JP3217231U - Multi-function smart headphone device setting system - Google Patents

Abstract

A setting system for a multifunction smart headphone device is provided.
A setting system of a multi-function smart headphone device 400 includes a user downloading a headphone personalized application unit from a servo device and installing the headphone personalized application unit in a mobile device, and pairing the mobile device and the smart headphone device 400 for registration. Enter the data corresponding to the module. Subsequently, when the user wears the smart headphone device, the hearing test module performs a hearing test on the left and right ears of the user and creates a test result. In addition, the test results are corrected by the automatic correction unit and manual correction module, and the user adjusts the sound effect mode using the preference setting module according to personal preferences, completing the personalization of the smart headphone device. Let The user can select and use various functions provided by the personalized smart headphone device.
[Selection] Figure 7

Description

  The present invention relates to a smart headphone device. More specifically, the present invention relates to a multi-function in which a personalized smart headphone device can be personalized according to the user's hearing ability and preferences, and the personalized smart headphone device provides various functions to the user. The present invention relates to a setting system for a smart headphone device.

  With the continuous development of network technology, more and more people listen to music directly online using personal portable devices, or download music files to personal portable devices. Headphone devices that allow people to listen to music anywhere and anytime without disturbing others are a necessity for personal portable devices.

  However, when people are chatting face-to-face, they may be unable to hear the other person's story due to the effects of environmental noise, and if the other person repeats the same story, the contents will not be understood and the chat will be inconvenient. became. Alternatively, if there is an excessive error in the hearing sensitivity of the user's both ears, the source of the sound cannot be specified, the direction of the warning sound (for example, thunder, collision sound, etc.) cannot be determined, and the field It was especially dangerous when listening to music.

  In addition, there are differences in the sensitivity of each individual's hearing, and some people like the high-frequency range, and some do not like the deep bass. However, the conventional headphone device cannot be adjusted according to the user's demand.

Therefore, the present inventor considered that the above-mentioned drawbacks could be improved, and as a result of intensive studies, he designed a smart headphone device that can be personalized for the user according to the user's hearing ability and preference.
The personalized smart headphone device improves the shortcomings of the prior art and enhances industrial practicality by setting system of multi-function smart headphone device that provides various functions to users.

In view of such conventional circumstances, an object of the present invention is to provide a setting system for a multi-function smart headphone device.
By providing a smart headphone device that can be personalized to the user according to the user's hearing ability and preferences, the user can complete personalization of the servo device, headphone personalized application unit, portable device, and how to use the smart headphone device When listening to music or broadcasting while wearing a smart headphone device, the problem of the difference in hearing between the user's ears has been solved, so there is no need to adjust the volume every time. Avoid hearing loss caused by listening to music at volume. Further, by adjusting the audible frequency of music based on the user's preference setting, the user can listen to music comfortably in a relaxed environment. In addition, the user can amplify the voice of the person to be chatted in front of the user by using the orientation chat function of the personalized smart headphone device, so that the user can clearly hear what the other party speaks. , Chat convenience is improved. Or, when using the safety function for going out, the user's ability to identify the source of sound is restored, the sound of the external environment collected is enhanced, and the sound of the external environment is simultaneously heard while the user is listening to music. The direction of the user can be immediately determined, and it is possible to keep away from danger, thereby improving the safety when the user goes out.

  In order to solve the above-described problem, a setting system for a multi-function smart headphone device according to an aspect of the present invention includes a headphone personalized application unit stored therein, and the headphone personalized application unit inputs data corresponding to a user. A registration module used for registration; an audiometry module for the user to perform an audiometry to generate a test result; and a manual correction module for the user to manually correct the test result. A preference setting module that allows the user to adjust a sound effect mode according to personal preferences and forms a personalized setting that matches the user's hearing after the setting is completed; and the user sets the smart headphone device. The functions provided by can be selected The function is a servo device including an orientation chat function and a function selection module having a safety function for going out, and a portable device connected to a network by a first transmission unit, the headphone personalized by the servo device An application unit is downloaded and installed in the portable device, and includes a smart headphone device. The smart headphone device is a central processing unit and a second transmission unit electrically connected to the central processing unit, wherein the second transmission unit is paired with the first transmission unit, A headphone unit that receives a transmitted command and transmits it to the central processing unit, wherein the central processing unit converts the command into a corresponding signal, and is electrically connected to the central processing unit. The corresponding signal is transmitted from the headphone unit to be heard by the user, and the automatic correction is performed based on the test result electrically connected to the central processing unit and generated by the hearing test module. An automatic correction unit to be electrically connected to the central processing unit, and the personalization settings are stored in the storage unit. A storage unit stored in a network, a power supply unit that is electrically connected to the central processing unit and supplies power necessary for the smart headphone device, and at least one noise sampling unit that collects noise of the external environment A unit; and at least one unit electrically connected to the central processing unit, installed in the smart headphone device, and directed to the front of the user, and used to collect sound emitted from the front of the user Two matrix sound collection units, and the noise sampling unit, the matrix sound collection unit, and the central processing unit are electrically connected to each other to convert the environmental noise into a first signal, in front of the user. Audio is converted into a second signal, and the first signal and the second signal are shared. A first signal processing unit to be transmitted to the central processing unit, and electrically connected to the central processing unit and the headphone unit, and after the first signal or the second signal is augmented, transmitted to the headphone unit; It further includes a signal enhancement unit that allows the user to hear the sound emitted from directly in front of the user by broadcasting from the headphone unit.

  In the setting system of the multi-function smart headphone device according to the present invention, the matrix sound pickup unit includes a plurality of directional sound pickup microphones and is fixed to a support member of the smart headphone device, and is emitted from the front of the user. It is used for collecting collected voice.

  In the setting system of the multi-function smart headphone device of the present invention, the sound collecting microphones are heart-shaped directional microphones.

  In the setting system of the multi-function smart headphone device of the present invention, the smart headphone device is an ear cover type Bluetooth (registered trademark) headphone.

  In the multi-function smart headphone device setting system of the present invention, the smart headphone device further includes a second signal processing unit electrically connected to the central processing unit, and the second signal processing unit converts the first signal into the first signal. Based on this, a reverse signal is provided to the headphone unit.

  In the multi-function smart headphone device setting system of the present invention, the second signal processing unit is a digital signal processing unit.

  In the multi-function smart headphone device setting system of the present invention, the smart headphone device further includes a satellite positioning unit electrically connected to the central processing unit, and the current location of the smart headphone device is obtained by the satellite positioning unit. And output to the central processing unit.

  In the setting system of the multi-function smart headphone device according to the present invention, at least one data field for the user to input is set in the registration module.

  In the multi-function smart headphone device setting system of the present invention, the data column includes a user name, a password, a password re-entry, a gender, an age, an occupation, and a serial number of the smart headphone device.

  In the multi-function smart headphone device setting system of the present invention, the function provided by the smart headphone device further includes an easy listening function.

1 is a schematic diagram illustrating an organization of a setting system for a multi-function smart headphone device according to an embodiment of the present invention. It is the schematic which shows the functional module of the headphone personalization application unit of this invention. FIG. 3 is a schematic diagram illustrating an embodiment of the registration module shown in FIG. 2. FIG. 3 is a schematic diagram illustrating an embodiment of the hearing test module illustrated in FIG. 2. FIG. 3 is a schematic diagram illustrating an embodiment of the hearing test module illustrated in FIG. 2. FIG. 3 is a schematic diagram illustrating an embodiment of the hearing test module illustrated in FIG. 2. FIG. 3 is a schematic diagram illustrating an embodiment of the hearing test module illustrated in FIG. 2. FIG. 3 is a schematic diagram showing an embodiment of the manual correction module shown in FIG. 2. FIG. 3 is a schematic diagram showing an embodiment of the manual correction module shown in FIG. 2. FIG. 3 is a schematic diagram showing an embodiment of the manual correction module shown in FIG. 2. It is the schematic which shows embodiment of the preference setting module shown in FIG. 1 is a tilt view illustrating a smart headphone device according to an embodiment of the present invention. 4 is a flowchart illustrating a method of using the setting system for the multi-function smart headphone device according to the embodiment of the present invention. 1 is a schematic diagram illustrating an embodiment when a setting system for a multi-function smart headphone device according to the present invention executes a function selection module; FIG.

  Embodiments of a setting system for a multi-function smart headphone device according to the present invention will be described below in detail with reference to the drawings. In addition, this invention is not limited by each embodiment.

  First, the present invention will be described in more detail with reference to FIGS. The configuration of the setting system of the multifunction smart headphone device of the present invention is as follows.

In the servo device 100, a headphone personalized application unit 200 is stored in the servo device 100. The headphone personalized application unit 200 includes a registration module 21, an audiometry module 22, a manual correction module 23, and a preference setting module 24. And a function selection module 25. The registration module 21 is used by a user to input corresponding data for registration (see FIG. 3).
The registration module 21 has at least one data field for the user to input. The data field includes a user name, a password, password re-entry, gender, age, occupation, and the smart field. And the serial number of the headphone device 400. The hearing test module 22 is used by the user to perform a hearing test and generate a test result (see FIGS. 4A to 4D). The manual correction module 23 is used by the user to manually correct the inspection result (see FIGS. 5A to 5C). The preference setting module 24 is used by the user to adjust the sound effect mode according to personal preference (see FIG. 6). After the setting is completed, a personalized setting suitable for the user's hearing is formed. The function selection module 25 is used by the user to select a function provided by the smart headphone device 400. The function includes an orientation chat function and a safety function for going out, and further includes an easy listening function.

  A portable device 300 (for example, a portable device such as a smartphone or a tablet terminal) is connected to the network via the first transmission unit 31, and the headphone personalized application unit 200 is downloaded from the servo device 100 and is also transferred to the portable device 300. Installed.

  The smart headphone device 400 is a central processing unit 41 and a second transmission unit 42 electrically connected to the central processing unit 41, and is paired with the first transmission unit 31 by the second transmission unit 42. The command transmitted from the portable device 300 is received and transmitted to the central processing unit 41, and the central processing unit 41 converts the command into a corresponding signal.

  The headphone unit 43 is electrically connected to the central processing unit 41 and transmits the corresponding signal to allow the user to listen.

  The automatic correction unit 44 is electrically connected to the central processing unit 41 and performs automatic correction based on the test result generated by the hearing test module.

  The storage unit 45 is electrically connected to the central processing unit 41 and stores the personalized settings.

  The power supply unit 46 is electrically connected to the central processing unit 41 and supplies necessary power to the smart headphone device 400.

  The smart headphone device 400 is an ear covering type Bluetooth headphone.

  The automatic correction unit 44 is electrically connected to the central processing unit 41 and performs automatic correction based on the test result generated by the hearing test module.

  The storage unit 45 is electrically connected to the central processing unit 41, and the personalized settings are stored in the storage unit.

  The power supply unit 46 is electrically connected to the central processing unit 41 and supplies necessary power to the smart headphone device 400.

  At least one noise sampling unit 47 is used to collect noise from the external environment. At least one matrix sound collection unit 48 is electrically connected to the central processing unit 41, and is installed in the smart headphone device 400 and directed directly in front of the user. Used for sound collection.

  The first signal processing unit 49 is electrically connected to the noise sampling unit 47, the matrix sound collecting unit 48, and the central processing unit 41, respectively, and converts the environmental noise into a first signal, and the user's The sound from the front is converted into a second signal, and both the first signal and the second signal are transmitted to the central processing unit 41.

  The signal enhancement unit 50 is electrically connected to the central processing unit 41 and the headphone unit 43, and after the first signal or the second signal is enhanced, the signal is transmitted to the headphone unit 43 and reproduced from the headphone unit 43. Let

When the user selects the orientation chat function, the front sound from the user is collected by the matrix sound collecting unit 48 and transmitted to the first signal processing unit 49, from the user. The voice directly in front is converted into a second signal, and the second signal is transmitted to the central processing unit 41. Then, after the second signal is enhanced by the signal enhancement unit 50, it is transmitted to the headphone unit 43 and reproduced from the headphone unit 43. As a result, the user can clearly hear the voice in front of the user.
As shown in FIG. 7, the matrix sound collecting unit 48 includes a plurality of sound collecting microphones 481 (for example, heart-shaped directional microphones) having directivity and the smart headphone device 400 (for example, ear-covering headphones). This is fixed to the support member 401 and picks up the voice in front of the user.

  When the user selects the safety function for going out, environmental noise is picked up by the noise sampling unit 47 and transmitted to the first signal processing unit 49, and the environmental noise is the first. It is converted into a signal and transmitted to the central processing unit 41. Thereafter, the first signal is enhanced by the signal enhancement unit 50 and then transmitted to the headphone unit 43 and reproduced from the headphone unit 43. As a result, the user's ability to specify the sound source is restored, and the user can immediately determine the direction of environmental noise while listening to music, and can be kept away from danger.

The smart headphone device 400 further includes a second signal processing unit 51 (digital signal processing unit, DSP) that is electrically connected to the central processing unit 41.
The second signal processing unit 51 provides a reverse signal to the headphone unit 43 based on the first signal. For this reason, an active noise canceling function is further included as a function provided by the smart headphone device 400. When the user selects the active noise canceling function, environmental noise is generated by the noise sampling unit 47. After being sampled, the signal is transmitted to the first signal processing unit 49 for analysis and the first signal is transmitted. Finally, the reverse signal provided by the second signal processing unit 51 is transmitted to the headphone unit 43, thus realizing the noise canceling technology of the headphone unit, and the influence of environmental noise when the user listens to music. It becomes possible to listen to music clearly without receiving.

Therefore, the user can construct a personal-use smart headphone device using the personalization system of the smart headphone device. When the user wears a personalized smart headphone device and connects to any device capable of reproducing audio signals such as a portable device, desktop personal computer, notebook computer, portable music player, etc., the user listens to music and broadcasts. Therefore, it is not necessary to re-adjust the volume every time, and the user's ears do not suffer from hearing impairment when listening to music at an inappropriate volume.
Further, the music frequency is adjusted based on the user's preference setting, and the user can listen to the music in a comfortable environment. In addition, the user can amplify the voice of the person to be chatted directly in front of the user with the orientation chat function of the personalized smart headphone device, so that the user can clearly hear what the other person is talking, and chat Improved convenience. Or, when using the safety function for going out, the ability to identify the user's sound source is restored, the sound of the collected external environment is enhanced, and the user can listen to music and simultaneously adjust the direction of the sound of the external environment. This makes it possible to immediately discriminate, keep away from danger, and improve safety when the user goes out. Furthermore, by using the active noise canceling function, it is possible to listen to music clearly without being affected by environmental noise while listening to music.

  In addition, the smart headphone device 400 further includes a satellite positioning unit (not shown) that is electrically connected to the central processing unit 41. The current location of the smart headphone device 400 is acquired by the satellite positioning unit and output to the central processing unit 41. Thus, the current location can be known when the user wears the smart headphone device 400.

FIG. 8 illustrates a method of using the setting system of the multi-function smart headphone device according to the present invention, which includes at least the following steps.
A user downloads a headphone personalized application unit using a servo device and installs it on a portable device (for example, a portable device such as a smartphone or a tablet terminal), and pairs the portable device with a smart headphone device. Step 1S1 for completing the pairing process.
A registration process is executed, and the user inputs corresponding data using the registration module of the portable device 2S2.
A hearing test process is performed, wherein the user wears the smart headphone device, a hearing test module of the portable device performs a hearing test on the left and right ears of the user and a test result is generated 3S3.
An auditory correction process is performed, and first, automatic correction is performed on the test result by the automatic correction unit of the smart headphone device, and then the user subsequently performs correction by the manual correction module of the portable device 4S4.
A preference setting process is executed, and the user adjusts the sound effect mode by the preference setting module of the portable device according to personal preference, and the personalization of the smart headphone device is completed after the setting is completed, step 5S5.
Finally, a function selection process is performed, and the user selects a function provided by the smart headphone device using a function selection module 6S6.

  Next, the present invention will be described in more detail with reference to the drawings.

  First, the pairing process of the portable device and the smart headphone device is completed, then the registration process is executed, and at least one data field for the user to input is set in the registration module ( (See FIG. 3). The data field includes a user name, password, password re-entry, gender, age, occupation, and serial number of the smart headphone device, and the user completes the input of each data field described above. Registration is complete.

After completing the registration process, the user's hearing test is performed and the hearing test process is performed. The hearing test process further includes a preparation state and an inspection state, wherein in the preparation state (see FIG. 4A), the volume of the smart headphone device is first lowered to a minimum and the noise sampling unit of the smart headphone device is moved to a predetermined position. Adjustments are made to check for environmental noise. When the detected environmental noise is low, the inspection state is switched, and when the detected environmental noise is high, the inspection state is not switched.
When switched to the inspection state (see FIGS. 4B and 4C), the user can listen to the audio signal emitted from the portable device using the smart headphone device, and the frequency between the audio signals. Alternatively, due to the difference in volume, the user listens to the audio signal with one ear each time, and when the user listens to the audio signal, the user presses the confirmation button on the portable device (as shown in FIGS. 4B and 4C). ") Send a confirmation message. Thereafter, an audio signal having a frequency or volume different from that of the audio signal is transmitted by the portable device, and after a plurality of inspections, the inspection result is displayed on the portable device (left and right ears shown in FIG. 4D). At the same time, the test result is stored in the storage unit and uploaded to the servo device by the portable device.

Thus, after the user's binaural examination is completed and the examination result is generated, an auditory correction process is subsequently performed. First, the automatic correction unit of the smart headphone device automatically corrects the inspection result and sets the listening volume, and the user performs correction using the manual correction module of the portable device.
The auditory correction process further includes auditory curve correction, auditory threshold sensitivity correction, balance correction (see FIG. 5A), and sound source position correction (see FIG. 5B). In the auditory curve correction and the auditory threshold sensitivity correction, automatic correction is performed by the automatic correction unit. For example, the earphone personalization application unit automatically adjusts which ear is used as a reference while performing fine adjustment according to a trend. To be judged.
When the high frequency range of the right ear and the low frequency range of the left ear are normal as a result of the inspection, it is only necessary to correct the low tone for the right ear and the high tone for the left ear. The balance correction and the sound source position correction are corrected after the user performs correction using the manual correction module, and fine adjustment is performed so that the user can emit sound at the center position of the head. Music and uncorrected music are each played back so that the user can listen and compare, and the user determines whether to use the correction function (see FIG. 5C).

Finally, a preference setting process is executed, and the user adjusts the sound effect mode using the preference setting module of the portable device according to personal preference (see FIG. 6). The sound effect mode includes a flat mode, a news mode, a classic mode, a pop music mode, a rock and roll mode, and a heavy bass mode, which can be selected by the user.
After completing the setting, personalization of the smart headphone device is completed. As a result, the user's hearing is corrected by the smart headphone device according to the method of use, and the user's personalized smart headphone device receives a sound signal from a portable device, a desktop personal computer, a laptop computer, a portable music player, or the like. When listening to music and broadcasts connected to any reproducible device, the problem of the difference in hearing between the user's ears has been solved, so there is no need to adjust the volume every time. Will not suffer from hearing impairment due to listening to music at an inappropriate volume, and the frequency of the music will be adjusted based on the user's preference settings, allowing the user to listen to music in a comfortable environment, A favorable listening effect is achieved.

Thus, after the personalization of the smart headphone device is completed, the user selects the function provided by the smart headphone device using the function selection module, and the function is active as shown in FIG. A noise canceling function, a safety function for going out, an orientation chat function, and an easy listening function can be switched by the user.
In the active noise canceling function, environmental noise is sampled by a noise sampling unit, analyzed by a first signal processing unit, and the first signal is transmitted and transmitted to a central processing unit. Subsequently, the second signal processing unit 51 provides the central processing unit with a reverse signal opposite to the first signal based on the first signal, and then transmits the signal to the headphone unit. Realize. When a user listens to music, the user is not affected by environmental noise and can listen to the music clearly.
The safety function for going out is that environmental noise is picked up by the noise sampling unit, the environmental noise is converted to the first signal by the first signal processing unit, and the first signal is converted into the signal enhancement unit by the central processing unit. It is transmitted and augmented and reproduced from the headphone unit. As a result, the user's ability to specify the sound source is restored, and the user can immediately determine the direction of the environmental noise while listening to music, and is kept away from danger.
In the orientation chat function, the voice of the chat target person in front of the user is picked up by the matrix sound pickup unit, converted into the second signal by the first signal processing unit, and the second signal is enhanced by the central processing unit. It is transmitted to the unit to be augmented and reproduced from the headphone unit. As a result, the user can clearly hear the voice directly in front of the user, and the surrounding voice can be ignored.
In the easy listening function, after noise of the external environment is sampled by the noise sampling unit, it is transmitted to the first signal processing unit for analysis and a first signal is transmitted. When the central processing unit adjusts the playback volume of the headphone unit based on the first signal, the environmental noise changes (the noise increases or decreases) while the user is listening to music. The smart headphone device immediately adjusts the volume reproduced from the headphone unit (increases or decreases the volume) so that the user can listen to the music clearly.

In addition, when the user continues to listen to music for a first predetermined time (for example, 60 minutes), the headphone personalized application unit stored in the portable device automatically issues a warning message. For example, characters such as “Please rest your ear for 10 minutes” are displayed on the screen of the portable device, and at the same time, a special warning sound is emitted by the headphone unit of the smart headphone device.
Also, if the user continues to listen for longer than a second predetermined time (for example, 120 minutes), the headphone personalized application unit stored in the portable device automatically issues a warning message. Characters such as “Please rest your ears for 10 minutes” are displayed on the screen of the portable device, and a special warning sound is emitted by the headphone unit of the smart headphone device.
Furthermore, if the user continues to listen for longer than a third predetermined time (for example, 5 minutes), the smart headphone device automatically stops. Thus, it has a warning function that protects the health of the ear.

  Finally, when the smart headphone device is used for a certain number of days (for example, 90 days), a warning message is displayed on the screen of the portable device at the time of activation, for example, “Please check your hearing”. As a result, the user re-executes the inspection and adjustment processes in steps 2S2 to 5S5, and the inspection and adjustment results for each time are stored in the storage unit and the servo device of the smart headphone device, thereby changing the user's hearing ability. The smart headphone device is adjusted in accordance with the change, and the smart headphone device is maintained in the best listening state.

In summary, the multi-function smart headphone device setting system of the present invention is a servo device, headphone personalized application unit, portable device, and usage method of smart headphone device (pairing, registration, hearing test, hearing correction, preference setting). Is a smart headphone device that is personalized exclusively for the user according to the user's hearing and preference, and when the user wears a personalized smart headphone device to listen to music or broadcasts, the hearing ability of both ears of the user Since the problem of the difference is solved, it is not necessary to adjust the volume every time, and the user's both ears do not suffer from hearing impairment due to listening to music at an inappropriate volume.
Further, since the frequency of the music is adjusted based on the preference of the user, the user can listen to the music in a comfortable environment. In addition, the user can select and switch various functions (active noise canceling function, safety function for going out, orientation chat function, and easy listening function) provided by the personalized smart headphone device. It can meet the user's demand.

  The embodiments disclosed herein are for the purpose of explaining, not limiting the present invention, and the spirit and scope of the present invention are not limited by such embodiments. The scope of the present invention should be construed according to the claims for utility model registration, and all technologies within the equivalent scope should be construed as being included in the scope of claims for utility model registration.

DESCRIPTION OF SYMBOLS 100 Servo apparatus 200 Headphone personalization application unit 21 Registration module 22 Hearing test module 23 Manual correction module 24 Preference setting module 25 Function selection module 300 Portable apparatus 31 1st transmission unit 400 Smart headphone apparatus 41 Central processing unit 42 2nd transmission unit 43 Headphone unit 44 Automatic correction unit 45 Storage unit 46 Power supply unit 47 Noise sampling unit 48 Matrix sound collection unit 481 Sound collection microphone 49 First signal processing unit 50 Signal enhancement unit 51 Second signal processing unit S1 Step 1
S2 Process 2
S3 Step 3
S4 Step 4
S5 Step 5
S6 Step 6

Claims (10)

A headphone personalized application unit is stored therein, and the headphone personalized application unit has a registration module used for inputting and registering corresponding data by a user, and the user performs a hearing test to generate a test result. A hearing test module for the user, a manual correction module for the user to manually correct the test result, and the user can adjust the sound effect mode according to personal preference, A preference setting module for creating a personalized setting that matches the user's hearing ability, and a function selection module that allows the user to select a function provided by the smart headphone device, the function having an orientation chat function. A servo device;
A portable device connected to a network by a first transmission unit, wherein the headphone personalized application unit is downloaded by the servo device and installed in the portable device;
A smart headphone device,
The smart headphone device
A central processing unit;
A second transmission unit electrically connected to the central processing unit, wherein the second transmission unit is paired with the first transmission unit to receive a command transmitted from the portable device and the central processing unit; A second transmission unit for transmission to a device, wherein the command is converted into a corresponding signal by the central processing unit;
A headphone unit electrically connected to the central processing unit, wherein the corresponding signal is transmitted from the headphone unit to be heard by the user;
An automatic correction unit that is electrically connected to the central processing unit and that performs automatic correction based on a test result generated by the hearing test module;
A storage unit electrically connected to the central processing unit, wherein the personalization settings are stored in the storage unit;
A power supply unit that is electrically connected to the central processing unit and supplies power necessary for the smart headphone device;
At least one noise sampling unit for picking up external environmental noise;
At least one matrix collection that is electrically connected to the central processing unit and is installed in the smart headphone device and directed directly in front of the user and used to pick up sound emitted from the front of the user. A sound unit;
Electrically connected to the noise sampling unit, the matrix sound collection unit, and the central processing unit, respectively, converts the environmental noise into a first signal, and converts a frontal voice from the user into a second signal. And a first signal processing unit for transmitting both the first signal and the second signal to the central processing unit;
The user is electrically connected to the central processing unit and the headphone unit, and after the first signal or the second signal is augmented, the headphone unit transmits the signal and reproduces it from the headphone unit. A signal intensifying unit that makes it possible to clearly hear the sound emitted from the front of the person,
Multi-function smart headphone device setting system.   The matrix sound collecting unit includes a plurality of sound collecting microphones having directivity, is fixed to a support member of the smart headphone device, and is used for collecting sound emitted from directly in front of the user. The setting system of the multi-function smart headphone device according to claim 1.   The multi-function smart headphone device setting system according to claim 2, wherein the sound collecting microphones are heart-shaped directional microphones.   3. The setting system for a multi-function smart headphone device according to claim 1, wherein the smart headphone device is an ear covering type Bluetooth (registered trademark) headphone.   The smart headphone device further includes a second signal processing unit electrically connected to the central processing unit, and the second signal processing unit provides a reverse signal to the headphone unit based on the first signal. 2. The setting system for a multi-function smart headphone device according to claim 1.   The multi-function smart headphone device setting system according to claim 5, wherein the second signal processing unit is a digital signal processing unit.   The smart headphone device further includes a satellite positioning unit electrically connected to the central processing unit, and a current location of the smart headphone device is acquired by the satellite positioning unit and output to the central processing unit. 2. The setting system for a multi-function smart headphone device according to claim 1.   The multi-function smart headphone device setting system according to claim 1, wherein at least one data field for the user to input is set in the registration module.   The multi-function smart headphone according to claim 8, wherein the data field includes a user name, a password, a password re-entry, a gender, an age, an occupation, and a serial number of the smart headphone device. Device setting system.   2. The setting system for a multi-function smart headphone device according to claim 1, wherein the function provided by the smart headphone device further includes an easy listening function.

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