KR100462247B1 - Method for employing language study system using mobile phone of bell sound with sound of voice data - Google Patents

Abstract

A method of operating a language learning system using a ringtone of a mobile phone, which is voice data, is disclosed. The present invention provides a first step in which a customer accesses a learning system that performs a service in an ISP using a PC terminal or a mobile phone, performs an authentication process, and requests a learning service using a mobile phone ringtone; A second step of downloading the learning data from the ISP in response to the request and learning the contents in the form of a text or a ringtone in the PC terminal or the mobile phone; A third step of performing repetitive learning on the learning data stored for each content by executing repetitive learning software; A fourth step of evaluating the learning data; And a fifth step of notifying the payment processor of the result of the evaluation and confirming whether the payment processor extends the learning period or extending or terminating the learning service to the customer. According to the present invention, as the performance of the mobile phone is improved, the sound quality is improved, so that the language learning can be performed more effectively using the ringtone, and the parents can indirectly manage the students by notifying the learning results to the parents. .

Description

Method for employing language study system using mobile phone of bell sound with sound of voice data}

The present invention relates to a method of operating a learning system, and in particular, to support effective learning by using a ringtone of a mobile phone, and at the same time, a language learning system using a ringtone of a mobile phone, which is voice data that can help parents learn. It is about how to operate.

Recently, various learning contents have been developed as the online learning method using the Internet has been highlighted. In general, language learning has been conducted using language schools, broadcast media, video tapes and audio tapes. However, in order to perform such language learning, there are limitations and disadvantages that can be performed only at a fixed location or at a place equipped with language learning equipment. Here, in the case of learning using the audio tape, there may be mobility to provide language learning while carrying and carrying a cassette deck equipment, but it is not effective because the learning is mainly performed only by voice. To solve this problem, a cassette deck device with a display device for converting a voice into a text form and displaying it to a language learner has been devised. However, this has the drawback that it takes a lot of money to produce a language learning program because it requires a separate equipment and specially made tape.

Thus, a number of language learning programs using mobile phones have been introduced recently. This mobile phone has the advantage of not only eliminating the limitations of the existing space but also learning in real time, so it can be learned anywhere. In particular, the portable wireless terminal represented by PDA, IMT-2000, etc. can perform the wireless Internet content service using the VM, in particular, the VM is connected to the wireless Internet server to download the necessary program and run it on the terminal to play games or videos Such multimedia services can be used to further advance content services using existing WAP. In this situation, a variety of learning contents have been devised using mobile phones, and they are already running related services.

Therefore, the object of the present invention can proceed to learning regardless of the place using a mobile phone, not only supports effective learning by using the ringtone, but also evaluates the content for the learning target, parents, etc. in learning management It is to provide a method of operating a language learning system using a ringtone of a mobile phone, which is a voice data that allows parents to determine whether to continue learning by checking evaluation data and the like on the learning process so that they can participate.

1 is a system configuration diagram schematically showing the configuration of a system for operating a learning system using a ringtone of a mobile phone which is voice data of the present invention;

2 is a view schematically showing a configuration of a server and a DB;

3 is a control block diagram schematically showing a configuration of a server;

4 is a control block diagram schematically showing the configuration of a PC terminal;

5 is a control block diagram schematically showing the configuration of a mobile phone;

6 is a flow chart showing the overall operation of the language learning system using the ringtone of the mobile phone which is voice data according to an embodiment of the present invention;

7 is a flowchart illustrating a member authentication process using a PC terminal;

8 is a flowchart illustrating a membership registration process using a PC terminal;

9 is a flowchart illustrating a member authentication process using a mobile phone;

10 is a flowchart illustrating a membership registration process using a mobile phone;

11 is a flow chart showing the progress of the mobile phone ringtone learning system according to an embodiment of the present invention;

12 is a flowchart illustrating a repetition learning software download process according to an embodiment of the present invention;

13 is a flowchart illustrating a repetitive learning and learning evaluation process according to an embodiment of the present invention;

14 is a flowchart illustrating a parent notification process for learning results according to an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

11: server 12: DB

13: administrator terminal 14: network adapter

21: PC terminal 22: mobile phone

111: XVM download server 112: WAP server

113: WEB server 114: SMS server

The present invention for achieving the above object of the present invention is a server including an XVM download server, WAP server, WEB server, SMS server, customer DB, learning content DB, customer management DB, learning evaluation management DB, learning progress management Learning using a ringtone of a mobile phone, which is voice data for which a learning service is executed by interaction with an ISP having a DB including a DB and a customer having a PC terminal or a mobile phone to access and learn the ISP. Applied to the system, the operating method of the language learning system using the ringtone of the mobile phone, which is the voice data of the present invention, the customer proceeds to the authentication process by accessing a learning system that performs a service from an ISP using a PC terminal or a mobile phone. A first step of requesting a learning service using a mobile phone ringtone; A second step of downloading the learning data from the ISP in response to the request and learning the contents in the form of a text or a ringtone in the PC terminal or the mobile phone; A third step of performing repetitive learning on the learning data stored for each content by executing repetitive learning software; A fourth step of evaluating the learning data; And a fifth step of notifying the payment processor of the result of the evaluation and confirming whether the payment processor extends the learning period or extending or terminating the learning service to the customer. At this time, the second step, the step of selecting the corresponding learning content from the learning content DB provided by the ISP; Transmitting SMS data from the SMS server to the customer mobile phone through the wireless communication network with respect to the selected learning content; Depending on whether or not the transmission data in the text form is designated as a ringtone, the received SMS data is received and the learning is progressed as text, or the voice data corresponding to the text is downloaded and the ringtone is designated and the ringtone is outputted for learning. Proceeding with; And storing the downloaded ringtone in the mobile phone. In addition, the third step may include the step of downloading the repetition learning software by checking the method and cost of using the repetition learning software, and whether the repetition learning software is available on the customer mobile phone; Connecting to a billing system of a mobile communication service company and recording information on billing details according to the repetitive learning software download and transmitting whether to download the repetitive learning software to the ISP; And the customer executes the repetitive learning software to perform the repetitive learning on the downloaded learning data. In this case, after performing the repetitive learning step, if the learning period has not expired according to the execution of the repetitive learning software, if the learning period has not expired, outputting the repetitive learning list according to the customer learning contents DB search request; Transmitting to the customer according to selection of corresponding content to learn; Repeating the learning content with text or a ringtone; And when the repetitive learning is finished, it is preferable that the ISP further proceeds to store the learning time, the number of learning contents, the number of ringtones stored in the learning progress management DB for each customer. The fourth step may include determining whether the learning period has expired according to the execution of the repetitive learning software, and if the learning period has expired, searching for and extracting data learned from the learning contents DB; Creating a problem with the extracted data and transmitting the problem to a customer, where the customer performs an evaluation in response to the problem; And storing the evaluation result in the learning evaluation management DB. Lastly, the fifth step may include: reading data related to the evaluation by searching the learning evaluation result DB for each customer according to the evaluation completion or learning period expiration of the learning progress management DB for each customer; Generating transmission data that can be transmitted in the form of SMS by extracting items including the number of individual learning contents, the number of ringtone learning contents, the number of repetitive learning software accesses, and the learning evaluation result; Transmitting the transmission data to a payment processor for determining whether to continue learning of the customer; The payment processor checks the transmission data to determine whether to continue learning and transmits to the ISP; If the learning continues, the payment processing is made; if the learning is stopped, terminating the learning service and updating the customer DB; And informing the customer of the fact of termination when the learning ends.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

1 is a system configuration diagram schematically showing the configuration of a system for operating a learning system using a ringtone of a mobile phone which is voice data of the present invention. Referring to FIG. 1, a system for carrying out the present invention is largely divided into an ISP 1 for operating and managing a learning system of the present invention, and a customer 2 accessing the ISP 1 and using a corresponding service. Can be. The ISP 1 is provided with a server 11 and a database Database 12 (hereinafter, referred to as DB, 12) having respective functions for learning services, and an administrator who manages the server 11 and the DB 12. The terminal 13 is connected, and is composed of a network adapter 14 or the like for interfacing with the Internet network. On the other hand, the customer 2 is provided with a personal computer (PC) terminal 21, a mobile phone 22, etc. that can be connected to the ISP (1). The PC terminal 21 has a conventional configuration for connecting to a web server using an internet network, and the mobile phone 22 also has a typical configuration for connecting to a swap server using an internet network. In this case, the mobile phone may be preferably signal processed to at least 8 bits (ie, 16 bits, 32 bits, 64 bits) capable of outputting sound close to natural sounds to perform the language learning of the present invention. On the other hand, the mobile phone 22 is usually provided with a base station 3, and a mobile communication relay station 4 for transmitting and receiving radio signals between the base station 3 and a mobile communication service company (not shown).

2 is a diagram schematically showing a configuration of a server and a DB. As shown in FIG. 2, the server 11 includes an eXtensible Markup Language (XVM) download server 111, a WAP (Wireless Application Protocol) server 112, a WEB (World Wide Web abbreviation) server 113, SMS (Short Message Service) server 114, DB 12 is a customer DB (121), customer management DB (122), learning content DB (123), learning evaluation management DB (124), learning progress management DB 125 or the like. Of course, the server 11 and the DB 12 is divided to perform each function, it can be managed in one server 11 or DB (12). In other words, this can be achieved through the classification of functional areas and the tabulation of stored data.

Then, let's look at the configuration for the operation of the server 11, PC terminal 21, mobile phone 22 described above.

3 is a control block diagram schematically showing the configuration of a server. In the configuration of each server, the configuration of a web (WEB) server will be described. As shown in FIG. 3, a web server is basically connected to the interface unit 1131 to connect relevant data for performing a learning service with the corresponding program through the Internet, and to the interface unit 1131. An operating system 1132 that handles the overall operation of the system and processes the input / output data, an Internet protocol unit 1133 for interlocking the input / output data with the Internet under the control of the operating system 1132, and the operating system 1132 and a file management unit 1134 for changing and managing files input and output in association with the Internet protocol unit 1133, and a voice processing unit 1135 for voice processing the input / output data.

Here, the mobile communication service company including the mobile communication relay station 4 prepares a WAP (Wireless Application Protocol) server 112 similar to the configuration of the web server 113 described above. The swap server 112 is specifically provided to perform an Internet service on the mobile phone 22. This WAP refers to a wireless application protocol technology that allows a mobile phone 22 to access the Internet using a web browser. The Internet access method through the WAP is a mobile phone (WAP) in the middle of the existing Internet access method. A method of adding a WAP gateway for transmitting the request of 22) to the Internet network and resending the response of the Internet network to the mobile phone 22 is used. That is, the conventional Internet access method uses a URL response request transmission method between the PC terminal 21 and the web server, whereas the wireless Internet access method using the WAP is a mobile phone 22, a WAP. The response request transmission method between the gateway and the web server 113 is used.

In addition, XVM, which has advanced the Internet service using the WAP, takes a multimedia program such as a game or a video by accessing a wireless Internet server, downloading a necessary program, and executing the program in a terminal. Hereinafter, in the present embodiment, both the above-described swap (WAP) and XVM are used.

4 is a control block diagram schematically showing the configuration of a PC terminal. As shown in FIG. 4, the PC terminal 21 corresponds to a connection unit 211 configured to access a website on which an Internet-based ringtone learning system is constructed, and data connected to and connected to the connection unit 211. An interface unit 212 connected to a program, an operating system 213 connected to the interface unit 212 to perform overall system operation and processing input / output data related to the postcard, and interworking the input / output data with the Internet An internet protocol unit 214, a web browser 215 that is interconnected with the operating system 213 and the internet protocol unit 214, has a standardized internet protocol, and displays the input / output data, and the input / output unit It consists of an input and output unit 216 to support the input and output of the data.

5 is a control block diagram schematically showing the configuration of the mobile phone 22. As shown in FIG. 5, the mobile phone 22 should be of a conventional configuration, that is, a model capable of basically accessing the Internet. To this end, the mobile phone 22 receives a high frequency signal related to data and position data such as text, voice, and image transmitted from the base station 3 through an antenna, filters only a required band, and is required from the high frequency signal transmitted. Transmitting / receiving filtering unit 221 for filtering only the band and transmitting it to the base station through the antenna, and amplifying the weak high frequency signal filtered by the transceiving filtering unit 221 to an arbitrary level and mixing it with a local oscillation frequency and mixing frequency thereof. The receiver 222 detects an intermediate frequency signal and demodulates the original signal into a signal, a signal processor 223 for signal processing the demodulated signal from the receiver 222, and a transmit / receive frequency through the signal processor 223. When the frequency synthesizer 224 generating the frequency and the data through the signal processor 223 are modulated to a high frequency signal output from the frequency synthesizer 224. And a transmitter 225 for power amplifying and transmitting a high frequency modulated high frequency signal, and an interface unit 226 connected to an output device for displaying input data.

It describes the process of operating the learning system using the ringtone of the mobile phone in the configuration as described above.

6 is a flowchart illustrating a method of operating a language learning system using a ringtone of a mobile phone, which is voice data according to an embodiment of the present invention. Referring to FIG. 6, first, a PC terminal 21 or a mobile phone 22 is used to access a learning system that performs a service in an ISP 1 (S1). After that, the normal login process, that is, the authentication process for granting the qualification to use the service is performed (S2). If the authentication process is determined to be a member, the process proceeds to the next process, otherwise the message to perform the member registration process is output to the PC terminal 21 or the mobile phone 22 of the customer 2 (S3 ~). S4). If it is recognized as a member to perform the learning using the mobile phone ringtone provided by the ISP (1) (S5). In addition, by repeating the learning software to download the learning process to perform more effective (S6). In addition to performing the repetitive learning by executing the iterative learning software, the evaluation according to the learning is also made (S7). On the other hand, the learning process will be performed only in the corresponding period of the next month. In other words, the learning system can be used only during the period depending on the settlement process of the settlement. When updating the learning period by checking whether the learner is to renew the learning period, the payment is notified to the applicator to perform the payment processing for learning, and then the learning is continued (S8 to S10). On the other hand, if the learning period is not updated, the learning service is stopped by the ISP 1 (S11).

7 is a flowchart illustrating a member authentication process using a PC terminal. Referring to FIG. 7, when the ISP 1 is connected, the ID of the customer 2 or the phone number of the mobile phone 22 is input (S21). The ISP 1 searches the customer DB 121 associated with the ID or telephone number (S22). This determines whether there is data that matches the ID or telephone number input from the customer DB 121 (S23). If there is matching data, a message confirming authentication is transmitted to the PC terminal 21 of the customer 2 (S24). On the other hand, if there is no same data outputs a message to proceed with the registration process of FIG.

8 is a flowchart illustrating a membership registration process using a PC terminal. Referring to Figure 8, the customer (2) who wants to use the learning service provided by the ISP (1) should perform the member registration process, the first step is to output the member registration window to personal information related to their identity Input (S31). At this time, the customer 2 ID or the phone number of the mobile phone 22 described in FIG. 7 is input to the input data (S32). This customer 2 ID and telephone number will be used as data for later login. At this time, the ISP 1 searches the customer DB 121 for the input ID or telephone number to determine whether the same data exists (S33). If there is the same data, the process proceeds to step S32 to input a new ID, and if there is no identical data, it sends a phone number to the mobile communication service company and requests customer authentication (S34). In this case, the mobile telecommunications service provider inquires the subscriber DB (S35), and transmits the non-subscriber to the ISP 1 if the subscriber is not present. Is transmitted to (S36 to S38). The ISP 1 receives the authentication number and attaches it to the registration data (S39). When all data for membership registration is made, the final confirmation input window is output for the member registration so that the customer (2) can input the final registration status (S40). The corresponding customer data is generated in the customer DB 121 (S41). Accordingly, the subscription completion message is output to the customer 2 to recognize that the subscription is completed (S42). On the other hand, if the final confirmation button is not pressed in step S40 it is possible to perform web surfing for the learning system performed by the web server or terminate the membership registration process (S43).

9 is a flowchart illustrating a member authentication process using a mobile phone. Referring to FIG. 9, when the mobile phone 22 is connected to the Internet (S21 '), first, the customer 2 connects to the billing DB of the mobile communication service company of the telephone number (S22'). This is a process for checking the normal billing. Next, the telecommunication service provider determines whether the telephone number is a subscriber of the telecommunication service company. As a result of the determination, in the case of the subscriber of the mobile communication service company, the charging is checked according to the charging time (S23 'to S24'). Next, the member authentication process is performed by accessing the ISP 1, and when the customer 2 enters an ID or a mobile phone 22 phone number (S25 '), the ISP 1 receives a customer DB. (121) is searched (S26 ') to determine whether there is the same data (S27'). As a result of the determination, if there is no identical data, the process proceeds to step S3 of FIG. 6, and if there is the same data, a message for confirming authentication is transmitted to the PC terminal 21 of the customer 2 (S28 '). .

10 is a flowchart illustrating a membership registration process using a mobile phone. Referring to FIG. 10, in the case where a member registration process is to be performed by using the mobile phone 22 for the learning service provided by the ISP 1, the first step is to output a member registration window to relate to his or her identity. Enter personal information (S31 '). At this time, the customer 2 ID or the phone number of the mobile phone 22 described in FIG. 9 is input to the input data (S32 '). This customer 2 ID and telephone number will be used as data for later login. At this time, the ISP 1 searches the customer DB 121 for the input ID or telephone number to determine whether the same data exists (S33 '). If there is the same data, go to step S32 'to enter a new ID or terminate the registration process, if there is no identical data, the corresponding customer (2) data is generated in the learning system customer DB 121 ( S34 '). Accordingly, the subscription completion message is output to the customer 2 to recognize that the subscription is completed (S35 '). On the other hand, if the final confirmation button of the membership is not pressed, it is possible to perform web surfing about the learning system performed by the web server or terminate the membership registration process. At this time, the process of receiving the authentication number to the mobile communication service provider in FIG. 8 is not necessary because it is already connected to the mobile communication service company.

Hereinafter, the operating method of the learning system using the mobile phone 22 focused on the ISP 1 in the above system is described. Of course, it is well known that the operating method using the mobile phone 22 can be operated using the PC terminal 21. This is possible by the interworking of the PC terminal 21 and the mobile phone 22.

11 is a flowchart illustrating a process of the mobile phone ringtone learning system according to an embodiment of the present invention. Referring to FIG. 11, when it is determined that the member is identified by the authentication process in FIG. 9, the customer 2 accesses the learning system and the corresponding learning contents in the content-based learning DB provided by the ISP 1 on the main screen outputted. It may be selected (S501). That is, when the learning progress management setting screen is output, the customer 2 outputs a course content selection window to select the corresponding course content. When the customer 2 selects a specific learning content, the SMS server 114 transmits the corresponding learning content (S503). The mobile communication service company transmits the SMS data to the mobile phone 22 of the customer 2 using the wireless communication network (S505). The transmitted data is transmitted to the mobile phone 22 of the customer 2 via the wireless network, and the learning content in the form of SMS is received from the mobile phone 22 of the customer 2 (S507). At this time, the ISP 1 determines whether a ringtone is designated for the transmitted learning content of the SMS type (S509). In other words, it is determined whether the customer 2 has selected a ringtone service that performs a voice service for textual characters of the learning content provided by the ISP 1. If the customer (2) did not specify the ringtone service learning is made using only text (S511), if the ringtone service is specified, if the ringtone designation by checking whether the ringtone designation in the customer management DB (122) of the server Is confirmed (S513), the ISP 1 accesses the ringtone download system (S515) and transmits the voice data corresponding to the SMS data downloaded in step S505 to the customer 2 mobile phone 22 (S517). . At the same time, the ringtone of the customer 2 mobile phone 22 is changed (S519). If this is done automatically, it is repeated every time the data transmitted in the SMS form is downloaded. When the ringtone is stored as much as the mobile phone 22 can store, when the capacity is exceeded, only recently downloaded data is stored. In addition, the recently stored ringtones are programmed to perform repetitive learning by sequentially listening to the customer 2 repeatedly.

12 is a flowchart illustrating a repetition learning software download process according to an embodiment of the present invention. Referring to FIG. 12, as in FIG. 11, a repeat learning software download menu is selected from the main screen output by accessing the learning system (S601). According to the selection, a program download cost and a method of using the iterative learning software are announced (S603). When the customer 2 requests the repetition learning software download, the ISP 1 next checks whether the mobile phone 22 possessed by the customer 2 can download and execute the corresponding program (S605 to S607). In the case of the mobile phone 22 that cannot execute the iterative learning software, it outputs a message indicating that it cannot be executed (S609), and if it can be executed, it is connected to the charging system of the mobile communication service company (S611). In the billing system of the mobile communication service company, information about the billing details of the customer 2 is recorded (S613). This will be billed as a program fee to the usage history of the mobile telecommunications service company afterwards, and can be generated from the ISP 1 by transferring the corresponding amount to the ISP 1 side. This is paid as a fee for using the program. On the other hand, the charge and at the same time whether the repeat learning software downloads or not is recorded in the ISP (S615). This serves as data for determining whether to perform repetitive learning on the downloaded data later. In any case, in order to download the iteration software is connected to the iteration learning software download server (S617). Thereafter, the download server transmits repetitive learning software to the customer 2 mobile phone 22 (S619). When the download is completed, the customer 2 can execute the repetitive learning software to access the learning system (S621 to S623).

13 is a flowchart illustrating a repetitive learning and learning evaluation process according to an embodiment of the present invention. Referring to FIG. 13, when the customer 2 executes the repetitive learning software by accessing the wireless Internet using the mobile phone 22 to the learning system operated by the ISP 1 through member authentication (S701), the ISP 1 ) Determines whether the learning period has expired (S703). This is related to the billing details described later and means that the learning service performed by the ISP 1 can be used after the billing process for performing the learning. If the specified learning period for the learning has expired, the learning content DB 123 of the customer 2 is searched (S705). The four-choice multiple choice problem using the learning evaluation system is questioned with reference to the searched learning contents DB 123 (S707). In response, the customer 2 performs a response to the problem (S709), and proceeds with a problem solving process by checking whether the answer is correct for each problem (S711). On the other hand, whether or not the correct answer for each of the questions is stored in the learning evaluation management DB (124) (S713). If it is determined that the learning evaluation is not finished, the step S is repeated. If the learning evaluation is finished, the evaluation result is output to the customer 2 mobile phone 22 (S715 to S717). At the same time, the final evaluation results are stored in the individual learning evaluation DB.

On the other hand, when the learning period specified in step S703 has not expired, the learning content DB 123 for each customer is searched (S719) and a repeating learning list is output (S721). The content to be learned is selected from the corresponding list (S723), and then the selected content is read from the corresponding content DB (S725). The read content is transmitted to the mobile phone 22 (S727). Accordingly, the customer 2 repeats the learning content (S729). At this time, it is determined whether a ringtone is designated for the data to be repeated learning (S731). If it is not designated as a ringtone, learning is performed with text (S733). The service proceeds (S735). As described above with reference to FIG. 11, when the ringtone is not specified, the learning is performed by text, and when the ringtone is specified, the learning is performed by the ringtone. On the other hand, if it is determined whether to continue the repetitive learning to continue (S737), if it continues to continue to step S721, if not continued, that is, if the connection is disconnected or you want to terminate the call connection Learning time, the number of learning content, the number of ringtones are stored in the individual learning progress management DB (125) (S739).

14 is a flowchart illustrating a parent notification process for learning results according to an embodiment of the present invention. Referring to FIG. 14, the individual learning progress management DB 125 is searched according to the evaluation completion or the expiration of the learning period (S801). In particular, the individual learning evaluation management DB (124) is retrieved to read the stored data (S803). That is, specifically, items such as the number of individual learning contents, the number of ringtone learning contents, the number of repetitive learning software accesses, and the learning evaluation result are respectively read out (S805). The ISP 1 generates transmission data capable of transmitting the respective items in the form of SMS (S807). Thereafter, the telephone number of the payment processor, that is, the parent, etc. of the customer 2 who will transmit the transmission data is searched for and read (S809). Of course, if the customer 2 using the learning service of the ISP 1 is an adult who has the payment ability, the above-described transmission data will be transmitted to the parties. If there is a phone number of the parent mobile phone 22 as a result of the search, the phone number is read and transmitted to the SMS server 114. SMS server 114 is activated (S811). According to the activation of the SMS server 114, the learning result is transmitted to the phone number of the parent mobile phone 22 (S813). In response, the parent receives the transmitted SMS transmission data and checks the learning result (S815). With reference to the SMS transmission data, the parent determines whether to continue the learning system (S817) and transmits data on whether to continue to the ISP (1). If the data is to continue the learning system, the corresponding customer (2) information is stored in the next month subscriber DB (S819). On the other hand, if you want to stop the learning system stops the iterative learning software execution. The student customer DB 121 is searched through the data on the suspension of the parent. The phone number of the mobile phone 22 is retrieved from the DB regarding the customer 2 information, and the corresponding phone number is read out. Next, the SMS server 114 is activated for the read phone number and the parent is transmitted to the learning system. At the same time, the ISP 1 updates both the student customer 2 information and the parent information (S821 to S823).

In the present embodiment, only the language learning using sound is described, but for example, after transmitting a math problem as text, it can be applied to other learning by transmitting a sound, that is, a ringtone, containing a solution to the math problem. Is a well-known fact.

As described above, the operating method of the language learning system using the ringtone of the mobile phone which is the voice data according to the present invention can perform effective learning when applied to the language learning by performing the learning using the ringtone. In addition, it is also possible to indirectly manage the customer, that is, the student by notifying the learning result to the payment ability, that is, the parent, so that the student's learning status can be determined at any time. Above all, as the performance of the mobile phone is improved, the sound quality is improved, so that the learning can be performed more effectively, and there is an advantage that learning can be performed at any place.

The present invention is not limited to the above-described embodiment, and it will be apparent that many modifications are possible by those skilled in the art within the technical spirit of the present invention.

Claims (6)

ISP including server including XVM download server, WAP server, WEB server, SMS server, DB including customer DB, learning contents DB, customer management DB, learning evaluation management DB, learning progress management DB, In the operating method of the language learning system using the ringtone of the mobile phone which is the voice data that the learning service is executed by interaction with a customer having a PC terminal or a mobile phone to perform the learning by accessing, A first step in which a customer accesses a learning system that performs a service from an ISP using a PC terminal or a mobile phone, performs an authentication process, and requests a learning service using a mobile phone ringtone; After the first step, The process of selecting the learning content from the learning content DB provided by the ISP, Transmitting SMS data through the wireless communication network from the SMS server to the customer mobile phone for the selected learning content; Depending on whether or not the transmission data in the text form is designated as a ringtone, the received SMS data is received and the learning is progressed as text, or the voice data corresponding to the text is downloaded and the ringtone is designated and the ringtone is outputted for learning. Process, and Storing the downloaded ringtone in the mobile phone A second step of performing learning for each content in the form of a text or a ringtone by downloading the learning data proceeding to; After the second step, The process of downloading the repetition learning software by checking the method and cost of using the repetition learning software and whether the repetition learning software is available on the customer's mobile phone, Connecting to the mobile communication service provider's billing system, recording information about the billing history according to the repetitive learning software download, and transmitting or not downloading the repetitive learning software from the ISP; and The process by which the customer executes the repetition learning software and performs the repetition learning on the downloaded learning data A third step of performing repetitive learning by executing the repetitive learning software on the learning data proceeding to; After the third step, Determining whether the learning period has expired according to the execution of the repetitive learning software. If the learning period has expired, the process of searching and extracting the data learned from the learning contents DB, Creating a problem with the extracted data and transmitting the problem to the customer, where the customer performs an evaluation in response to the problem; and The process of storing the evaluation results in the learning evaluation management DB A fourth step of evaluating the learning data to be progressed to; After the fourth step, The process of reading the data related to evaluation by searching the learning evaluation result DB by customer according to the evaluation completion or learning period expiration of the learning progress management DB by customer, A process of generating transmission data that can be transmitted in the form of SMS by extracting items including the number of learning contents for each individual, the number of ringtone learning contents, the number of repetitive learning software accesses, and the learning evaluation result; Transmitting the transmission data to a payment processor for determining whether to continue learning of the customer; The payment processor checks the transmission data to determine whether to continue learning and transmitting to the ISP, If the learning continues, the payment processing is made, if the learning is stopped, the process of terminating the learning service and updating the customer DB, and The process of notifying the end of the customer when the learning ends A fifth step of notifying a payment processor of the result of the evaluation proceeding to and confirming whether the payment processor extends the learning period or extending or terminating the learning service to the customer; Method of operating a language learning system using the ringtone of the mobile phone, which is characterized in that the voice data made. delete delete The method of claim 1, wherein after the third step, If the learning period is not expired according to the execution of the repetitive learning software, and if the learning period has not expired, the process of outputting the repetitive learning list according to the customer learning contents DB search request The process of sending to the customer upon selection of the appropriate content to learn, Repeating the learning content as a text or a ringtone, and When the repetitive learning is completed, the ISP stores the learning time, the number of learning contents, and the number of ringtones stored in the learning progress management DB for each customer Operation method of a language learning system using the ringtone of the mobile phone, which is characterized in that further proceeds the voice data. delete delete