KR20060030814A - System and method for providing dynamic messaging service for mobile communication terminal - Google Patents

Abstract

The present invention relates to a system and method for providing a dynamic text message service to a mobile communication terminal.

In order to achieve this object, the present invention provides a method comprising the steps of: (a) receiving an Animoji message or an Animoji Selection message from a sender; (b) determining whether to install the Animoji application on the receiving terminal; (c) transmitting an Animoji message if an Animoji application is installed in a receiving terminal, and providing an Animoji application installation screen if an Animoji application is not installed; (d) if the receiving terminal does not have an Animoji application installed and provided an installation screen of the Animoji application, installing the Animoji application and sending an Animoji message when the installation approval is received from the receiver; And (e) displaying the Animoji message through the receiving terminal.

According to the present invention, the sender can maximize and express the emotional expression to be delivered to the receiver, and at the same time, satisfying the new service needs of users who have been fed up with the existing static text message, there is an effect of generating new profits for the service company.

Animoji, Dynamic Message, Text Message, Emoticon, Animation, Text Service

Description

System and method for providing dynamic text message service to mobile communication terminal {System and Method for Providing Dynamic Messaging Service for Mobile Communication Terminal}

1 is a view schematically showing the configuration of a short message service system using a conventional mobile communication network,

2 is a screen of a receiving terminal receiving a short message service;

3 is a block diagram schematically illustrating an animoji service providing system according to an exemplary embodiment of the present invention;

4 is a flowchart illustrating a method for providing an animicon service according to an embodiment of the present invention;

5 is a screen of a receiving terminal provided with an Animoji service according to a preferred embodiment of the present invention;

6 is a screen of a receiving terminal for downloading an application for the Animoji service according to a preferred embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

110: transmitting terminal 120: transmitting wireless base station

122: transmitting base station transmitter 124: transmitting base station controller

130: mobile communication switching center 132: HLR

134: VLR 140: Short Message Center

150: IWF 160: WAP Gateway

170: Internet network 180: computer

190: receiving wireless base station 192: receiving base station transmitter

194: receiving base station controller 200: receiving terminal

210: display unit 220: message display unit

230: key input unit 310: Animoji server unit

312: virtual machine download server 314: transmission / lookup server

316: Character Download Server 318: WAP Server

The present invention relates to a system and method for providing a dynamic text message service to a mobile communication terminal. More specifically, the present invention relates to a dynamic text message service providing system and method for providing an animoji message that maximizes visual and auditory effects through 3D animation and sound using a virtual machine installed in a receiving terminal.

The mobile communication terminal is not only used to carry a phone call while carrying, but also to transmit and receive various types of information in the form of text or images, and is used to receive information through the wireless Internet. In addition, a short message service (SMS) is used to transmit a short message as a means for providing information between a user and a user, a mobile communication service provider and a user, and a general company and a user through a mobile communication terminal.

SMS is a two-way short message service that can send and receive a short text message of 80 bytes between mobile terminals regardless of whether there is a call between mobile terminals. Due to its widespread use.

SMS basically sends a reply number and a message between mobile terminals, and also in the form of text, bank account inquiry, remittance, exchange rate information, travel information, traffic information, weather forecast, leisure information, TV information, news. You can also receive a variety of information, such as stocks and advertisements. Credit card companies are also used for electronic payments and electronic commerce, which send transaction authorizations via text messages to prevent card accidents.

1 is a diagram schematically illustrating a configuration of a short message service system using a conventional mobile communication network.

The SMS system using a conventional mobile communication network includes a transmitting terminal 110, a transmitting wireless base station 120, a mobile communication switching center 130, an HLR 132, a VLR 134, a message center 140, a receiving wireless base station 190. , The receiving terminal 200 and the like.

The transmitting terminal 110 not only performs a telephone call through a wireless communication with the other party via a mobile communication network, but also creates a short message to be delivered by using a provided text writing function, and then transmits a message to the mobile communication network. to be.

The transmitting wireless base station 120 is composed of a transmitting base station transmitter (BTS: Base-station Transmission System) (BTS), a transmitting base station controller (BSC: Base Station Controller) (124), a repeater (Enhancer: not shown), etc. The location information of 110, the registrant information, and the short message created by the transmitting terminal 110 are transmitted.

The receiving wireless base station 190 also transmits the location information and the registrant information of the receiving terminal 200 to the mobile communication switching center 130, and receives the short message created at the transmitting terminal 110 through the mobile communication switching station 130 (the receiving terminal ( 200).

Each transmitting base station transmitter 122 is arranged in units of cells and transmits a call request and a short message generated from the transmitting terminal 110 to the mobile switching center 130 or moves in a cell area under its control. Perform location registration to determine the location of the communication terminal.

Also, the receiving base station transmitter 192 detects the location of the receiving terminal 200 existing in its cell area, and receives a call request and a short message from the mobile communication station 130 in the cell area in which it has jurisdiction. Transmit to the terminal 200.

The transmitting and receiving base station transmitters 122 and 152 can obtain information such as latitude and longitude at which the transmitting and receiving base station transmitters 122 and 152 are located from a global positioning system (GPS). The location information of the 122 and 152 is transmitted to the transmitting and receiving terminals 110 and 160 through the system parameter message of the forward link call channel. The transmitting and receiving terminals 110 and 160 calculate new moving distances of the transmitting and receiving terminals 110 and 160 by using the location information of the transmitting and receiving base station transmitters 122 and 152 of the cell to which they belong. You can register the information.

The transmitting and receiving base station controllers 124 and 154 perform various functions required for radio call processing such as handoff while controlling and managing a plurality of base station transmitters. The transmitting and receiving base station controllers 124 and 154 also transmit the subscriber information of the location registered transmitting and receiving terminals 110 and 160 to the mobile switching center 130. The transmitting base station controller 124 transmits the short message transmitted from the transmitting terminal 110 through the transmitting base station transmitter 122 to the mobile communication switching station 130, and conversely, the receiving base station controller 194 is connected to the mobile communication switching center 130. It serves to deliver the short message transmitted from the receiving terminal 200 through the receiving base station transmitter 192.

The mobile communication switching center 130 has a control function for allowing the wireless base stations 120 and 190 to operate efficiently and an interworking function with the switch of the public telephone network, and transmits a short message received through the transmitting wireless base station 120. The message center 140 transmits and stores the message, and receives the short message from the message center 140 and transmits the short message to the receiving wireless base station 190.

The HLR 132 is a database that stores service profiles related to subscriber information of the users of the transmitting and receiving terminals 110 and 200, and identifies the terminals of the transmitting and receiving terminals 110 and 200 including the subscriber's telephone number. It contains information on mobile identification number (MIN), terminal serial number (ESN) and service type.

The VLR 134 temporarily stores subscriber information and notifies the HLR 132 when the transmitting and receiving terminals 110 and 200 execute location registration, and transmits and receives terminals 110 and 200 from the HLR 132. It performs a function to utilize the location control, call processing, external operation processing of the transmitting and receiving terminals (110, 200) while receiving and managing a copy of the terminal identification number, terminal unique number and service information.

The message center 140 is connected to the mobile switching center 130 and has a function of delivering a short message to mobile subscribers. The message center 140 may transmit and receive numbers and letters bidirectionally between various text transfer systems (PC communication system, Internet server system, mobile communication terminal, etc.) and subscribers using a mobile communication network.

The receiving terminal 200 receives a call request signal through a mobile communication network, performs a phone call, and receives a short message from the message center 140 through the receiving wireless base station 190 to display the message content to the user. It is a terminal.

As described above, a short message is typically written in the transmitting terminal 110 and delivered to the receiving terminal 200. However, according to the recent development of a computer program, a short message is created in the computer 180 to receive a receiving terminal ( The method of delivery to 200 is widely used. The SMS system using the Internet network includes an interworking device (IWF: Interworking Function (IWF)) 150, a WAP gateway 160, an internet network 170, and a computer 180.

The IWF 150 provides an interface for data exchange between a wireless communication system and a wired communication system, and converts protocols, signals, and data into a form suitable for each network. In general, the IWF 150 is directly connected to the mobile switching center 130 to connect a wired communication network and a wireless communication network.

The wireless application protocol (WAP) gateway 160 performs a function such as communication code conversion or protocol conversion between the mobile communication network and the wired internet network so as to quickly retrieve and display information on the wired internet. The WAP gateway 160 receives a short message providing signal transmitted through a TCP / IP (Transmission Control Protocol / Internet Protocol) protocol through the Internet network 170, converts the WAP protocol into a WAP protocol, and transmits the signal to the WAP 130.

The internet network 170 provides an access path so that a short message can be easily transmitted from the computer 180 to the mobile communication network.

The computer 240 connects to the Internet 230 through a modem or a LAN, creates a short message using a short message writing screen provided through a web page or a computer program, and transmits the short message through the Internet network 170.

When the short message created from the transmitting terminal 110 or the computer 180 is transmitted as described above, the receiving terminal 200 notifies the receiving terminal user of the short terminal message by using a bell sound, a vibration, a lamp, and the like. Check the displayed short message.

2 is a screen of a receiving terminal receiving a short message service.

The receiving terminal 200 receiving the short message from the short message service system includes a display unit 210 and a key input unit 230.

The display unit 210 displays the overall operation state of the mobile communication terminal, including the degree of use of power, the reception strength of radio waves, the date and time, and displays the short message received through the mobile communication network. The short message includes the date received, the text of the message, and the number to contact. Here, the content of the message is displayed on the message display unit 220 of the display unit 210, only Korean, English, numerals and special symbols can be used and its capacity is limited to 80 bytes or less. The number to be contacted is usually the telephone number of the short message sender, but it is also possible to enter a different telephone number or a number to access a special WAP page, if necessary. The display unit 210 may be configured as any one of a super twisted nematic liquid crystal display (STN LCD), a thin film transistor liquid crystal display (TFT LCD), a plasma display panel (PDP), and an organic electroluminescence display (ELD). .

The key input unit 230 includes a numeric key for inputting a number such as a phone number and a menu button for selecting a menu or inputting a command. The user can input a short message by selecting Korean, English, numbers and special symbols using the numeric keys. In addition, the menu button includes a special key for easily executing a plurality of functions supported by the terminal.

The short message service system provided by the above method merely provides a function of displaying the contents thereof, and thus does not meet the needs of users who want to express various emotions. Therefore, users are attempting various changes such as making and using emoticons using special characters.

As described above, mobile communication service providers provide various message formats such as a long message, a color text message, and a photo message. However, such a message format also raises a problem that it is not enough to properly convey the emotions that the user wants to express because it is only a method of transmitting emotions through static emoticons generated using special characters.

Therefore, in order to maximize and express the emotion that the text message sender wants to convey to the receiver, a technology for maximizing the transmission of emotion by linking a special effect such as sound and dynamically displaying the text message that was previously statically transmitted to the receiver It is required.

In order to solve this problem, the present invention, using a virtual machine installed in the receiving terminal system and method for providing a dynamic text message service to provide the Animoji message to maximize the visual and auditory effect through the 3D animation function and sound To provide that purpose.

In order to achieve the above object, the present invention provides an animicon message service providing system that delivers an emotional expression of a sender in a text message transmitted from the sender to the receiver by using visual animation effects and / or audio sound effects. A receiving terminal for receiving and displaying an Animoji message; An animoji server unit for storing animation data and sound data used in the animoji message and providing the sender, and receiving and transmitting the animoji message transmitted from the sender to a receiving terminal; And a mobile communication network that receives an Animoji message from the Animoji server and delivers the Animoji message to a receiving terminal.

In addition, to achieve another object of the present invention, the present invention provides an animoji message service for transmitting the emotional expression of the sender in the text message transmitted from the sender to the receiver using visual animation effects and / or audio sound effects. A method, comprising: (a) receiving an Animoji message or an Animoji Selection message from a sender; (b) determining whether to install an Animoji application for displaying the Animoji message on the receiver's receiving terminal; (c) If the Animoji application is installed in the receiving terminal, transmits the Animoji message to the receiving terminal, and if the Animoji application is not installed in the receiving terminal, provides a screen for installing the Animoji application. Doing; (d) If the Animoji application is not installed on the receiving terminal in step (c), and the installation screen of the Animoji application is provided, the Animoji application is installed and the Animoji message is sent when the recipient approves the installation. Transmitting; And (e) displaying the Animoji message service through the receiving terminal.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

Figure 3 is a block diagram showing a simplified view of the Animoji service providing system according to a preferred embodiment of the present invention.

Here, animoticon refers to an emoticon having a dynamic function of animation as a compound word of animation and emoticon, and an animated message has a 3D animation function according to an embodiment of the present invention. Means messages provided through emoticons and sounds.

The Anymoticon service providing system according to the present invention further includes the Anymoticon server unit 310 connected to the mobile communication switching center 130 in addition to the conventional mobile communication system. Animoji server unit 310 is an Animoji virtual machine download server (hereinafter referred to as a "virtual machine download server") 312, Animoji transmission / query server (hereinafter referred to as "transport / query server") 314), the Animoji character download server (hereinafter referred to as 'character download server') 316 and the Animoji WAP / WEB server (hereinafter referred to as 'WAP / WEB server') (318) Include.

The virtual machine download server 312 is an animoji application that can implement an animoji when the animoji application is not installed in the receiving terminal 200 that receives the animoji message, or the transmitting terminal 110. It is a server that provides. The Anymoticon application is implemented in the form of a virtual machine, and the virtual machine used as the basic operating system in the mobile communication terminal is a Java virtual machine. Therefore, the Anymoticon application is implemented as a Java virtual machine. desirable.

The Java virtual machine provides platform independence so that programs can run regardless of device type, class loader subsystem for loading class files, method area for setting memory to store byte code, and object storage. Heap for setting up the area to be used, Java stack for storing variables in class files, registers for temporarily storing data, and native method stack for calling programs in languages other than Java. Is done. Details related to the Java virtual machine are well known to those skilled in the art, and thus the detailed description thereof will be omitted.

Accordingly, the virtual machine download server 312 transmits / query server 314 to transmit any Animoji application uninstallation information of the receiving terminal 200 and the Animoji application installation request information from the receiving terminal 200 of the Animoji message. When receiving through, serves to provide the Animoji application to the receiving terminal 200 through the mobile communication network.

The transmission / inquiry server 314 assigns a teleservice identifier (TID: Teleservice Identification) indicating that the message is an Animoji message to a message transmitted from the transmitting terminal 110 or the computer 180 according to the present invention, and the mobile communication switching center It is a server that performs the overall control function for the transmission and reception of the Animoji message transmitted to the receiving terminal 200 through the 130. Here, the TID indicates the service number of the message and indicates the nature of the message to be delivered. For example, TID: 4097 indicates that the delivered short message is a paging message without content, and TID: 4098 indicates a text message and TID: 4099 indicates a voice message. The TID indicating the Animoji message according to the present invention can be newly set in the mobile communication system.

In addition, the transmission / query server 314 queries the receiving terminal 200 whether the Animoji application is installed, and if the Animoji application is not installed, provides a screen asking whether to install the receiving terminal 200, When the installation request is received from the reception terminal 200, the installation request information is transmitted to the virtual machine download server 312 so that the animoji application is installed in the reception terminal 200.

The character download server 316 is a server that stores and manages characters, emoticons, and the like, which operate as 3D animations in the Animoji message. In addition, the character download server 316 stores and manages sound data generated in each animoji. To this end, the character download server 316 may be provided with a separate database. The mobile communication service company or the animoji service company performs management functions such as creating, storing, deleting, and editing characters, emoticons, or sound data through the character download server 316. As the sound data format used here, various formats of audio type are possible, for example, * .mp3, * .wav, * .mid and the like. Natural sound data such as bird sounds, water sounds, train sounds, voice data such as singers and movie stars, music data such as the latest songs, trots, and classical music can be used as the acoustic data.

In addition, the character download server 316 is a character editing function that allows a user to connect through a mobile communication terminal or a computer 180 to select a desired character, or to combine and edit characters, emoticons, and sound data. It is also possible to include.

The WAP / WEB server 318 is a server that operates the WAP page or the WEB page so that the Animoji message sender can send the Animoji message through the WAP page or the WEB page. In addition, if the Animoji application is not installed on the receiving terminal 110, and the user of the receiving terminal does not want to install the Animoji application, it also includes a function to check the Animoji message through the WAP page. . Accordingly, the WAP / WEB server 318 is a wireless connection / wired connection constructed in a web language such as HTML (HyperText Markup Language) or WML (Wireless Markup Language), which allows a user to connect using a mobile communication terminal or a computer. Operates a web site for The WAP / WEB server 318 may be operated as a WAP server and a WEB server, or only one may be operated. When the WAP server is operated, the WAP / WEB server 318 may be operated by the Internet network and the IWF 150 and the WAP gateway 160. ).

In the above description, the Animoji server unit 310 has been described on the basis of being directly connected to the mobile switching center 130, but connected to the short message center 140, through the short message center 140 Animo It is also possible to implement to provide a Ticon message.

4 is a flowchart illustrating a method for providing an animicon service according to an embodiment of the present invention.

In order to compose an any-a-moji message, the sender accesses an animoji message-writing screen of the transmitting terminal 110 or the computer 180 (S402). Here, the sender creates and sends an Animoji message directly from the transmitting terminal 110 and through an Animoji message creation screen provided by accessing a WAP page or WEB page operated by the WAP / WEB server 318. A desired method may be selected from among methods of creating and transmitting an Animoji message (S404).

The sender executes the Animoji application of the transmitting terminal 110 to use the former method, inputs a message through the provided Animoji message writing screen, and transmits it to the transmission / retrieval server 314 through the mobile communication network. do. To this end, the Animoji application must be installed in advance in the transmitting terminal 110. If the Animoji application is not installed, the Animoji application is downloaded through various methods such as downloading through a wireless Internet or downloading using a cable. Must be installed (S406).

In step S404, in order to use the latter method, the sender must access the WAP / WEB server 318 by using the transmitting terminal 110 or the computer 180 (S408). The WAP / WEB server 318 provides a screen for creating an Animoji message to the connected transmitting terminal 110 or the computer 180, and the user uses the transmitting terminal 110 or the computer 180 to display the Animoji. Select a character, emoticon, sound, etc. to be used in the Ticon message, write a message phrase, and input a transmission button (S410).

The transmission / inquiry server 314 that receives the message through step S406 or step S410 allocates a TID indicating the Animoji message to the transmitted message. In this case, the process of allocating the TID to the Animoji message may be executed at the transmitting terminal 110 through step S406, and may be executed at the WAP / WEB server 318 through step S410 (S412).

The transmission / retrieval server 314 determines whether an any-articone application capable of displaying the any-moticon message is installed in the receiving terminal 200 to which the any-moticon message is to be transmitted (S414). If it is determined that the Animoji application is installed in the receiving terminal 200 (S416), the transmission / query server 314 transmits the Animoji message to the receiving terminal 200 (S418).

However, if it is determined in step S416 that the Animoji application is not installed in the receiving terminal 110, the transmission / lookup server 314 and the message indicating that the Animoji message has been sent to the receiving terminal 200 Animo Simultaneously transmits a screen asking whether to install the Ticon application (S420).

If the user of the receiving terminal 200 has approved the installation of the Animoji application (S422), the transmission / query server 314 connects the receiving terminal 200 to the virtual machine download server 312, the virtual machine The download server 312 provides the Animoji application to be installed in the receiving terminal 200. When the installation of the Animoji application is terminated in the receiving terminal 200, the Animoji message is provided to the receiving terminal 200 (S424).

When the receiving terminal 200 receives the Animoji message through the steps S418 and S424, the receiving terminal 200 displays the Animoji message through the Animoji application. At this time, the Animoji messages can be displayed sequentially one by one syllable unit, it is also possible to provide a special sound whenever the Animoji messages are displayed sequentially. Here, the special sound includes a mechanical sound such as a typewriter sound, a natural sound such as a drop of water, and various onomatopoeia. In addition, when the 3D emoticon is displayed in the Animoji message, it may be set to indicate a special effect together with the sound (S428).

However, if the user of the receiving terminal 220 does not approve installation of the Animoji application in step S422, the receiving terminal 220 displays the receiving terminal 220 in order to display the transmitted Animoji message through the WAP page. To. Then, the Animoji message is displayed on the receiving terminal 200 through the WAP page. In this case, as in step S428, the animoji message can be displayed through various methods (S426).

5 is a screen of a receiving terminal provided with an Animoji service according to a preferred embodiment of the present invention.

When the receiving terminal 200 receives the Animoji message through S418 or S424, a message receiving screen such as 5A is displayed on the display 210. The message receiving screen is composed of a received date, message contents, and a number to be contacted in the same manner as a conventional short message receiving screen. However, in the message display unit 220 displaying the message content, the text indicating the arrival of the Animoji message, not the message content, is displayed. When the user requests to check the Animoji message using a special key such as a 'call button' or 'confirmation button', a loading screen such as 5B is generated. Here, the loading screen is a screen displayed during a time for executing the Anymoticon application in the receiving terminal 200. When the Animoji application is launched, the sent Animoji message is displayed as shown in 5C. Animoji messages are displayed one by one and one by one, and when an emoticon is displayed, preset sound effects such as 'quat ~ ok ~~', 'oh, no ~ woo' are simultaneously provided. In this case, various special effects such as a large display of emoticons or an animation display for a short time may be simultaneously used. In addition, the emoticon used herein may be configured in 3D.

As described above, when the Animoji application is installed in the receiving terminal 200, it is possible for a user to check the Animoji message through an input such as a 'call button' or 'confirmation button'. If the moticon application is not installed, the process of installing the emoji application on the receiving terminal 200 in order to check the Animoji message is required in advance.

6 is a screen of a receiving terminal for downloading an application for the Animoji service according to a preferred embodiment of the present invention.

When the receiving terminal 200 receives the Animoji message as described above with 5A, a message receiving screen such as 6A is displayed on the display 210. When the Animoji application is not installed in the receiving terminal 200, when the user inputs a special key such as a 'call button' or 'confirmation button', the receiving terminal 200 generates a connection screen as shown in 6B. . While the connection screen is displayed, the receiving terminal 200 makes a connection to the transmission / retrieval server 314. When the receiving terminal 200 accesses the transmission / inquiry server 314, the transmission / inquiry server 314 provides a screen asking whether to install the Animoji application as shown in 6C. If the user selects '① download' to install the Anymoticon application, the Anymoticon application is delivered from the virtual machine download server 312 and installed. On the other hand, if the user does not want to install the Animoji application, and selects ② Cancel, the receiving terminal 200 accesses the WAP / WEB server 318 and displays the Animoji message.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

As described above, according to the present invention, by providing an emoji message including visual and audio effects through 3D animation and sound, the sender can maximize and express the emotional expression to be transmitted to the receiver.

In addition, users who are fed up with the existing static text message can satisfy the need for a new service by being provided with dynamic text messages that are variously modified. New profits can be created.

Claims (18)

An animoji message service providing system for delivering an emotional expression of the sender in a text message transmitted from the sender to the receiver by using visual animation effects and / or auditory sound effects. A receiving terminal for the receiver to receive and display an animoji message; An emoji server unit for storing the animation data and sound data used in the animoji message to the sender, and receives the animoji message transmitted from the sender to the receiving terminal; And A mobile communication network that receives the Animoji message from the Animoji server and delivers it to the receiving terminal Animoji message service providing system comprising a. The method of claim 1, wherein the sender, And transmits the Animoji message to the Animoji server unit through the mobile communication network using a transmitting terminal, or transmits the Animoji message to the Animoji server unit through an Internet network using a computer. Animoji message service providing system. The method of claim 2, wherein the computer, Animoji message service, characterized in that for accessing the web page operated by the animoji server unit through the Internet network, and writes the animoji message through the Animoji message creation screen provided by the WEB page. Provide system. According to claim 1, The animoji server unit, A virtual machine download server that provides an animoji application for displaying the animoji message to the receiving terminal; A transmission / inquiry server that controls the transmission and reception of the Animoji message and determines whether to install the Animoji application on the receiving terminal; A character download server that stores the animation data and the sound data used in the animoji message and provides them to the sender; And WAP / WEB server that operates the WAP page or WEB page for the sender to transmit the Animoji message through the wired / wireless Internet network Animoji message service providing system comprising a. The method of claim 4, wherein the transmission / query server, If it is determined that the Animoji application is not installed in the receiving terminal, the Animoji message service providing system, characterized in that for transmitting the signal requesting the installation of the Animoji application to the virtual machine download server. The method of claim 4, wherein the transmission / query server, And a teleservice identifier (TID) for indicating that the text message transmitted to the receiving terminal is an Anymoticon message. The method of claim 4, wherein the character download server, And the sender selects 3D animation data including a character and an emoticon, or combines and edits the sound data with the sound data. The method of claim 4, wherein the WAP / WEB server, Receiving terminal that is not installed the Animoji application is connected, the Animoji message service providing system, characterized in that for operating the WAP page for checking the Animoji message delivered to the receiving terminal. The method of claim 1, wherein the Animoji message, Animoji con message service providing system, characterized in that sequentially displayed one by one syllable. The method of claim 9, wherein the Animoji message, Whenever the animoji message is displayed sequentially, an animoji message service providing system, characterized in that a special sound is provided at the same time. The method of claim 1, wherein the Animoji message, If an emoticon is displayed, the preset animated sound or special effects are provided at the same time, the animoji message service providing system, characterized in that provided. A method for providing an animicon message service that delivers an emotional expression of the sender in a text message transmitted from the sender to the receiver by using visual animation effects and / or auditory sound effects, (a) receiving an Animoji message or an Animoji selection message created from the sender; (b) determining whether to install an Anymoticon application for displaying the Anymoticon message on the receiving terminal of the receiver; (c) If the Animoji application is installed in the receiving terminal, the Animoji message is transmitted to the receiving terminal, and if the Animoji application is not installed in the receiving terminal, the Animoji application Providing a screen for installing the; (d) If the animoji application is not installed in the receiving terminal in step (c) and the installation screen of the animoji application is provided, the animoji application is installed if the installation approval is received from the receiver. Transmitting the animoji message; And (e) displaying the animoji message through the receiving terminal; Animoji message service providing method comprising a. The method of claim 12, wherein step (a) comprises: The sender composes the Animoji message using a transmitting terminal, or accesses the Animoji message through an Animoji message creation screen provided by accessing a WAP page or a WEB page providing the Animoji message service. Animoji message service providing method comprising: writing. The method of claim 12, wherein step (c) comprises: If the Animoji application is not installed in the receiving terminal, an Animoji message service, which simultaneously transmits a message indicating that the Animoji message has been transmitted and a screen asking whether to install the Animoji application. How to Provide. The method of claim 12, wherein step (d) If there is a denial of installation of the Animoji application from the receiver, the receiving terminal accesses the WAP page providing the Animoji message service, and then displays the Animoji message through the WAP page. How to provide Animoji message service. The method of claim 12, wherein step (e) The animoji message service providing method, characterized in that the animoji message is displayed sequentially in syllable units. The method of claim 16, wherein step (e) Whenever the animoji message is sequentially displayed, a predetermined preset sound is provided simultaneously. The method of claim 12, wherein the step (e) is If an emoticon is displayed, a preset sound or special effect is provided at the same time, characterized in that the method for providing the animoji message service.

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