KR100761969B1 - system and method for servicing multi-page message in web to phone type - Google Patents

Abstract

The present invention can not only systematically edit a multipage message composed of a main page and a subpage through a web screen, but also adjust the progress of the edited multipage message to a screen size of a mobile communication terminal to preview the window. The present invention relates to a multi-page message service system and method using a web-to-phone method.

To this end, the present invention provides a caller terminal for making a communication connection with a service providing website through a network; According to the screen size of the mobile communication terminal, the main page of the multipage message edited through the web screen and the at least one subpage to be connected to the main page are adapted in real time to the screen size of the mobile communication terminal. It characterized in that it comprises a multi-page message service server to adjust and display in the preview window.

Web to Phone, Multipage, Mainpage, Subpage, Edit

Description

System and method for web-phone based multi-page message service system and method

1 is a block diagram for explaining the overall web-to-phone multi-page message service system according to an embodiment of the present invention.

FIG. 2 is a block diagram illustrating in detail the multipage message service server of FIG. 1; FIG.

3 is a flowchart illustrating a web-to-phone multipage message service method according to an embodiment of the present invention.

FIG. 4 is a flowchart illustrating the subroutine related to editing and sending a multipage message of FIG. 3 in detail; FIG.

FIG. 5 is a flowchart illustrating the subroutine related to the reception and connection of a multipage message of FIG. 3 in detail; FIG.

6A to 6D illustrate the configuration of a member information management table, an outgoing message management table, a page information management table, and a received message management table.

7 is a screen example showing a multi-page message edit window provided by a service providing website to which the present invention is applied.

8 is a diagram for explaining a main function of a multipage message editing window;

9A is a diagram for explaining a form of a page-specific message edited on a caller terminal.

Fig. 9B is a diagram for explaining the form of a message shown on a receiving terminal that receives a multipage message.

10 is a screen example showing actual information on a main page of a multipage message.

11 is a screen example showing a message box management window to check the message reception history.

12 is a screen example showing an image editing window in which an image can be edited.

FIG. 13 is a screen example showing a direction edit window for editing a direction. FIG.

Fig. 14A is a screen example showing a multipage menu page.

14B is a screen example showing a first subpage of a multipage;

14C is a screen example illustrating a second subpage of a multipage;

FIG. 14D is a screen example illustrating a third subpage of a multipage; FIG.

14E is a screen example showing a fourth subpage of a multipage;

FIG. 14F is an exemplary screen illustrating an input window for a reply item selected in FIG. 14E. FIG.

FIG. 14G is an exemplary screen illustrating an input window for a forwarding item selected in FIG. 14E; FIG.

14H is an exemplary screen showing gift content information for a gift box item selected in FIG. 14E.

<Explanation of symbols for the main parts of the drawings>

100: caller terminal 200: network network

300: receiver terminal 400: multi-page message service server

450: Database

The present invention relates to a multi-page message service system and method using a web-to-phone method. In particular, a multi-page message composed of a main page and a subpage can be systematically edited through a web screen, and the progress of the edited multipage message is performed. The present invention relates to a web-to-phone type multipage message service system and method for displaying a preview window by adjusting a state to a screen size of a mobile communication terminal.

Mobile communication terminals, which were initially used for voice calls, are expanding their domains to wireless internet based information services. In addition, the information service for mobile communication has been multimediaized from the simple text service to the image, video, etc. with the development of technology.

As the technology of mobile communication develops rapidly, domestic and overseas mobile carriers and related mobile companies have become very interested in mobile-based messaging services. In this regard, SMS (Short Message Service) worldwide And the mobile messaging market centered on multimedia message service (MMS) is growing rapidly.

Currently, these mobile messaging services are short message services (SMS) that can deliver short messages of up to 40 characters, picture message transmission services that can send text and simple graphics, and long texts, as well as images such as photos. It's leading to a multimedia message service (MMS) that lets you send characters, background music and even video files.

However, such mobile messaging services have various problems as effective. In other words, the short message service is a mobile messaging service which is used most frequently because of low cost and easy and convenient method of sending and receiving. However, since the short message of 40 characters or less can be transmitted, the text message is sent many times to send a long message. There must be an inconvenient problem.

In addition, the short message service up to now has a disadvantage in that the message is monotonously written because the message editing function is not included, and thus the sender cannot reflect the contents to be emphasized.

In addition, the picture message transmission service that can send text and simple graphics is a kind of early mobile multi-message provided as a separate technical specification and service content for each mobile carrier by the need for a multimedia message, which is incompatible with each receiving terminal. There is also a problem in that the sender is restricted in the type of receiver that the sender wants to send.

In addition, the current multimedia message service supports multimedia such as still text, video, audio, voice, as well as long texts, or the message is not shown on the receiver's terminal. There is also a problem that can not send the desired type of message.

SUMMARY OF THE INVENTION An object of the present invention is to solve the above problems, and it is possible not only to systematically organize and edit a multipage message composed of a main page and a subpage through a web screen, but also to edit the main page and the main page. The progress of the subpage to be connected is adjusted to the screen size of the mobile communication terminal so that the preview page can be displayed.

In addition, another object of the present invention is to receive the response of the connection of the main page and / or sub-page constituting the multi-page from the receiver terminal receiving the multi-page message so that the receipt of the multi-page message can be immediately confirmed There is also in the ship.

According to an aspect of the present invention, there is provided a multi-page message service system of a web-to-phone method, comprising: an interface module for performing an interface with a caller terminal having a communication connection to a service providing website through a network; A member authentication module that checks whether a member is registered in the service providing website and authenticates whether the sender is authorized to send a message; Providing a web screen for editing a multi-page message in response to a multi-page message service request input from the service user authenticated by the member authentication module, and at least one to be connected to the main page and the main page through the provided web screen A multipage message editing module for editing a multipage message consisting of subpages of a multipage message; A web document conversion module for converting a multipage message in the form of a web document edited by the multipage message editing module into a wireless Internet message type according to a model of a receiver terminal included in a recipient group; Link information for calling each subpage to link the subpage to the main page is set to a menu item in the main page, and the multipage sent after sending the message converted by the web document conversion module. A multi-page message management module for receiving and managing a response result of a receiver for a main page and a sub page of a message; An external network interworking module configured to make a connection to a subpage, a URL, and a telephone by an access request of a receiver receiving the multipage message; And it characterized in that it comprises a database for storing the member information, outgoing message, page information, reception history, content, terminal information necessary in each module.

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In addition, the multi-page message service method of the web-to-phone method according to an embodiment of the present invention includes a first step of editing a main page of the multi-page message and at least one subpage to be connected to the main page through a web screen; A second step of converting a progress state of the main page and the at least one subpage edited by the first step into a multipage message representation form in a mobile communication terminal in real time and displaying the result in a preview window; Converting the multi-page message into a wireless Internet message form and transmitting the multi-page message to at least one telephone number included in a message recipient group designated by a service user; And a fourth step of receiving and managing a response result of the receiver for the main page and / or subpage of the transmitted multipage message.

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Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The web-to-phone multi-page message service system according to an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 2 as follows.

FIG. 1 is a block diagram illustrating the web-to-phone multi-page message service system as a whole according to an embodiment of the present invention. FIG. 2 is a block diagram illustrating the multi-page message service server of FIG. 1 in detail.

Referring to Figure 1, the web-to-phone multi-page message service system performs a member registration procedure according to the request for membership registration of the caller terminal 100, the caller terminal 100, which has made a communication connection. Edit a multipage main page and at least one subpage to be connected to the main page from a service user registered as a member, and transmit the edited multipage message, and manage reception of the transmitted multipage message. A multipage message service server 400, a receiver terminal 300 for receiving a multipage message transmitted from the multipage message service server 400, the caller terminal 100, and a multipage message service server 400. And the network 200 for interfacing with the receiver terminal 300 in a wired or wireless manner. It is sex.

The caller terminal 100 is set to include not only a personal computer such as a desktop computer and a notebook but also a mobile communication terminal, a wired / wireless telephone, a PDA, and the like, but the present invention is not limited thereto.

The receiver terminal 300 is a terminal capable of mobile communication, and includes a cellular phone, a personal communication services (PCS) phone, a mobile terminal capable of wireless internet communication, a PDA, and an IMT2000.

The network 200 includes an Internet network, an internal network, and the like using a TCP / IP protocol that can be wired and a WAP protocol that can be wirelessly connected.

Here, the sender terminal 100 and the receiver terminal 300 are connected to the multi-page message service server 400 via a network 200 (for example, a wired or wireless Internet network).

The multipage message service server 400 is a web screen for editing a multipage message (hereinafter, referred to as a 'multipage message edit window') to the caller terminal 100 that has made a communication connection through the network 200. After receiving the multipage message through the provided multipage message editing window and transmitting the received multipage message to at least one phone number included in the service recipient group, the terminal for receiving the transmitted multipage message ( When the access request for the sub page is made from 300, the reception history of the access request is received and stored and managed in the database 450. At this time, the multi-page message service server 400 adjusts the editing progress state of the corresponding page input from the caller terminal 100 in real time so as to be displayed in the preview window. That is, the multipage message service server 400 converts the multipage message representation form in the mobile communication terminal so that it is displayed in the preview window.

In the present exemplary embodiment, the final multipage message is transmitted to at least one phone number included in the receiver group. However, a callback for requesting access to the multipage message to at least one phone number included in the receiver group is described. After transmitting the Callback URL SMS, the final multipage message may be transmitted when a connect button or a call button is received from the receiver terminal 300 receiving the transmitted short message. Here, the callback UEL short message includes caller information such as the caller's phone number and caller's name, received information such as the receiver's phone number, and a subject message for connection.

When such a callback UIL short message is sent and a connect button is received from the service user, the main page of the multipage message is converted into WML / mHTML to be connected. Then, when there is an access request for connection, reply writing, forwarding, etc. of the subpage included in the main page, the receiver terminal 300 receives the corresponding subpage, the result message, or sends the URL to the URL included in the message. It may be possible to make a connection and make a phone call.

The multipage message service server 400 is a computer system that includes a central processing unit, RAM, ROM, network interface, data storage, and the like. Servers can be used as personal computers or workstations with a certain amount of memory and processing power.

The database 450 stores an operation program and a system program of a central processing unit (not shown), and the operation program or the system program is usually stored in an included ROM area and can be erased as necessary. Electrically erasable ROMs include EEPROM and flash memory. The database 450 also includes RAM for temporarily storing data generated during execution of various operating programs.

The database 450 stores member information, outgoing message management, page information management, received message management, content, and terminal information.

Referring to FIG. 2, the multipage message service server 400 includes an interface module 411, a member authentication module 412, an address book processing module 413, a multipage message management module 414, and an external network interworking module. 415, a multipage message editing module 416, an image editing module 417, a map editing module 418, an image conversion module 419 and a web document conversion module 420, various databases 450, and the like. It is configured by.

The interface module 411 provides a user interface on the web to receive member authentication and services from the caller terminal 100 which has made a communication connection to a service providing website.

At this time, the interface module 411 has the authority to use the service when the user of the service is registered as a member of the multipage message service website or meets the conditions set by the service website of a specific affiliate company. If the user does not receive the service, he / she will enter the member registration information according to the separate registration procedure in order to register as a member on the service website. Here, the received member registration information is stored and managed in the member information database (DB) 451.

In more detail, when the request signal of the service user is received through the web, the interface module 411 transmits the member authentication request signal to the member authentication module 412 which will be described later to check whether the service user who requested the service is a member. If the user is authorized to send a message, the interface module 411 requests a service user to the multipage message editing module 416 described later to edit the multipage message through the multipage message editing window. To pass.

The member authentication module 412 receives the member authentication request signal from the interface module 411, retrieves the received member authentication request signal from the member information database (DB) 451 of the database 450, and checks the searched result. It transmits the authentication result (eg, login success, login failure, etc.) to the interface module 411.

In this case, the member authentication request signal includes at least one of an ID and password, a social security number, and a name of the service user. If the above authentication result is successful in login, the user is allowed to use the service because the user is allowed to send a message. However, if the authentication fails, the user can be recognized as a service user who is not allowed to send a message. This service cannot be used.

The address book processing module 413 supports to store and manage address book information such as a name, a mobile phone number, and a brief memo for a recipient who will send a multipage message to a member who has logged in, by individual or by group.

In addition, the address book processing module 413 provides a service user with a function of selecting recipient information in the address book when sending a message or when carrying address book information in a multipage message.

If the multipage message service button is selected from the member authenticated service user, the multipage message editing module 416 provides a multipage message editing window by executing the multipage message editing mode for editing the multipage message. Such a multipage message editing window is composed of windows having main functions as shown in FIG.

Referring to FIG. 8, the main functions included in the multipage message edit window will be described.

The multi-page message editing window 500 provides a multi-page function, a button window 510 in which edit buttons are listed, a content window 520 for inputting contents, and an attachment function for attaching an optional function to a page. A window 530, and a preview window 540 for displaying the progress of the edited page on the screen of the mobile communication terminal in real time.

At this time, the button window 510, which lists the edit button, writes a new article, loads an example, changes font attributes, coloring a background, emoticons, and phrases, background music, inserts a map, inserts an image, and connects a URL. It includes at least one edit button of the connection, disconnection.

The content window 520 includes a page window 521 indicating a page being activated, a page add button 522 for adding a new page, a page delete button 523 for deleting a generated page, and a page. A title window 524 for inputting a title of a star and a page content input window 525 for inputting content of a page are configured.

The preview window 540 is a part for adjusting and displaying the information input to the content window 520 according to the screen size of the mobile communication terminal, and displays a title of the page input to the title window 524. A window 541, a page viewer window 542 for displaying the corresponding page activated in the page window 521, and a page body content viewer window 543 for displaying content input in the page content input window 525. ), A menu page item list viewer window 544 displaying at least one subpage, and a gift list and background music list viewer window 545 displaying selected gifts and background music.

The multipage message editing module 416 uses the multipage message editing window to edit, edit, preview, and finally send a multipage message including multimedia functions. Responsible for processing. The form of the page-specific message edited on the sender terminal 100 is as shown in FIG. 9A, and the form of the message shown on the receiver terminal 300 that receives the multipage message thus created is shown in FIG. 9B. As shown.

In particular, the multipage message editing window enables the service user to edit the main page and / or subpage of the multipage message through the same composition window as when composing an email on the web, as well as the main page of the multipage message being created. And / or the preview function to immediately view the subpage as a multipage message displayed on the mobile communication terminal in real time.

In addition, the multi-page message editing window has a page tag to allow the service user to edit a large amount of messages including images, background music, and long texts into multiple pages. Using the Delete Page button, it adds a new page, deletes a selected page, and moves between pages using drag and drop.

The multipage message editing module 416 completes the multipage message through the multipage editing window supporting these functions, and if the request for sending the completed multipage message is selected, the contents and the sending information of the corresponding multipage message are selected. The call is received (Call) the multi-page message management module 414 to be described later.

The multipage message management module 414 assigns link information for calling each subpage to a menu item in the main page to link the subpage of the multipage message edited by the multipage message editing module 416 to the main page. To be set.

In addition, the multipage message management module 414 configures a page information table with respect to the multipage message received from the multipage message editing module 416, and the page index management number is assigned and managed.

In addition, the multipage message management module 414 configures one outgoing message table for the multipage message that the service user wants to send to at least one phone number included in the recipient group, and the outgoing message management number is included in the table. Is given and managed.

At this time, the outgoing message table is composed of items for the user ID of the service user, the date of shipment, the number of shipments, the recipient group, the dispatch message title, the dispatch message file managed by the main page index number, and information related to the message reception.

In addition, the multi-page message management module 414 sends a multi-page message to the telephone number of at least one recipient included in the message recipient group through the external wireless network interworking module 415, and then sends the message. It manages and manages the functions related to the sending of messages so that the detailed receiver can be checked for each message recipient. Thereafter, the service user can inquire the dispatch information of the sent multipage message through the message box management window shown in FIG. 11, and confirm the reception history.

In addition, the multipage message management module 414 receives a connection request signal from an external network interworking module 415 to be described later when a connection request for a message is made from a receiver terminal 300 that receives the sent multipage message. Records the reception information related to the connection request, and if the connection request signal is a connection request related to the main page or subpage, the web page is displayed in the form of a web document in the page information management table based on the main page index number in the origination message management table of the database 450. Provides a function of converting the stored multi-page message into a wireless Internet message format such as wireless image format, WML / mHTML, etc. according to the model of the receiver terminal, and transmits it to the receiver terminal 300. .

At this time, the multi-page message management module 414 calls the web document conversion module 420 to be described later in order to convert the web document into a wireless Internet message type suitable for the receiver terminal 300 to receive.

The external network interworking module 415 serves to send to at least one phone number included in the recipient group or to receive a connection request signal from the receiver terminal 300 and deliver it to the multipage message processing module 414. To perform.

In addition, the external network interworking module 435 interworks with an external SMS gateway system (not shown) for sending a message using a callback URL Short Message Service (SMS) and a message access request of a message receiver. It is responsible for interworking with an external wireless Internet network (not shown) for sending messages and wireless Internet access, such as interworking with a WAP gateway system (not shown) for handling access to wireless Internet message pages and sites. .

The web document conversion module 420 is a module for converting the final multipage message in the form of a web document input by the service user through the multipage message edit window on the web into a wireless internet message type suitable for the receiver terminal 300 to receive. to be.

In more detail, the web document conversion module 420 may include a page index management number for a specific main page or subpage managed by the page information management table of the database 450 from the multipage message processing module 414. The web document conversion request signal is received and the web document conversion process is performed.

At this time, the web document conversion module 420 analyzes the contents of the main page or subpage in the form of a web document, and includes image tag information, the web image format such as JPG, GIF, BMP, etc. In order to convert to a wireless image format and size suitable for 300, an image conversion module 419 to be described later is called to convert the web image format into a wireless image format.

In addition, the web document conversion module 420 converts a web tag included in the web document into a tag supported by a wireless internet message such as WML / mHTML and received from the image conversion module 419. It provides a function of completing the final wireless Internet message to be delivered to the receiving terminal 300, including wireless image information.

The image conversion module 419 is a module for converting a web image format such as JPG, GIF, BMP, etc. into a wireless image format and size suitable for the receiver terminal 300.

The image editing module 417 edits an image in the image editing window as shown in FIG. 12 and adds it to the message when the service user composes the multipage message through the multipage message editing window of the multipage message editing module 416. It provides the ability to do so.

In more detail, the image editing module 417 imports an original image such as a photo stored in the caller terminal 100 of the service user or stored in the photo storage of the service user, and adjusts the size or color and In addition to adjusting the brightness, it provides the ability to decorate by adding text on the image.

The diagram editing module 418 shows a mobile map that can be expressed on the receiver terminal 300 when the service user composes a multipage message through the multipage message editing window of the multipage message editing module 416. It provides the function to add to the message by editing in the map edit window as shown.

In more detail, the map editing module 418 can edit the map in an optimal form to fit the size that can be viewed on the mobile communication terminal by calling the map stored in the map of the user's directions or drawing the map. Provides the ability to In particular, the map editing module 418 provided by the web-to-phone multi-page message service system has a function of recording a description of the map along with a simple map image because it is difficult to express enough information because the screen of the mobile communication terminal is small. It provides a function of processing the map image and the map description as one piece of information as a piece of information when the map is inserted or stored in the drop box according to the request of the service user.

Next, the database 450 includes a member information database (DB) 451, an outgoing message database (DB) 452, a page information database (DB) 453, a reception history database (DB) 454, and a content database ( DB) 455, terminal information database 456, and the like.

The member information database (DB) 451 is a member information or service information entered by the service user when the user registers or changes member information on the web, that is, user ID, user name, mobile phone number, social security number, address, occupation, etc. Database used to store and manage the information of the database. The member information database (DB) 451 is managed in the form of a member information management table as shown in FIG. 6A, but the present invention is not limited thereto.

The outgoing message database (DB) 452 stores and manages information such as the user ID of the service user who requested to send a multipage message, the date of shipment, the number of dispatches, the recipient group, the outgoing message title, and the main page index number for the outgoing message. Database used to do this. The outgoing message database (DB) 452 is managed in the form of an outgoing message management table as shown in FIG. 6B, but the present invention is not limited thereto.

The page information database (DB) 453 is a database used for storing and managing information such as page management index number, page title, page body content, subpage item link information, presenting list information, and background music setting information. (DB). The page information database (DB) 453 is managed in the form of a page information management table as shown in FIG. 6C, but the present invention is not limited thereto.

When the reception database (DB) 454 receives the multipage message through the receiver terminal 300, the telephone number, the transmission success status, the number of message accesses, and the message of the receiver terminal 300 receiving the multipage message A database (DB) used to manage connection time, additional reactions related to receiving a message (eg, response content, presence or absence, delivery information, whether to download a gift, etc.) by message recipient. The reception database (DB) 454 is managed in the form of a reception message management table as shown in FIG. 6D, but the present invention is not limited thereto.

The content database (DB) 455 is a program in the form of a virtual machine (VM) such as a ringtone, character, game, wallpaper, music or game or utility, which allows a service user to present a message to message recipients when composing a multipage message. Database used to store and manage them by category.

The terminal information database (DB) 456, when a connection request for a sub message is made from the receiver terminal 300 that receives the sent multipage message, the terminal information database (DB) 456 displays images and texts according to the model of the receiver terminal. As the detailed information of the receiver terminal for converting it into a wireless Internet message format such as wireless image format and WML / mHTML and transmitting it to the receiver terminal 300, the model of the mobile communication terminal, a wireless Internet support browser type, Maximum image support Database (DB) used to store and manage information such as LCD size, LCD color depth, sound type, SIS color depth, and image decoder type.

3 is a flowchart illustrating a web-to-phone multipage message service method according to an embodiment of the present invention.

Referring to FIG. 3, a multipage service method for implementing a web-to-phone type multipage message service system applied to FIGS. 1 and 2 will be described.

The multipage message service server 400 establishes a communication connection to a multipage message service providing website or a service provider website of a specific partner via the network 200 (S100).

Next, the multi-page message service server 400 receives member information from the caller terminal 100 which has made a communication connection to a service providing website through the network 200 and performs a login process (S110). At this time, if a member is input ID and PASSWORD, if a non-member is to receive member registration information according to a separate member registration procedure.

Next, the multipage message service server 400 provides a multipage message editing window in response to the multipage message service request signal from the caller terminal 100 that has performed the login process, and provides the main page of the multipage message through the provided editing window. A subroutine related to editing and sending a multipage message for editing a page and at least one subpage to be linked to the main page so that the edited multipage message is sent to at least one recipient terminal 300 included in the recipient group. Perform (S200 of FIG. 3). At this time, the multi-page message service server 300 to display the edit state of the page edited from the caller terminal 100 in a preview window in real time.

Referring to FIG. 4, a subroutine related to editing and sending a multipage message (S200) will be described. The multipage message service server 400 may be configured to transmit a multipage from a caller terminal 100 having a communication connection through a network 200. A message service request signal is received (S205).

Next, in response to the multipage message service request signal, the multipage message service server 400 provides a multipage message editing window as shown in FIG. 7 (S210).

Next, the multipage message service server 400 receives a main page of the multipage and at least one subpage to be connected to the main page through the provided multipage message editing window (S220). As described above, the multipage message can be systematically created by receiving the main page and at least one subpage connected to the main page, and the actual information of the main page of the multipage message received as described above is illustrated in FIG. 10.

Multipage message edit window displays drag & drop page movement function and map information to mobile communication terminal that can easily move page by grabbing the subpage to move and drag it to the desired position. Mobile map editing, photo editing, address book auto-attachment, profile auto-attachment, hyper-connecting function for direct linkage to phone number and URL information, meeting attendance It supports the addition of a questionnaire message on whether or not, the insertion of a message background music, the loading of an example message, the importing of phrases necessary to compose a message, and the function of presenting wireless Internet contents such as a ringtone, a character, and a game.

The service user receives a main page of the multipage message and at least one subpage to be connected to the main page through the multipage message editing window supporting the function. In addition, link information for calling each subpage is set to a menu item in the main page of the multipage message received as described above in order to link the subpage to the main page.

Next, the multi-page message service server 400 adjusts the progress of the corresponding page received from the caller terminal 100 in real time according to the screen size of the mobile communication terminal so as to be displayed on the preview window (S230). At this time, the content of the message input in step S220 described above is immediately displayed in the preview window, it is possible to accurately check the form displayed on the screen of the mobile terminal 300 for the receiver.

Next, the multipage message service server 400 determines whether a send request signal for a multipage message is input from the caller terminal 100 (S240). As a result of the determination in step S240, when the dispatch request signal for the multipage message is not input from the caller terminal 100, the multipage message service server 400 maintains a standby state for a predetermined time.

As a result of the determination in step S240, when a send request signal for a multipage message is input from the caller terminal 100, the multipage message service server 400 pages the multipage message received from the caller terminal 100. By converting to a wireless Internet message type (for example, WML, m-HTML, XML, etc.) for each and stored and managed in the outgoing message database (DB) 452 (S250). In this case, the dispatch information is a sender information, a recipient group including a phone number of at least one receiver, the number of dispatches, a dispatch date, and the like.

Next, the multipage message service server 400 transmits the multipage message to at least one phone number included in the message recipient group among the dispatch information (S260).

Again, in FIG. 3, the multipage message service server 400 receives the multipage message processed by the multipage message sending request of the sender terminal 100, and receives the multipage message 300. A subpage included in the multipage message or a subpage included in the multipage message is connected and a subroutine related to the reception of the multipage message is connected (S300 of FIG. 3).

In the present embodiment, a method of checking a received multipage message by receiving a multipage message has been described. However, when the call button is received from the receiver terminal 300 after the callback UEL short message is transmitted, the receiver terminal 300 is received. ) Is obtained from the terminal information database (DB) 454, and the main page of the multipage message is converted into a wireless Internet message form according to the specifications of the receiver terminal 300 obtained, and the main page of the converted multipage message. It can be implemented by sending. Subsequently, the connection to the subpage, the URL, and the telephone included in the multipage message are the same as in the following step S300, and thus description thereof is omitted.

Referring to FIG. 5, the subroutine related to the reception and connection of the multipage message (S300) will be described. In the multipage message service server 400, the multipage message sent from the sender terminal 100 is processed by the corresponding receiver terminal 300. ) To be received (S310).

Next, the multipage message service server 400 determines whether an access request signal for a subpage of the multipage message is input from the receiver terminal 300 that receives the multipage message (S320).

As a result of the determination in step S320, when the access request signal for the subpage of the multipage message is not input from the receiver terminal 300 that receives the multipage message, the multipage message service server 400 uses a URL or a telephone. It is determined whether the connection request signal is input (S325).

As a result of the determination in step S325, if the access request signal to the URL or telephone is not input, the multi-page message service server 400 moves to the step S340 to be described later.

As a result of the determination in step S325, when the access request signal to the URL or the telephone is input, the multipage message service server 400 is connected to the corresponding site or telephone linked to the URL (S325).

As a result of the determination in step S320, when the access request signal for the subpage of the multipage message is input from the receiver terminal 300, the multipage message service server 400 is linked to the main page of the multipage message. The subpage requested for access is displayed using the link information of the subpage (S330).

Next, the multipage message service server 400 receives and receives a response result of the multipage message from the receiver terminal 300 by accessing the main page, subpage, URL, and phone of the multipage message as described above. The history database (DB) 454 is stored and managed (S340). The response result includes at least one of a message reception time, whether to download the present content, and whether the sub page is connected.

A process of checking a received multipage message will now be described with reference to FIGS. 14A to 14H.

If a menu item (for example, a way) is selected in the first subpage from the receiver terminal 300 that receives the multipage message as shown in FIG. 14A, a subpage as shown in FIG. 14B is provided. If a menu item (for example, a word) is selected for the second subpage, a subpage as shown in FIG. 14C is provided, and a menu item (for example, delivery of attendance) is provided for the third subpage. If selected, a subpage as shown in FIG. 14D is provided. If a menu item (eg, Park Shin-yang's profile) is selected as the fourth subpage, a subpage as shown in FIG. 14E is provided.

Here, when the reply, which is a detailed menu item, is selected among the menu items of the fourth subpage, an input window for replying as shown in FIG. 14F is provided, and the detailed menu item is transmitted among the menu items of the fourth subpage. Is selected to provide an input window for delivering as shown in FIG. 14G, and when a gift box, which is a detailed menu item, is selected among the menu items of the fourth subpage, presents content information as shown in FIG. 14H is provided. .

Again, in Figure 3, the multi-page message service server 400 checks the message reception history for each recipient for the multi-page message sent from the sender terminal 100 (S120).

The present invention is not limited to the embodiments described above, and various modifications and changes can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

According to the present invention as described above has the effect of systematically editing the main page of the multi-page message and at least one subpage to be connected to the main page.

In addition, according to the present invention as described above, the message written through the multi-page message editing window is adjusted to the screen size of the mobile communication terminal is displayed in the preview window has the effect that the sender can send a message of the desired form.

In addition, according to the present invention as described above there is an effect that can selectively access the page required by the receiver from among the received multi-page message.

In addition, according to the present invention as described above there is an effect that can edit a multi-page message of various forms in which the caller to highlight the contents to be expressed by operating the edit buttons listed in the button window.

In addition, according to the present invention as described above has the effect that the receiver can selectively check only the necessary page of the received multi-page message.

In addition, according to the present invention as described above by receiving a response result for the connection of the main page and / or sub-page constituting the multi-page from the receiver terminal receiving the multi-page message, the receipt of the multi-page message is immediately confirmed There is also an effect.

Claims (14)

An interface module for performing an interface with a caller terminal making a communication connection to a service providing website through a network; A member authentication module that checks whether a member is registered in the service providing website and authenticates whether the sender is authorized to send a message; Providing a web screen for editing a multi-page message in response to a multi-page message service request input from the service user authenticated by the member authentication module, and at least one to be connected to the main page and the main page through the provided web screen A multipage message editing module for editing a multipage message consisting of subpages of a multipage message; A web document conversion module for converting a multipage message in the form of a web document edited by the multipage message editing module into a wireless Internet message type according to a model of a receiver terminal included in a recipient group; Link information for calling each subpage to link the subpage to the main page is set to a menu item in the main page, and the multipage sent after sending the message converted by the web document conversion module. A multi-page message management module for receiving and managing a response result of a receiver for a main page and a sub page of a message; An external network interworking module configured to make a connection to a subpage, a URL, and a telephone by an access request of a receiver receiving the multipage message; And Web-phone-based multi-page message service system comprising a database for storing the member information, outgoing message, page information, reception history, content, terminal information necessary for each module. delete The method according to claim 1, An image editing module for editing an image to be included in a multipage message through the web screen; A directions editing module for editing directions included in a multipage message through the web screen; And And an image conversion module for converting the image edited by the image editing module or the direction edited by the direction editing module into an image format of a receiver terminal. The method of claim 1, wherein the web screen At least one of writing new examples, loading examples, changing font attributes, coloring backgrounds, emoticons, importing phrases, background music, inserting directions, inserting images, calling, linking URLs, disconnecting, adding pages, and deleting pages. Including an edit button, The button window in which the edit button is listed, the title window for inputting the title of each page, the content window for inputting the contents, the attachment function providing window for attaching the optional function to the page, the gift window for presenting the mobile content And at least one window of a preview window showing a multipage message to be edited on a screen of a mobile communication terminal in real time. The method of claim 1, wherein the multi-page message editing module A web-to-phone multi-page message service system, characterized in that for moving the corresponding sub-page to change the position of the sub-page in a drag and drop (drag & drop) method. The method of claim 1, wherein the database A member information database for storing and managing member registration information input according to a member registration procedure; An outgoing message database for storing and managing dispatch information including at least one telephone number included in the multipage message and a recipient group; A page information database for storing and managing information of subpages included in the multipage message; A reception history database for storing and managing a response result of a connection of a main page and / or a sub page constituting the multipage message; A content database that stores and manages ringtones, characters, games, wallpapers, music, or programs in the form of a virtual machine (VM) including a game or a utility by category; And And a terminal information database for storing detailed information of the receiver terminal. delete A first step of editing a main page of a multi-page message and at least one subpage to be connected to the main page through a web screen; A second step of converting a progress state of the main page and the at least one subpage edited by the first step into a multipage message representation form in a mobile communication terminal in real time and displaying the result in a preview window; Converting the multi-page message into a wireless Internet message form and transmitting the multi-page message to at least one telephone number included in a message recipient group designated by a service user; And And a fourth step of receiving and managing a response result of a receiver for the main page and / or subpage of the transmitted multipage message. The method of claim 8, wherein the web screen of the first step At least one of writing new examples, loading examples, changing font attributes, coloring backgrounds, emoticons, importing phrases, background music, inserting directions, inserting images, calling, linking URLs, disconnecting, adding pages, and deleting pages. Including an edit button, The button window in which the edit button is listed, the title window for inputting the title of each page, the content window for inputting the contents, the attachment function providing window for attaching the optional function to the page, the gift window for presenting the mobile content And at least one window of a preview window showing the edited multipage message in real time on the screen of the mobile communication terminal. The method of claim 8, wherein the first step A web-to-phone type multipage message service method comprising moving a corresponding subpage to change its position among the subpages by a drag and drop method. The method of claim 8, wherein after the first step, And setting the link information for calling each subpage to a menu item in the main page so as to link the subpage to the main page. delete delete delete

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