module 180 includes an operation mode switching button, which is a button for setting or switching an earphone, a phone and a TSC, and a battery window for charging a battery and displaying a current residual amount; Earphone operation button for adjusting the sound of the earphone; A threshold value display section and a button for changing and displaying a threshold value; A microphone 140 for inputting voice; A functional earphone having a hearing impairment treatment function, characterized in that a USB connector for transmitting data and performing an update. The method according to claim 5,
The earphone may further include a control unit for controlling a sound source of a low frequency band and a high frequency band according to a volume curve to output the same volume in the entire frequency band when the set volume value is lower than a preset reference volume value. Functional earphones with disability treatment. The earphone and the TSC module 180 includes an earphone body 20 and a right sound output unit 40; A left sound output unit 60; The left lead wire 80; A right lead wire 100; An acoustic medium connecting jack 120; A microphone 140; A battery unit 160; For the earphone and the headphone composed of the earphone and the TSC module 180 and the control unit 200, the earphone and the TSC sound unit for treating the inner ear auditory hair cells are configured together. LCD and LED liquid crystal or panel is configured to view the operation state of the device or to control it; The earphone is a functional earphone having a hearing impairment treatment function, characterized in that it comprises a wireless earphone, headphones, headset, Bluetooth earphone, kernel-type earphone and open earphone. The method according to claim 1, wherein
The earphone and TSC module 180 includes an earphone signal sound processor and a TSC sound processor, which are an operation process of the controller system of the earphone and the TSC;
A central processing unit (CPU), which is a core device for executing a battery program for operating a device by applying a clock and power to indicate a time;
Electrically erasable programmable read-only memory (EPROM), a ROM capable of electrically erasing and writing programs in memory;
A memory having a storage function; A microphone tone processor; Functional earphone having a hearing impairment treatment function, characterized in that the charging module for charging the battery, a mode switch and a reset processor is configured.

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