TWI565287B - To achieve the smart phone in the remote microphone hearing aid system and its use - Google Patents

Description

Remote microphone hearing aid system realized by smart phone and its application method

The present invention relates to a remote microphone hearing aid system implemented in a smart phone and a method for using the same, and more particularly to a voice processing application software (app) that utilizes a smart phone microphone and at least one voice message can be processed in a noisy environment (App) The remote microphone hearing aid system and the operation method thereof are configured as a microphone and a transmitter of the remote microphone hearing aid system, and then an external wireless earphone as a voice receiver.

Hearing loss is a common chronic disease in the elderly, Cruzickshanks et al. (1998). In 1993-1995, an age-related hearing loss study was conducted for adults between the ages of 48 and 87, and 46% of adults were found to have hearing loss. The problem. In the 2003 study by Dalton and Cruickshanks, the average age of adults participating in the study was 69 years. Among all participants, more than half of the adults had hearing loss (51%), of which 27.5% were adults. Artificially mild hearing loss, 23.8% of adults were moderate to severe hearing loss.

The hearing loss of most middle-aged and old adults is mild to moderate hearing loss. Flexer (1999) defines a hearing threshold of 26 dB HL to 40 dB. HL is mild hearing loss, and mild hearing loss is in a quiet environment. The condition of hearing aids is not worn, and there is no difference between hearing performance and normal hearing. However, in a noisy environment, hearing loss of 40 dB HL may miss 50% of voice messages; and hearing threshold Between 41 dB HL and 55 dB HL is for light to moderate hearing loss, and mild to moderate hearing loss is not Wearing hearing aids and in a quiet environment, you can hear most of the voice messages while learning about the topic of conversation with the interlocutor. For example, a listener with a hearing threshold of 40 dB HL cannot hear about 50% to 75% of voice messages.

According to a study published by Mulrow et al. in 1990, hearing aids for elderly hearing-impaired people can improve the hearing loss and quality of life of middle-aged and elderly people. However, the current study found that the rate of hearing aids used in hearing loss cases is not high; in Popelka, Cruickshanks and Wiley (1988), half of the studies had participants with hearing loss, but only 15.6%. People use hearing aids. If the hearing problems of adult hearing loss cases are substantially improved, it is easy to cause case anxiety and communication problems, which in turn affects the quality of life of the cases. With the increase of the average life expectancy of human beings, the life time of adults in the elderly is prolonged, and the obstacles caused by hearing loss will be intensified. Therefore, appropriate hearing aids, such as hearing aids or artificial electronic ear, should be actively adopted. Intervene to help improve the hearing problems of the case and improve the communication skills and quality of life of the case.

In Kochkin's (2000) study, subjects indicated that they were reluctant to wear hearing aids at times: the speech recognition of the hearing aid was not good, the background noise was too large, the suffocation was felt, the price of the hearing aid was too high, the maintenance cost was high, and the hearing aid was The size is too large, and the wearer's self-esteem. Although hearing aids help to improve the hearing sensitivity of hearing-impaired people, based on the above factors, the ratio of hearing aids actually wearing hearing aids in daily life is not high. In a noisy and echogenic environment, hearing aids can expand the sound, but still can not overcome the problem of signal-to-noise ratio and sound reverberation. Therefore, if the signal-to-noise ratio of the hearing aid can be improved, it will help to improve the speech recognition ability of the hearing loss and improve the wearing rate.

The conventional frequency modulation system (Frequency Modulation System), principle Similar to a broadcasting station, a voice is received by a separate microphone at a sound source, and a voice signal is transmitted by a transmitter to a listener wearing a receiver through a radio wave. The FM hearing aid system can increase the signal-to-noise ratio by about 12 to 20 dB on average, reducing the impact of background noise on the voice signal. In addition to the use of hearing aids and artificial electronic ear, the FM hearing aid system can also use the FM hearing aid system to improve hearing problems for light and moderate hearing loss. At present, the FM hearing aid system is generally used in the educational environment. The voice of the teacher is transmitted to the hearing aids and artificial electronic ear worn by the hearing-impaired children through the FM hearing aid system. The voice signal does not need to be transmitted through the air medium, so it will not The problem of squatting, the FM hearing aid system can also help the hearing loss children to overcome the difficulty of the volume of the distance between the classroom and the teacher, and enable the children to hear the teacher's teaching content in a noisy environment. Learning efficiency.

In 1984, Hawkins et al. published a hearing aid and FM hearing aid system for the difference in speech recognition between mild to moderate-to-severe children. The results show that the FM hearing aid system can effectively improve the signal-to-noise ratio. Although the FM hearing aid system can improve the signal-to-noise ratio of the hearing aid and the sound squeaking problem, it is not widely used by the hearing loss because of its obvious appearance. In addition, the results of Hawkins et al. found that amplifying the microphone's radio function of the hearing aid would result in a lower gain capability for some FM hearing aid systems.

It can be seen from the above that although the conventional FM hearing aid system has the advantages of effectively improving the hearing problem of the hearing loss person and helping to improve the speech recognition ability and quality of life of the hearing loss person, the application is based on the independent microphone. Receiving voice at the sound source and transmitting the voice signal to the listener wearing the receiver through the transmitter through radio waves, so the relevant equipment used must be arranged and set in advance, for example, the sound source must be independent. The microphone and transmitter are used to receive voice and transmit to the outside, and the listener must also wear a corresponding receiver for receiving by the transmitter. The transmitted voice signal is relatively limited and inconvenient for the user to use; in particular, the appearance of the related equipment of the FM hearing aid system is obviously and special, and the relative intention of the listener is relatively reduced; for the above reasons, The known FM hearing aid system has not been able to be carried and used by the hearing loss as the current general use of the mobile phone. This is a drawback of the conventional FM hearing aid system.

Due to the advancement of communication technology, the current mobile phones, such as smart phones, are not only versatile, but also the technology of using headphones such as Bluetooth headsets is mature. Therefore, the use of mobile phones is quite popular. For example, in any place, it is often seen that almost everyone It is quite common to have a mobile phone and/or a headset. Therefore, the inventor of the present invention believes that if the conventional FM hearing aid system can be implemented on a smart phone, that is, an FM hearing aid system is transferred to a smart phone and combined with a mobile application software (App), the smart phone is As the microphone of the FM hearing aid system, it receives the voice signal, and combines the application software with noise reduction function to process the voice signal and acts as the transmitter of the FM hearing aid system, and then uses the wireless earphone such as the Bluetooth earphone as the FM hearing aid system. The voice receiver, in this way, the smart phone as a hearing aid, only need to install the voice processing application (App), no need to add additional microphones, transmitters and hearing aids, especially wireless headsets such as Bluetooth headsets In terms of price, it is far more accessible than the general commercially available hearing aids (the lowest price of digital hearing aids is about 20,000 yuan / support). In addition, in terms of aesthetics, the Bluetooth headset is a type of earphone commonly used by mobile phone users. It does not highlight the problem of personal hearing loss. It should improve the willingness of light and moderate hearing loss to wear hearing aids. Improve the quality of life of the hearing loss.

In addition, in the related fields of mobile phones (mobile phones) and hearing loss or hearing aids such as hearing aids, although there are some prior art, such as: TW 200534678, TW M245704, TW M265863, CN ZL01205764.9, etc., however, Most of these prior techniques are only for the hand The technical solution that can be used in combination with the hearing aid of the hearing aid can not improve the hearing of the hearing loss, how to improve the speech recognition ability of the hearing loss, and how to improve the hearing loss. There are many problems such as the willingness to listen to the aids and how to reduce the cost of equipment for the purchase of hearing aids, and propose a technical solution that can solve the above problems at the same time or once.

In addition, when a mobile phone is to be paired with a Bluetooth headset, the operator often has to perform a complicated pairing step to complete the connection. Here, the conventional technology of the existing pairing step is taken as an example: the Bluetooth headset manufacturer jabra The Bluetooth pairing procedure announced on the website (please refer to http://www.jabra.com/support/bluetooth-pairing-guide), which reveals the pairing steps: first find the “Settings” screen in the phone; In the “Settings” screen, confirm that Bluetooth is turned on; click “Bluetooth” to enter the Bluetooth device list; then turn on the Bluetooth headset. If the Bluetooth headset has not been paired, you must enable the Bluetooth headset to turn on “Searchable” mode; then Bluetooth In the equipment list, click the name of the Bluetooth headset; then enter the common key; then click the “confirm” button; the Bluetooth pairing step of the above-mentioned Bluetooth headset manufacturer jabra not only requires the user to be familiar with the operation interface of the mobile phone, but also the time spent. Up to 30 seconds, for mobile phone users, especially the users of the technology, not only is the operation cumbersome, but the user must also take extra spirit. It is easy to cause the inconvenience and trouble of using the device, especially when the user needs to select and switch between the function of the original mobile phone and the function of using the technology in the case, for example, the user should first answer the emergency of the mobile phone. It is even more inconvenient to call and then switch the use case of the remote microphone helper system of the smart phone. Sony Corporation of Japan also proposed the "One-touch (NFC) Instant Connection" function in order to solve the cumbersome problem of Bluetooth device pairing (please refer to http://www.sonymobile.com/tw/products/accessories/smart-bluetooth- Handset-sbh52/#tabs, Sony Smart Bluetooth Headset SBH52 product website). Although the NFC instant connection function can meet the requirements of fast pairing, there are still two NFC instant connection functions. Disadvantages: First, the connection distance is short, about 10 cm or less; second, the mobile phone must have NFC function, but the general mobile phone does not have the NFC function, only the high-end mobile phone or the new-generation mobile phone has the NFC function, resulting in the NFC instant connection. The line function is relatively limited in its use. It can be seen from the above that in the conventional technology of pairing existing mobile phones with Bluetooth headsets, the operator has to perform a relatively complicated pairing step to complete the connection, which may affect the implementation of the present invention in the remote microphone hearing aid system of the smart phone. The convenience and the efficiency of use, so in order to effectively improve the convenience of using the technical solution of the present invention, the present invention also has a need for further improvement in the pairing steps of the mobile phone and the wireless earphone such as the Bluetooth earphone.

It can be seen from the above that for the hearing loss person, especially the light and moderate hearing loss, the conventional FM hearing aid system and the prior art in the field are difficult to meet the needs of actual use, and the present invention is effective for this demand. Technical solution.

The main purpose of the present invention is to provide a remote microphone hearing aid system implemented in a smart phone and a method for using the same, which uses a microphone, transmitter and receiver mode used in a conventional FM hearing aid system. On the smart phone, it uses a microphone set by a smart phone itself, combined with a voice processing application software (App) built on the smart phone to handle voice messages in a noisy environment and with wireless headphones. The Bluetooth headset is used to enable the microphone of the smart phone to match the voice processing application (App) as the microphone and transmitter of the remote microphone hearing aid system, and externally connect the wireless earphone such as a Bluetooth earphone as the remote end The voice receiver of the microphone hearing aid system constitutes a remote microphone hearing aid system realized by the smart phone, thereby solving many problems of the prior art, and improving the hearing of the hearing loss person and improving the voice of the hearing loss person. Identifying ability and improving the meaning of listening and hearing aids We are willing to reduce the cost of purchasing hearing aid equipment.

A further object of the present invention is to provide a method for implementing a remote microphone hearing aid system for a smart phone, comprising the following steps: Step 1: providing a smart phone with a voice processing application software (App) Powering the voice message in a noisy environment; Step 2: providing a wireless headset to receive the voice message transmitted by the smart phone; Step 3: using the microphone of the smart phone to receive from the sound source Voice, and after being processed by the voice processing application (App), the voice signal is transmitted to the wireless earphone by the smart phone for listening to the user wearing the wireless earphone.

Another object of the present invention is to provide a remote microphone hearing aid system implemented in a smart phone and a method for using the same, which further provides an automatic connection mechanism (flow) between a mobile phone and a wireless earphone (Bluetooth headset) when the user (To the hearing impaired) When starting to use the remote microphone hearing aid system of the present invention, the user simply presses a button in the App, such as touching the voice processing application software on the touch panel of the mobile phone (App) ), the automatic steps of the automatic connection mechanism (flow) can be automatically performed to complete the automatic connection function between the mobile phone and the wireless earphone (Bluetooth headset) in the present invention, and at the same time, the voice signal obtained by the microphone of the mobile phone is switched and The switching transmission function transmitted to the wireless earphone (Bluetooth earphone) can quickly achieve the use of the remote microphone hearing aid system of the present invention, and can avoid and replace the cumbersome steps of the prior art or prior art.

In order to achieve the above object, the remote microphone listening system of the present invention implemented in the smart phone includes: a smart phone as a microphone for the remote microphone hearing aid system. a transmitter, the smart phone has at least one voice processing application (App) capable of processing voice messages in a noisy environment for the user to operate and click; and a wireless earphone for the user to wear and use as the far a voice receiver of a microphone listening system, the wireless headset is used in conjunction with the smart phone to receive a voice message transmitted by the smart phone; when in use, the user operates the smart phone to point Selecting the voice processing application software (App), that is, the microphone originally provided by the smart phone can be used to receive the voice at the sound source, and the voice processing application software (App) is used to process the received voice message, and then The transmission is transmitted to the wireless headset worn by the user for the user to listen to, and the invention realizes the use effect of the remote microphone hearing aid system of the smart phone.

In an embodiment of the invention, the wireless headset is a Bluetooth headset.

1‧‧‧Achieve remote microphone hearing aid system for smart phones

2‧‧‧Users

3‧‧‧ source

10‧‧‧Smart mobile phone

11‧‧‧Voice Processing Application Software (App)

12‧‧‧ microphone

13‧‧‧transmitter

20‧‧‧Wireless headphones

21‧‧‧ Receiver

FIG. 1 is a block diagram showing the system architecture function of an embodiment of the remote microphone assisting system of the smart phone.

Figure 2 is a schematic diagram showing the state of use of the remote microphone hearing aid system of the smart phone in the present invention.

FIG. 3 is a functional block diagram showing the connection mechanism (flow) between the smart phone and the Bluetooth headset in the voice processing application software (App) of the remote microphone hearing aid system of the smart phone.

In order to make the present invention more clear and detailed, the preferred embodiment and the following drawings are used to describe the system architecture and technical features of the present invention as follows: Referring to Figures 1 and 2, respectively, it is a schematic diagram of a system architecture function diagram and a usage state diagram of an embodiment of the remote microphone assisting system of the smart phone. The present invention is a remote microphone hearing aid system 1 for a smart phone, comprising a smart phone 10 and a wireless earphone 20; wherein the smart phone 10 itself is provided with a microphone 12 and a transmitter 13 for providing The microphone and the transmitter of the remote microphone hearing aid system 1 is provided with at least one voice processing application software (App) 11 , and the voice processing application software (App) 11 is pre-built in the smart type. The mobile phone 10 has a function of processing the voice message received by the microphone 12 in a noisy environment; in use, the user 2 can use the voice processing application software by clicking the operation of the smart phone 10 ( App)11. The voice processing application software (App) 11 can respectively set different voice processing functions according to the needs of use, but is not used to limit the present invention, and the user can set or click different voice processing according to the needs of the user. Application software (App) 11, but the different voice processing functions of the voice processing application software (App) 11 described above are not intended to limit the present invention.

The wireless earphone 20 is used by the user 2 to be worn as shown in FIG. 2, and has a voice receiver 21 as a voice receiver of the remote microphone hearing aid system 1, and the wireless earphone 20 cooperates with the wisdom. The mobile phone 10 is used to wirelessly receive a voice message transmitted by the smart phone 10 by the voice receiver 21 as indicated by an arrow B in FIG.

When used, as shown in FIG. 2, the user 2 has to operate the smart phone 10 and select the voice processing application (App) 11, and the user 2 can use the microphone originally provided by the smart phone 10. 12 to receive the voice emitted or generated by the sound source 3 (as indicated by the arrow A in FIG. 1), and process the received voice message by the voice processing application software (App) 11, and then use the smart type The transmitter 13 originally provided by the mobile phone 10 will process the processed voice message to the wireless side. And transmitting to the wireless headset 20 (shown by arrow B in FIG. 1) worn by the user 2 for the user to listen to, thereby achieving the use of the remote microphone hearing aid system of the smart phone. efficacy.

In an embodiment of the invention, the wireless headset 20 is a Bluetooth headset.

In addition, referring to FIG. 3, it is a functional block of the connection mechanism (flow) between the smart phone and the Bluetooth headset in the voice processing application software (App) of the remote microphone hearing aid system of the smart phone. The schematic diagram is illustrated in FIG. 3 by using a Bluetooth headset as an example, but is not intended to limit the present invention. In order to make the implementation of the present invention more convenient to use in the remote microphone hearing aid system 1 of the smart phone, the voice processing application software (App) 11 of the present invention further includes the automatic connection mechanism (flow) as shown in FIG. To enable automatic and rapid connection between the mobile phone 10 of the present invention and the Bluetooth headset (20); when the user (hearing impaired) wants to start using the remote microphone hearing aid system 1 of the present invention, it is simple Pressing a button in the App, such as selecting the voice processing application software (App) 11 on the touch panel of the mobile phone 10, can automatically complete the mobile phone 10 and wireless in the remote microphone hearing aid system 1 of the present invention ( Bluetooth) The steps required for the paired connection between the headsets 20, so that the remote microphone hearing aid system 1 of the present invention can quickly achieve the use of the device, in order to avoid and replace the cumbersome steps of the prior art or prior art.

Referring to FIG. 3, the connection mechanism (flow) between the mobile phone 10 of the present invention and the Bluetooth headset (20) includes a first stage (step) (step 1) to a fifth stage (step) (stage 5). The stages (steps) are explained one by one: after the start/start, the first stage (step) (Setting up Bluetooth status) is performed, and the Bluetooth API (application interface) confirms whether the mobile phone supports Bluetooth transmission, and confirm whether the phone Bluetooth is turned on in the ON state. Then proceed to Phase 2 (steps) (Getting a list of new devices that have been bundled and discovered, Querying bonded devices or Discovering devices), where Bluetooth API Will get two lists to connect with the Bluetooth device, the first, the list of Bluetooth devices that have been bound, the second, find the list of Bluetooth devices; the first type of bound devices, the Bluetooth API will get the phone 10 and Bluetooth The list that the device has been bound to; if the currently paired Bluetooth headset (20) already exists in the list of bundled Bluetooth devices, the Bluetooth API will enter the third stage (step); if it is currently paired If the Bluetooth headset does not exist in the list of bundled Bluetooth devices, you need to use the second discovery device (Discovering devices). The Bluetooth API will open the exploration mode and scan the surrounding Bluetooth devices for 12 seconds. If you find the Bluetooth headset. (20), the Bluetooth API will be automatically bound to the Bluetooth headset (20), wherein the binding mode used may be secure simple pairing (SSP) but not used to limit the invention, and the SSP system is a type that does not require user input. The way of the PIN code; when the binding is over, the Bluetooth API will get the Bluetooth device, that is, the information of the Bluetooth headset (20) is as follows: device name, device type, and MAC location...etc. Then proceed to the third stage (step) (Connecting Bluetooth handset). When the mobile phone I0 is successfully bound to the Bluetooth device (the Bluetooth headset) in the second phase (step), the Bluetooth API will try Connect to the Bluetooth headset (20) and use a common key to establish an encrypted connection. The fourth stage (step) (Recording and transferring speaker's voice), the API for managing the sound activates the recording function of the mobile phone 10, and stores the sound (speech signal) acquired by the microphone 12 of the mobile phone 10. Into the PCM (Pulse Code Modulation) format to wait for Bluetooth API transmission. Then proceed to the fifth stage (step) (the sound is transmitted from the mobile phone to the Bluetooth headset), and the connection between the mobile phone 10 and the Bluetooth headset (20) SCO (synchronous connection guide) is established through the Bluetooth API, and the sound can be transmitted from the mobile phone 10 to the Bluetooth headset. (20) The user (hearing impaired) can hear the speaker's voice and achieve the function of the present invention to realize the use of the remote microphone hearing aid system of the smart phone.

By the automatic connection mechanism (flow) of the present invention, as shown in FIG. 3, when the user (hearing impaired) wants to start using the remote microphone hearing aid system 1 of the present invention, it is simple Pressing a button in the App, such as touching the voice processing application (App) 11 on the touch panel of the mobile phone 10, can perform all the steps in the automated connection mechanism (flow), that is, the first stage (Step) (Stage 1) to Stage 5 (Step) (Stage 5); wherein the steps of the first stage (step 1) to the fourth stage (step 4) are used to complete the present invention. The remote microphone hearing aid system 1 has an automatic connection function between the mobile phone 10 and the wireless (Bluetooth) earphone 20, and then uses the steps of the fifth stage (step 5) to complete the remote microphone hearing aid system 1 of the present invention. The voice signal obtained by the microphone 12 of the mobile phone 10 is switched and transmitted to the switching transmission function of the wireless earphone (Bluetooth earphone) 20; that is, the touch point is touched by the user on the touch panel of the mobile phone 10 by a button operation. By selecting the voice processing application software (App) 11, the invention can quickly achieve the use of the device, thereby improving the usability of the invention and its use efficiency.

The present invention is a method for implementing a remote microphone hearing aid system of a smart phone, which comprises the following steps: Step 1: providing a smart phone 10, on which a voice processing application software (App) 11 is installed. Processing the voice message in a noisy environment; Step 2: providing a wireless headset 20 for receiving the voice message transmitted by the smart phone 10; Step 3: utilizing the microphone 12 of the smart phone 10 to receive at the sound source After the voice is processed by the voice processing application (App) 11, the voice signal is transmitted to the wireless headset 20 by the smart phone 10 for listening to the user wearing the wireless headset 20.

The present invention implements a remote microphone hearing aid system for a smart phone, and the present invention at least has the following technical features and advantages as compared to prior art or prior art in the art:

(1) The invention realizes that the "remote microphone hearing aid system implemented in the smart phone" is identical in appearance to the general smart phone and the compatible wireless earphone. Without any difference, when the hearing loss person operates or uses the remote microphone hearing aid system of the present invention, as shown in FIG. 2, it is completely consistent with the normal person in operating or using the smart phone and the wireless earphone, and the outsider The appearance of the user does not reveal any notice that the user is a hearing loss. Therefore, the present invention "implements the remote microphone hearing aid system of the smart phone" can effectively improve the willingness of the hearing loss to wear the present invention. The popularization of the present invention is more helpful to improve the speech recognition ability and quality of life of the hearing loss person.

(2) The present invention "implements a remote microphone listening aid system for a smart phone" uses a smart phone as a hearing aid and only needs to install a voice processing application (App) when using, that is, the present invention The use of power can be achieved by using or equipped with a smart phone and a matching wireless headset, without the need to purchase additional equipment such as microphones, transmitters and hearing aids, such as wireless headphones such as Bluetooth headsets in terms of price Compared with the general commercially available hearing aids (digital hearing aids), the invention realizes that the "remote microphone hearing aid system implemented in the smart phone" can reduce the equipment cost of the user to purchase additional hearing aids, and is relatively beneficial to improve the hearing loss. The intention of the present invention is used.

(3) When the user (hearing impaired) wants to start using the remote microphone hearing aid system 1 of the present invention, it is only necessary to simply press a button on the mobile phone 10, such as on the touch panel of the mobile phone 10. By selecting the voice processing application software (App) 11, the touch point can automatically complete all the steps required for the connection mechanism (flow) between the mobile phone 10 and the wireless (Bluetooth) earphone 20 in the remote microphone hearing aid system 1 of the present invention. The remote microphone hearing aid system 1 of the present invention can quickly achieve the use performance, so that it can replace the cumbersome steps of the prior art or the prior art, and is relatively advantageous for improving the use efficiency of the present invention.

The above description is only a preferred embodiment of the present invention, and it is only for the purpose of the present invention. It is to be understood that the invention may be modified, modified, and even equivalently modified within the spirit and scope of the invention as defined by the appended claims. Within the scope of protection.

1‧‧‧Achieve remote microphone hearing aid system for smart phones

2‧‧‧Users

3‧‧‧ source

10‧‧‧Smart mobile phone

11‧‧‧Voice Processing Application Software (App)

12‧‧‧ microphone

13‧‧‧transmitter

20‧‧‧Wireless headphones

21‧‧‧ Receiver

Claims (3)

A remote microphone hearing aid system implemented in a smart phone, comprising: a smart phone having a microphone and a transmitter for the microphone and the transmitter of the remote microphone hearing aid system, the wisdom The mobile phone has at least one voice processing application (App), and the voice processing application software is pre-built on the smart phone and can process the voice message received by the microphone in a noisy environment; A Bluetooth headset is provided for the user to use with the smart phone, and a receiver is provided thereon as a voice receiver of the remote microphone hearing aid system, so that the Bluetooth headset can receive correspondingly by the voice receiver a voice message transmitted by the smart phone; wherein, in use, the user has to operate the smart phone and click to use the voice processing application (App), the user can use the smart phone microphone Receiving voice at the sound source, and processing the received voice message by the voice processing application (App), and then using the transmitter of the smart phone The voice message is transmitted and transmitted to the Bluetooth headset worn by the user for the user to listen to, thereby achieving the use function of the remote microphone hearing aid system; wherein the voice processing application software (App) further includes an automatic connection Mechanism, when the user wants to start using the remote microphone hearing aid system, the user can automatically perform the automatic connection mechanism to complete the automation between the mobile phone and the Bluetooth headset by clicking the voice processing application software (App). The connection function, and simultaneously completes the switching transmission function of switching the voice signal obtained by the microphone of the mobile phone to the Bluetooth headset; wherein the automatic connection mechanism further comprises the following steps: the first step, after the start, the first step is performed , where the Bluetooth API (application interface) Will confirm whether the mobile phone supports Bluetooth transmission, and confirm whether the mobile phone Bluetooth is turned on. In the second step, the Bluetooth API will obtain two lists to connect with the Bluetooth device. The first one is the list of Bluetooth devices that have been bound. At this time, the Bluetooth API will obtain a list that has been bound to the mobile phone and the Bluetooth device. If the currently paired Bluetooth headset already exists in the bundled Bluetooth device list, the Bluetooth API will enter the third step; the second is to discover the Bluetooth. Device list, because the Bluetooth headset currently paired does not exist in the list of bundled Bluetooth devices, the Bluetooth API will open the exploration mode and scan the surrounding Bluetooth devices for 12 seconds. If the Bluetooth headset is found, the Bluetooth API will automatically The Bluetooth headset is bound; when the binding is over, the Bluetooth API will get the information of the Bluetooth headset; in the third step, when the mobile phone is successfully bound to the Bluetooth headset in the second step, the Bluetooth API will try to The Bluetooth headset is connected and a common key is used to establish an encrypted connection; in the fourth step, the API for managing the sound activates the recording function of the mobile phone and will be activated by the mobile phone. The voice signal obtained by Kefeng is stored in PCM (Pulse Code Modulation) format to wait for Bluetooth API transmission; and in Step 5, the connection between the mobile phone and the Bluetooth headset SCO (Synchronous Link Guidance) is established through the Bluetooth API, and the sound can be obtained by the mobile phone. Transferred to the Bluetooth headset, the user (hearing impaired) can hear the speaker's voice. The remote microphone hearing aid system of claim 1, wherein the first step to the fourth step of the automated connection mechanism are used to complete an automatic connection between the mobile phone and the Bluetooth headset in the remote microphone hearing aid system. The function, wherein the fifth step of the automated connection mechanism is used to complete the switching transmission function of the remote microphone hearing aid system for switching and transmitting the voice signal obtained by the microphone of the mobile phone to the Bluetooth headset. A method for using a remote microphone hearing aid system for a smart phone, including the following Step: Step 1: Provide a smart phone with a voice processing application (App) to process voice messages in a noisy environment; Step 2: Provide a Bluetooth headset to receive the smart phone a voice message transmitted; and step 3: using the microphone of the smart phone to receive voice at the sound source, and after being processed by the voice processing application (App), the voice signal is transmitted to the smart phone The Bluetooth headset is for listening to a user wearing the Bluetooth headset; wherein the voice processing application (App) further includes an automatic connection mechanism, and when the user wants to start using the remote microphone hearing aid system, the user only needs to click Selecting the voice processing application software (App), the automatic connection mechanism can be automatically performed to complete the automatic connection function between the mobile phone and the wireless earphone (Bluetooth headset), and at the same time, the voice signal obtained by the microphone of the mobile phone is switched and Transmitting to the wireless headset's switching transmission function; wherein the automated connection mechanism further comprises the following steps: the first step, after the start That is, the first step is performed, in which the Bluetooth API (application interface) confirms whether the mobile phone supports Bluetooth transmission, and confirms whether the mobile phone Bluetooth is turned on in the ON state; in the second step, the Bluetooth API obtains two lists and Bluetooth. The device is connected. The first one is the list of bundled Bluetooth devices. At this time, the Bluetooth API will obtain the list that the mobile phone and the Bluetooth device have been bound to. If the Bluetooth headset currently paired with the existing Bluetooth device list already exists, then The Bluetooth API will go to step 3; the second is to find the list of Bluetooth devices. Since the Bluetooth headset that is currently paired does not exist in the list of bundled Bluetooth devices, the Bluetooth API will open. Explore mode and scan the surrounding Bluetooth device for 12 seconds. If the Bluetooth headset is found, the Bluetooth API will automatically bind to the Bluetooth headset; when the binding is over, the Bluetooth API will get the information of the Bluetooth headset; Step 3, When the mobile phone is successfully bound to the Bluetooth headset in the second step, the Bluetooth API will try to connect with the Bluetooth headset and use the common key to establish an encrypted connection; in the fourth step, the API for managing the voice will activate the mobile phone. The recording function, and the voice signal obtained by the microphone of the mobile phone is stored into a PCM (Pulse Code Modulation) format to wait for the Bluetooth API transmission; and in the fifth step, the mobile phone is established through the Bluetooth API to connect with the Bluetooth headset SCO (Synchronous Link Guidance) In this way, the sound can be transmitted from the mobile phone to the Bluetooth headset, and the user (the hearing impaired) can hear the speaker's voice.