KR100641413B1 - Mobile station for auto-receiving and auto-executing program using Message, System and Method thereof - Google Patents

Abstract

The present invention relates to a mobile communication terminal system, and more particularly, to a system in which a mobile communication terminal automatically receives and automatically drives a program using SMS from a communication server. The automatic reception of the automatic drive program using the message according to the present invention and the automatic drive mobile communication terminal, operating system and method thereof, the terminal user is automatically driven by a predetermined application program without the user's intention or extra effort. By exposing, another separate application may be exposed to the display unit to induce its use to use a more useful application program for the user, and the wireless Internet site may be exposed to the user through the application program to visit the wireless Internet site. Can be induced.

Auto drive, auto receiving system, SMSC, transmission history management, link URL

Description

Mobile station, operating system and method for auto-receipt and auto-drive program using message {Mobile station for auto-receiving and auto-executing program using Message, System and Method}

1 is a block diagram showing the internal structure of a mobile communication terminal for automatically receiving and automatically driving an automatic drive program according to the present invention.

2 is a schematic configuration diagram of an automatic reception and automatic drive system of an automatic drive program using an SMS message according to an embodiment of the present invention.

3 is an exemplary diagram showing a configuration field of an SMS message according to an embodiment of the present invention.

Figure 4 is a flow chart of the automatic reception method of the automatic drive program according to an embodiment of the present invention.

5 is a flowchart of a program combining and automatic driving setting method after automatic reception of an automatic driving program according to an exemplary embodiment of the present invention.

6 is a flowchart of a method for automatically receiving an automatic driving program according to another preferred embodiment of the present invention.

Figure 7 is a flow chart of the automatic drive setting method after the automatic reception of the automatic drive program according to another embodiment of the present invention.

8A to 8D are views illustrating a portion in which an autonomous program is stored and contents thereof stored in a nonvolatile memory unit of a mobile communication terminal according to an exemplary embodiment of the present invention.

9 is a flowchart illustrating automatic driving and termination of an automatic driving program according to the present invention.

10 is a diagram illustrating an environment in a mobile communication terminal for driving an autonomous driving program according to a preferred embodiment of the present invention.

11 is a view showing an execution screen of the automatic drive program according to an embodiment of the present invention.

12 is a flowchart of a method for managing a transmission history of an autonomous program according to an exemplary embodiment of the present invention.

13A to 13B are exemplary diagrams of transmission history data according to an exemplary embodiment of the present invention.

Figure 14a is a diagram illustrating a standby screen of a mobile communication terminal according to the prior art.

14B illustrates an exemplary embodiment of an autonomous driving program in a mobile communication terminal according to an embodiment of the present invention.

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

100: mobile communication terminal 110: automatic driving program server

120: SMSC 130: transmission history database

200: control unit 208: nonvolatile memory unit

300: SMS message 302: Tele ID field

304: Program ID field 306: Transmission message field

1110: application information 1120: link information

1130: other message information

The present invention relates to a mobile communication terminal system, and more particularly, to a system for automatically receiving and automatically driving a program using an SMS from a communication server.

Currently, wireless networks and mobile terminals are not only for simple voice calls, but also for wireless Internet access, application programs, SMS (Short Message Service), LMS (Long Message Service) transmission, It performs various purpose functions such as MMS (Multimedia Message Service) transmission and reception. In general, mobile terminals currently on the market include a wireless communication unit, a display unit, a key input unit, a control unit, a nonvolatile memory unit, and the like, and include a wireless Internet browser for accessing a wireless Internet site. In addition, it includes a virtual machine (VM) for storing and running an application program on a mobile communication terminal device (hereinafter referred to as a 'VM') or an application program driving environment (platform).

In order to automatically receive an application program, a mobile communication terminal usually uses an SMS and a method using an HTTP protocol for wireless Internet access together with the SMS.

First, in the case of using SMS, when the application program is divided into small enough portions and transmitted at several times, the mobile communication terminal has a method of combining received messages into one application program. In another method, an SMS message includes a wireless Internet site address for downloading an application program, and when the message is received, the mobile terminal automatically accesses the wireless Internet site to download the application program using the HTTP protocol. This is called a call back URL.

In this case, in order to access a specific wireless Internet site using a mobile communication terminal, the wireless Internet site must be directly entered through a key input unit, or the wireless Internet portal site must be accessed first, and then the desired site can be accessed along the path provided by the site. There is a hassle to do.

In addition, in order for a user to use an application program stored in the mobile communication terminal, it is cumbersome to execute the application program by searching for and selecting the application program and inputting the same through the key input unit.

Accordingly, in order to solve the above problems, an object of the present invention is to automatically run a variety of useful applications that are specialized or recommended for the user by using a wireless communication network to automatically receive the automatic driving program that can increase the user's convenience A system and method are provided.

Another object of the present invention is to store the user's disposition in advance when accessing the wireless Internet site, the application automatically transmits the content and address of the site to the mobile terminal during the time when the use of the mobile terminal is not frequently stored The present invention provides an automatic reception system and an method of an automatic driving program to be driven when a user uses a mobile communication terminal.

It is still another object of the present invention to provide an automatic drive system and a method for automatically receiving an automatic driving program through which an application program automatically stored and driven in a mobile communication terminal can be publicly exposed and delivered to a user. There is.

In order to achieve the above object, according to an aspect of the present invention, a non-volatile memory unit for storing the system information of the automatic drive program, general application program and the mobile communication terminal; A control unit for automatically receiving the automatic driving program and storing the automatic driving program, driving the automatic driving program stored in the nonvolatile memory unit when a driving event occurs, and ending the automatic driving program when a termination event occurs; A display unit which displays the automatic driving program to a user when the automatic driving program is driven; An input unit which receives an input of the user for operating the autonomous driving program displayed on the display unit; And a wireless communication unit for performing wireless communication, wherein the automatic driving program is configured to automatically receive and automatically drive an automatic driving program, wherein the user of the mobile communication terminal is stored in an area inaccessible from the nonvolatile memory unit. Provides a mobile communication terminal.

Preferably, the control unit receives an SMS message including the downloadable URL of the autonomous program and the autonomous program transmission SMS identifier, and reads the autonomous program transmission SMS identifier from the SMS message. And automatically access the URL to download the autonomous driving program and store it in the nonvolatile memory unit.

The controller may be further configured to receive at least one SMS message including a fragmented fragment of the autonomous program and an SMS identifier for transmitting an autonomous program, and to receive the SMS identifier for autonomous program transmission from the respective SMS messages. Read and recombine the divided pieces of the auto-drive program included in each SMS message, and complete the auto-drive program stored in the nonvolatile memory unit.

Also preferably, the driving event may be any one of entering an activation state, entering a standby state, waiting after a call attempt, end of a call, wireless internet connection, wireless internet termination, terminal power on, terminal power off, and a combination thereof. The end event may be driving of the general application program other than a call button press or an automatic driving program.

Also preferably, the automatic driving program may include any one of application program information, link information, other message information, and a combination thereof, and the input unit may be input by using a key panel or a screen touch including a direction key and a selection key. It may be a touch panel.

In order to achieve the above objects, according to another aspect of the present invention, in the automatic reception and automatic drive system of the automatic drive program using the SMS message, the complete automatic drive program information, transmission completion time and user information transmitted to the mobile communication terminal Transmission history database for storing the automatic drive program transmission history comprising a, wherein the auto-drive program information includes at least one of an auto-drive program name, auto-drive program identification number and program version, the user information is a user identification At least one of a number, a user segmentation group, and a user telephone number; And an automatic driving program server for comparing the automatic driving program transmission history received from the transmission history database and transmitting the updated automatic driving program to the mobile communication terminal by using an SMS message, wherein the mobile communication terminal is the automatic driving. SMS message, characterized in that for automatically receiving the updated automatic drive program using the SMS message received from the program server, and stored in the non-volatile memory of the mobile communication terminal and automatically drives the automatic drive program when a drive event occurs. Provides automatic reception and automatic drive system of automatic drive program using.

Preferably, the method for transmitting the auto-drive program to the mobile communication terminal by using the SMS message includes the download URL of the auto-drive program in the SMS message. A method of automatically accessing a download URL and downloading the autonomous program, or dividing the autonomous program into the plurality of SMS messages, and receiving the plurality of SMS messages by the mobile communication terminal, thereby splitting the autonomous program. It may be a method of recombination and completion.

In order to achieve the above objects, according to another aspect of the present invention, (a) the auto-drive program server receiving the auto-drive program transmission history from the transmission history database, wherein the auto-drive program transmission history is the auto-drive program Information, a transmission completion time, and user information, wherein the auto-drive program information includes at least one of an auto-drive program name, an auto-drive program identification number, and a program version, and the user information includes a user identification number and a user segmentation group. And at least one of a user telephone number; (b) the automatic driving program server selecting an updated automatic driving program in comparison with the automatic driving program transmission history; (c) the automatic driving program server transmitting the updated automatic driving program to a mobile communication terminal using an SMS message; (d) storing the autonomous driving program in the nonvolatile memory unit by the mobile communication terminal; (e) setting, by the mobile communication terminal, the automatic driving program to be automatically driven when a driving event occurs; And (f) provides an automatic reception and automatic drive method of the automatic drive program using an SMS message that includes the step of automatically driving the automatic drive program when the drive event occurs.

Preferably, the step (c) comprises the steps of: (c-1) the automatic driving program server transmitting a download URL of the updated automatic driving program to the SMSC; (c-2) generating, by the SMSC, an SMS message including the download URL received from the autonomous program server and an SMS identifier for autonomous program transmission to the mobile communication terminal; (c-3) reading the SMS identifier for automatic drive program transmission from the SMS message received by the mobile communication terminal and identifying whether the SMS message is for automatic drive program transmission; (c-4) reading the download URL from the SMS message received by the mobile communication terminal and accessing the download URL via wireless Internet; And (c-5) downloading the autonomous driving program through the download URL by the mobile communication terminal.

In addition, the step (c) may include (c-1) the automatic driving program server dividing the updated automatic driving program; (c-2) transmitting the divided autonomous program fragment to an SMSC; (c-3) generating, by the SMSC, an SMS message including the autonomous program fragment received from the autonomous program server and an SMS identifier for autonomous program transmission to the mobile communication terminal; (c-4) reading the SMS identifier for transmission of the autonomous program from the SMS message received by the mobile communication terminal and identifying whether the SMS message is for transmission of the autonomous program; And (c-5) recombining the completed autonomous program by reading the autonomous program fragment from the SMS message received by the mobile communication terminal.

Also preferably, the step (c) may include (c-1) the automatic driving program server transmitting the updated automatic driving program to the SMSC; (c-2) dividing the updated auto-drive program received by the SMSC into an auto-drive program fragment; (c-3) generating, by the SMSC, an SMS message including the autonomous program fragment and an SMS identifier for transmitting the autonomous program to the mobile terminal; (c-4) reading the SMS identifier for transmission of the autonomous program from the SMS message received by the mobile communication terminal and identifying whether the SMS message is for transmission of the autonomous program; And (c-5) recombining the completed autonomous program by reading the autonomous program fragment from the SMS message received by the mobile communication terminal.

Other objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and the preferred embodiments associated with the accompanying drawings. Hereinafter, with reference to the accompanying drawings, preferred embodiments of the automatic reception of the automatic drive program using the message according to the present invention and the automatic drive mobile communication terminal, operating system and method thereof will be described in detail with reference to the accompanying drawings. Therefore, the same or corresponding components are given the same reference numerals regardless of the reference numerals and redundant description thereof will be omitted. In addition, the message used in the present invention is applicable to all SMS, LMS, MMS message, and will be described below on the basis of the SMS message for convenience of description. Of course, this does not limit the scope of rights.

1 is a block diagram showing the internal structure of a mobile communication terminal for automatically receiving and automatically driving an autonomous driving program according to the present invention. 2 is a schematic configuration diagram of an automatic reception and automatic driving system of an automatic driving program using an SMS message according to an embodiment of the present invention.

Referring to FIG. 1, the mobile communication terminal 100 includes a control unit 101, a wireless communication unit 102, an input unit 104, a display unit 106, and a nonvolatile memory unit 108.

The nonvolatile memory unit 108 stores an autonomous driving program, a general application program, and system information of the mobile communication terminal. The storage area in which the program and information are stored in the nonvolatile memory unit 108 will be described later in detail with reference to FIGS. 8A to 8D. The control unit 101 automatically receives the auto drive program and stores it in the nonvolatile memory unit 108. When the drive event occurs, the controller 101 drives the auto drive program stored in the nonvolatile memory unit 108. Quit. The display unit 106 displays the autonomous driving program to the user when the autonomous driving program is driven. The input unit 104 receives a user's input for operating the autonomous driving program displayed on the display unit 106. The wireless communication unit 102 is a device for performing wireless communication.

Referring to FIG. 2, an auto-receiving system for an autonomous program may include an autonomous program server 110, an SMSC 120 or an IWF, a mobile communication terminal 100, and a transmission history database 130.

The autonomous driving program server 110 transmits the autonomous driving program through the SMSC 120 or the IWF. In this case, the autonomous program server 110 may receive data from the database, including an application database 202, a link URL database 204, and other promotional message database 206, or may be connected to a database located externally. Can be received.

The SMSC 120 refers to a short message service center and plays a role of transmitting an SMS message which is widely used in mobile communication. The SMSC 120 is responsible for receiving the SMS message of the calling mobile terminal and transmitting the SMS message to the receiving mobile terminal. The SMSC 120 transmits the SMS message to the mobile terminal as a means for receiving an autonomous program. do. IWF is an inter-working function, a device that inputs a data communication signal in a matching state and performs necessary processing in data transmission and reception through a mobile communication terminal, and provides a wireless Internet service. Or system.

The mobile communication terminal 100 receives an autonomous program through an SMS message from the SMSC 120 through a communication network. The mobile communication terminal 100 basically receives the SMS message 300 through the wireless communication unit 102. The controller 101 checks whether the received SMS message 300 is a message related to an autonomous driving program. As a result of the check, if the message is related to the autonomous driving program, the autonomous driving program is automatically received and stored in a predetermined portion of the nonvolatile memory unit 108 included in the mobile communication terminal 100. The components illustrated in FIG. 1 do not necessarily have a hardware configuration, and some components may be implemented in the form of an application program that performs the same or similar functions.

The transmission history database 130 stores the automatic driving program transmission history including the completed automatic driving program information, transmission completion time and user information in the mobile communication terminal.

Here, the automatic driving program information may be an automatic driving program name, automatic driving program identification number, program version. Through the program version, it is possible to distinguish whether the auto-drive program to be transmitted is an updated version of the program, compared to the auto-drive program previously transmitted and stored in the mobile communication terminal. This can also be distinguished by the transmission completion time.

In addition, the user information may be a user identification number, a user segmentation group, and a user telephone number. The user segmentation group refers to a segmentation, classification, and grouping of users based on propensity information of a user's communication type and frequently used contents. Therefore, suitable automatic driving programs may be different for each user segmentation group, thereby providing a suitable program for the user. The user identification number is similar in concept to the user segmentation group, and the user telephone number is information required when the autonomous program server transmits the autonomous program.

3 is an exemplary diagram illustrating a field configuration of an SMS message according to an embodiment of the present invention. Referring to FIG. 3, the SMS message 300 includes a tele ID field 302, a program ID field 304, and a transmission message field 306. The tele ID field 302 is a field indicating that the SMS message 300 is a message related to an autonomous program including a fragmented autonomous program piece or URL information for downloading the autonomous program. The controller 101 of the mobile communication terminal 100 checks the tele ID field 302 to determine whether the corresponding SMS message is a general SMS message or a message related to an autonomous driving program. The program ID field 304 is a field for identifying which program the autonomous program included in the SMS message 300 is. This field is necessary for identification of each program when at least two autonomous programs automatically received by the mobile communication terminal 100 are present. The transmission message field 306 is a part containing contents to be transmitted through the SMS message 300 and conventionally contains text contents such as greetings to be transmitted by the calling party to the receiving party, but according to a preferred embodiment of the present invention. Contains a fragment of an autonomous program or URL information from which the autonomous program can be downloaded. In addition, it may include a segment identification and serial number fields, which will be described later in detail.

In this case, the automatic driving program exceeds the capacity of the SMS message and thus cannot be transmitted at a time. In general, SMS messages can be sent up to 80 bytes, but in the case of auto-drive programs, they often exceed 80 bytes. Therefore, in order for the mobile communication terminal 100 to automatically receive the autonomous driving program, there should be another method. Hereinafter, a method of automatically receiving the autonomous driving program using an SMS message will be described.

First, the autonomous program is divided into pieces of 80 bytes, which is preferably the amount that can be included in the SMS message. In this case, since the autonomous program fragment should be transmitted to the mobile communication terminal 100 and then recombined in the mobile communication terminal 100 to generate one completed autonomous program, each piece may have its combined position. It's a good idea to number the serial numbers so you know. The segment identification code and serial number code fields are additionally assigned to the fields composing the SMS message. The identification code confirms that the message is one of the divided fragments of the divided autonomous program, and the serial number code identifies the fragment located in the completion portion of the entire autonomous program. . Alternatively, the transmission message when combining the fragmented autonomous program fragment in the mobile communication terminal 100 by adding the partition identification code and the serial number code to the transmission message field 306 without additional allocation of the partition identification code and serial number code fields. The division identification code and the serial number code included in the field 306 may be used to complete the autonomous driving program. In addition, many modifications may be made by those skilled in the art regarding the method of dividing and transmitting the autonomous driving program, which is obviously belonging to the spirit of the present invention. Hereinafter, the case of allocating the segment identification code and serial number code fields will be described as a preferred embodiment.

Secondly, it is possible to receive the URL of the server where the autonomous program is stored through the SMS message. Referring to FIG. 3, the mobile communication terminal 100 uses the tele ID field 302 of the SMS message 300 to identify that the message includes a URL regarding an autonomous driving program. The mobile communication terminal 100 automatically accesses the URL included in the transmission message field 306 after the identification and downloads the autonomous driving program through the corresponding URL.

Figure 4 is a flow chart of the automatic reception method of the automatic drive program according to an embodiment of the present invention. 5 is a flowchart of a program combining and automatic driving setting method after automatic reception of an automatic driving program according to an exemplary embodiment of the present invention. 4 and 5 relate to the former method of automatically receiving an autonomous driving program using the above-described SMS message.

Referring to FIG. 4, in step S401, the autonomous program server 110 transmits the divided autonomous program pieces to the SMSC 120. The division of the autonomous driving program is based on the above-described process. In step S402, the SMSC 120 includes the received auto-drive program fragment in the transmission message field 306 of the SMS message. Here, in step S401 to step S402, the automatic driving program server 110 transmits the entire automatic driving program to the SMSC 120 instead of the divided automatic driving program fragment, and the SMSC 120 divides the automatic driving program into respective pieces. You may.

After the above process, the tele ID field 302 and the program ID field 304 (if necessary, the segmentation identification code) of the SMS message can be identified by the mobile terminal 100 to identify that the SMS message includes the autonomous program fragment. And a serial number code field) are included respectively. In step S403, the mobile communication terminal 100 receives the SMS message and checks the tele ID field 302 of the corresponding SMS message to determine whether the received SMS message is a message including an autonomous program fragment. If the SMS message is a message including the autonomous program fragment, the combined portion of the autonomous program fragment stored in the nonvolatile memory unit 108 for the same autonomous program through the program ID field 304 of the received SMS message. In addition to In step S404, the combined auto-drive program pieces are stored in the nonvolatile memory unit 108 again. Steps S401 to S404 are repeated until all of the divided autonomous program pieces are transmitted. Subsequently, the auto-drive program server 110 transmits the last piece of the auto-drive program piece to the SMSC 120. The SMSC 120 includes a predetermined identification code indicating that the corresponding autonomous program fragment is the last in the serial number code field of the SMS message and transmits it to the mobile communication terminal 100. The mobile communication terminal 100 combines the last autonomous program pieces for the same autonomous program through the program ID field 304 of the received SMS message to complete one completed autonomous program.

Referring to FIG. 5, it is determined in step S503 whether each of the pieces of autonomous program are already present in the mobile communication terminal 100. If the determination result does not exist, in step S504 to step S505, the auto-drive program pieces are further combined to complete the auto-drive program and stored in the nonvolatile memory unit 108. As a result of the determination in step S503, if the corresponding program already exists in the mobile communication terminal 100 or a new auto drive program is stored in the step S505, the auto drive program is automatically displayed in the initial screen of the mobile communication terminal in step S506. After determining whether it is set to be driven, if the automatic driving is not set as a result of the determination, the automatic driving program is set to be automatic driving when a driving event set in advance in step S507 is generated.

6 is a flowchart of a method for automatically receiving an automatic driving program according to another exemplary embodiment of the present invention. 7 is a flowchart illustrating a method for automatically setting an automatic drive after receiving an automatic driving program according to another exemplary embodiment of the present invention. 6 and 7 relate to the latter method of automatically receiving an autonomous program using the above-described SMS message.

Referring to FIG. 6, in step S601, the autonomous program server 110 transmits a URL for downloading the autonomous program on the wireless Internet to the SMSC 120. In operation S602, the SMSC 120 generates an SMS message including the received URL and transmits the SMS message to the mobile communication terminal 100. Here, a method of generating an SMS message to include a URL and to be able to access the URL through a mobile communication terminal will be apparent to those skilled in the art, and thus a detailed description thereof will be omitted. In step S603, the mobile communication terminal 100 identifies whether the SMS is for transmission of an autonomous program through the tele ID field 302 of the received SMS message, and the URL for downloading the autonomous program is included in the SMS message. After the judgment, the URL is automatically accessed through the wireless Internet network. In step S604, the mobile communication terminal 100 downloads the autonomous driving program from the corresponding URL. In step S605, the mobile communication terminal 100 stores the downloaded auto-drive program in the designated portion of the nonvolatile memory unit 108.

Referring to FIG. 7, in steps S701 to S702, the mobile communication terminal 100 receives an SMS message and checks a tele ID field 302 to determine whether the SMS message is for automatic driving program transmission. If the determination result is a normal SMS message, the existing SMS message reception processing routine is performed (step S711). However, when the determination result is the SMS message for automatic driving program transmission, in step S703, the program ID field 304 of the SMS message is checked, and the corresponding automatic driving program is currently in the nonvolatile memory unit 108 of the mobile communication terminal 100. Make sure it doesn't exist in. If the confirmation result does not exist in step S704, the mobile communication terminal 100 is automatically connected to the URL included in the received SMS message to download the autonomous driving program. The autonomous program downloaded in step S705 is stored in a predetermined portion of the nonvolatile memory unit 108. As a result of the checking in step S703, if the corresponding program already exists in the mobile communication terminal 100 or a new auto drive program is stored in step S705, the auto drive program is automatically displayed in the initial screen of the mobile communication terminal in step S706. After determining whether it is set to be driven, if the automatic driving is not set as a result of the determination, the automatic driving program is set to be automatic driving when a driving event set in advance in step S707 occurs.

Here, in the case where the mobile communication terminal 100 is disconnected due to a call or the like during the downloading of the autonomous driving program in step S704, the download is interrupted for a while, and after the call is terminated, the mobile communication program is reconnected to the corresponding URL. You can continue downloading.

8A to 8D are views illustrating a portion in which an autonomous program is stored and contents thereof stored in a nonvolatile memory unit of a mobile communication terminal according to an exemplary embodiment of the present invention. 11 is a diagram illustrating an execution screen of an autonomous driving program according to an exemplary embodiment of the present invention. In the present invention, the nonvolatile memory is an EEPROM or flash memory capable of writing and reading while the mobile communication terminal is in operation, and is provided in the mobile communication terminal.

Referring to FIG. 8A, the nonvolatile memory unit 108 includes a system area 800, an autonomous program allocation area 810, and a user area 850. The system area 800 is an area in which OS codes such as schedulers, memory managers, file system codes, and network codes, and system control codes such as device drivers are stored. The user area 850 is an area for storing phonebooks, messages, pictures, picture data, or applications. Here, the system area 800 is a part which cannot be accessed by the user and is a part which has been set since the manufacture of the mobile communication terminal 100. The user area 850 is an area for storing data that a user can arbitrarily store, delete, and change while using the mobile communication terminal 100.

The autonomous program allocation area 810 allocates an area to which the user cannot access, such as the system area 800. The automatic drive program allocation area 810 includes an automatic drive program storage area 812, an application program information storage area 814, a link information storage area 816, and other message information storage area 818.

Referring to FIG. 8B, the application information storage area 814 includes a memory address of each application program stored in the application area 860 of the user area 850, as well as a program ID, a program name, a program version, a change date, and a program. Information such as size is included. When an event for executing an application program among auto-drive programs occurs, the corresponding application program may be called and executed using the memory address.

Referring to FIG. 8C, the link information storage area 816 includes information such as a link URL, a link ID, a text, a change date, and the like, accessible through the wireless Internet. Referring to FIG. 8D, the other message information storage area 818 includes information of a message ID, a change date, a message content, and a link URL. The message content may include news, promotional messages, advertisements, and the like.

Referring to FIG. 11, in the present invention, the automatic driving program may preferably include at least one of application program information 1110, link information 1120, and other message information 1130.

The application program information 1110 may be information about a stock program, a financial program, a game program, and the like. When the securities program is executed, the current stock price and KOSDAQ index are displayed, indicating the stock price and trading status of the desired stock, and enabling the trading of buying and selling stocks. The financial program allows the user of the mobile communication terminal 100 to receive an account balance inquiry, a transfer service, and the like by interworking with a bank site that actually performs a transaction. The game program may be an online game or a game that is played alone on a mobile communication terminal after being downloaded once. Each application program may be selected by the input unit 104 of the mobile communication terminal 100 or the display unit 206 having a touch screen function, and when selected, calls the application program to provide a desired service or function. do. The application program may be a program that is not related to the autonomous program embedded in the mobile communication terminal 100, and by selecting this, the autonomous program may be terminated and the corresponding application program may be called.

The link information 1120 may be linked to a site that provides news information divided into social, political, entertainment / sports, and the like, or may be linked to a site showing contents desired by a user. When the corresponding link is selected by the input unit 104 or the display unit 106 having the touch screen function of the mobile communication terminal 100, the corresponding link is connected to display the contents of the site on the display unit 106.

The other message information 1130 may include a still image or a video of an advertisement, an announcement from an automatic driving program provider, news, and the like.

The aforementioned application program information 1110, link information 1120, and other message information 1130 may be all displayed as shown in FIG. 11 or only one of them may be displayed. It is also apparent that any two may be selected and displayed, and many other modifications may be made by those skilled in the art.

9 is a flowchart illustrating automatic driving and termination of the automatic driving program according to the present invention. Referring to FIG. 9, in step S901, the mobile communication terminal 100 stores the autonomous driving program in the nonvolatile memory unit 108. In step S902, it is determined whether an event for auto-driving a program has occurred, and if it is determined that there is no driving event, it is continuously checked whether an event has occurred. When the driving event occurs as a result of the determination, in step S903, the control unit 101 of the mobile communication terminal 100 calls out and drives the automatic driving program stored in the nonvolatile memory unit 108. Here, the driving event may preferably include entering an activation state, entering a standby state, waiting after a call attempt, termination of a call, wireless Internet access, wireless Internet termination, terminal power on or off, and the like. That is, a user of a mobile communication terminal may open a folder in the case of a folder type terminal, raise a display part in the case of a sliding type terminal, or specify a key input unit in the case of other terminals to make a call or for other purposes. When a key is pressed, an automatic driving application is automatically driven and displayed on the display unit of the corresponding mobile communication terminal. The user first recognizes the automatic driving program displayed on the display unit before executing the operation of the original purpose, and naturally exposes information without the user's awareness or a separate operation and induces the user's automatic driving program operation.

In step S904, it is determined whether or not an event for terminating the program has occurred, and if there is no occurrence of the termination event, the program continues to be driven. If an end event occurs as a result of the determination, the automatic driving program is terminated in step S905. Here, the end event may preferably be an event such as pressing a numeric key of a key input unit or driving another application program for a call.

10 is a diagram illustrating an environment in a mobile communication terminal for driving an autonomous driving program according to a preferred embodiment of the present invention. Referring to FIG. 10, a terminal basic software 1020 and an application platform 1030 are connected to the hardware 1010 of the mobile communication terminal so that the application 1040 can be executed in the mobile communication terminal. As the operation 1040 is executed, the operation of the hardware 1010 is controlled.

Herein, the controller for driving the autonomous program may be terminal basic software 1020. In this case, the autonomous driving program becomes the application platform 1030, and the application 1110 included in the autonomous driving program, the link URL 1120, the other promotional message 1130, and the like are the application 1040.

In addition, the controller for driving the autonomous program may be an application platform 1030. In this case, the autonomous driving program becomes the application 1040, and the application program included in the autonomous driving program, a link URL, and other messages become a program included in the application 1040. In addition, the autonomous driving program may be a virtual machine 1050. The virtual machine 1050 also corresponds to one program, but serves as an interpreter for translating the virtual machine application 1060 to be executed on the application platform 1030. Accordingly, applications, link URLs, and other messages placed on the virtual machine 1050 may control and operate the hardware 1010 through the virtual machine 1050.

12 is a flowchart illustrating a method for managing a transmission history of an autonomous driving program according to an exemplary embodiment of the present invention. In the method of transmitting an autonomous program from the autonomous program server 110 to the mobile communication terminal 100 through the SMSC 120, the method for checking whether the mobile communication terminal 100 has transmitted the autonomous program. It is about. In step S503 of FIG. 5 or step S703 of FIG. 7, the mobile communication terminal 100 receives the SMS message 300 and then searches for the program ID field 304 included in the SMS message 300. There is a method for checking whether the same program as the autonomous driving program is stored in the mobile communication terminal 100. However, since it should always receive the SMS message 300 will be described in detail below how to manage the transmission history without receiving the SMS message 300.

Referring to FIG. 12, in step S1201, the autonomous program server 110 requests a transmission history for the autonomous program to be transmitted to the mobile communication terminal 100 from the transmission history database 130. In step S1202, the transmission history database 130 searches for transmission history data of the autonomous program for the corresponding mobile communication terminal 100 and transmits it to the autonomous program server 110. If the automatic driving program server 110 needs to transmit the updated automatic driving program to the mobile communication terminal 100 based on the received transmission history data, the mobile terminal 100 moves through the SMSC 120 in steps S1203 to S1204. The automatic driving program is transmitted to the communication terminal 100. The transmission process is the same as the above-described process and a detailed description thereof will be omitted.

In step S1205, the mobile communication terminal 100 receives the autonomous program pieces to complete the autonomous program or accesses the download URL to complete the download of the autonomous program to the SMSC 120. Answer. In operation S1206, the SMSC 120 transmits an incoming response including the corresponding autonomous driving program and the identifier of the mobile communication terminal 100 to the transmission history database 130. In step S1207, the transmission history database 130 updates and stores the transmission history based on the incoming call response.

Here, the transmission history database 130 is a server that manages the transmission history of the automatic drive program transmitted for each mobile communication terminal (100). The transfer history database 130 may have a separate database server.

Examples of transmission history data managed by the transmission history database 130 are illustrated in FIGS. 13A and 13B. Referring to Figure 13a, includes a user identification number, a user segmentation group, mobile phone number, auto-drive application identification number, auto-drive application name, program version, transmission time management information for managing the transmission time, etc. , FIG. 13B may include other information transmission management information for managing a user identification number, a user segmentation group, a mobile phone number, other information identification numbers, other information contents, a link URL, a transmission time, and the like.

Here, the user segmentation group means a separate application program or a wireless Internet site exposed to the user in advance, considering a user's wireless communication usage form or interest in advance. By exposing application programs, link URLs, and other promotional messages to different groups of users, they provide the convenience of quickly and easily accessing more appropriate and useful information to users according to their preferences. In addition, other promotional message display area may be provided on the configuration screen of the autonomous driving program, so that the message to be delivered to the user may be delivered more naturally without objection.

The autonomous program server 110 and the transmission history database 130 shown in FIG. 12 do not necessarily have a separate configuration, and some components may be implemented in the form of an application program that performs the same or similar functions. In addition, the autonomous program server 110 and the transmission history database 130 may be integrated into one server and implemented in the spirit of the present invention, or may be implemented by being divided into several lower servers.

FIG. 14A is a diagram illustrating a standby screen of a mobile communication terminal according to the prior art, and FIG. 14B is a diagram showing an automatic driving program in a mobile communication terminal according to an exemplary embodiment of the present invention. Referring to FIG. 14A, a standby screen of a mobile communication terminal according to the related art generally indicates a current time or displays a current date by displaying a calendar. Alternatively, the user could download a standby screen or set a picture to be displayed on the standby screen. However, referring to FIG. 14B, the standby screen of the mobile communication terminal according to the present invention may automatically execute an automatic driving program to display application program information, link information, and other message information. The user may check the screen on the initial standby screen and execute an application program, access the wireless Internet through link information, connect to the corresponding link site, or check other messages.

The present invention is not limited to the above embodiments, and many variations are possible by those skilled in the art within the spirit of the present invention. In addition, the scope of the present invention can be interpreted only by the claims described below.

As described above, a mobile communication terminal, an operating system, and a method for automatically receiving and automatically driving an autonomous driving program using a message according to the present invention can be applied to a predetermined application program without the terminal user's intention or extra effort. It is automatically driven and exposed to the user to expose other separate application to the display to use the more useful application to the user to induce its use, and to expose the wireless Internet site to the user through the application Visits to the wireless Internet site can be encouraged.

In addition, separate application programs or wireless Internet sites exposed to users are organized in advance in consideration of the user's usage patterns and interests of the user in advance, and the user groups are exposed differently for each user group. It provides users with the convenience of quick and easy access to more relevant and useful information.

In addition, other promotional message display areas may be provided to more naturally convey the message to be delivered to the user without objection.

Claims (13)

In the mobile communication terminal, Non-volatile memory unit for storing the system information of the automatic drive program, the general application program and the mobile communication terminal; A control unit for automatically receiving the automatic driving program and storing the automatic driving program, driving the automatic driving program stored in the nonvolatile memory unit when a driving event occurs, and ending the automatic driving program when a termination event occurs; A display unit which displays the automatic driving program to a user when the automatic driving program is driven; An input unit which receives an input of the user for operating the autonomous driving program displayed on the display unit; And Including a wireless communication unit for performing wireless communication, And the automatic driving program automatically receives and automatically drives the automatic driving program, wherein the user of the mobile communication terminal is stored in an area inaccessible from the nonvolatile memory unit. The method of claim 1, wherein the control unit The mobile communication terminal receives an SMS message including a downloadable URL of the autonomous program and an SMS identifier for autonomous program transmission, and reads the autonomous program transmission SMS identifier from the SMS message and automatically accesses the URL. And automatically download and store the auto-drive program in the nonvolatile memory unit to automatically receive and auto-drive the auto-drive program. The method of claim 1, wherein the control unit The mobile communication terminal receives at least one SMS message including a fragmented fragment of the autonomous program and an SMS identifier for autonomous program transmission, reads the SMS identifier for autonomous program transmission from each SMS message, and reads each SMS message. And a recombination of the fragments of the autonomous program included in the message, the autonomous program being completed and stored in the nonvolatile memory unit. The method of claim 1, wherein the driving event is Automatically receive an autonomous program, characterized in that it is any one of entering into the active state, entering into the standby state, waiting after the call attempt, end of the call, wireless internet access, wireless internet termination, terminal power on, terminal power off, and a combination thereof. Automated mobile terminal. The method of claim 1, wherein the end event is A mobile communication terminal for automatically receiving and automatically driving an auto-drive program, characterized in that the normal application program other than a call button press or an auto-drive program. According to claim 1, wherein the automatic drive program A mobile communication terminal for automatically receiving and automatically driving an auto-drive program, characterized in that it comprises any one of application program information, link information, other message information, and combinations thereof. The method of claim 1, wherein the input unit A mobile communication terminal for automatically receiving and automatically driving an autonomous driving program, characterized in that the touch panel receives an input by a key panel or a screen touch including a direction key and a selection key. In the automatic reception and automatic drive system of the automatic drive program using the SMS message, A transmission history database for storing the automatic driving program transmission history including the completed automatic driving program information, transmission completion time and user information in the mobile communication terminal, wherein the automatic driving program information includes an automatic driving program name and automatic driving program identification At least one of a number and a program version, wherein the user information includes at least one of a user identification number, a user segmentation group, and a user telephone number; And Comprising an automatic driving program transmission history received from the transmission history database includes an automatic driving program server for transmitting the updated automatic driving program to the mobile communication terminal using an SMS message, The mobile communication terminal automatically receives the updated auto drive program using the SMS message received from the auto drive program server, stores the updated auto drive program in a nonvolatile memory unit of the mobile communication terminal, and automatically generates the auto drive program when a driving event occurs. Automatic reception and automatic drive system of the automatic drive program using an SMS message characterized in that driving. The method of claim 8, wherein the automatic driving program server transmits the automatic driving program to the mobile communication terminal using the SMS message. Including the download URL of the auto-drive program in the SMS message, the mobile communication terminal automatically accesses the download URL and downloads the auto-drive program, or includes the auto-drive program divided into a plurality of the SMS message. And a method for the mobile communication terminal to receive the plurality of SMS messages and to recombine and divide the divided automatic drive program. In the automatic reception and automatic driving method of the automatic drive program using the SMS message, (a) receiving, by the automatic driving program server, the automatic driving program transmission history from the transmission history database, wherein the automatic driving program transmission history includes automatic driving program information, transmission completion time and user information, and the automatic driving program The information includes at least one of an autonomous program name, an autonomous program identification number and a program version, the user information comprising at least one of a user identification number, a user segmentation group and a user telephone number; (b) the automatic driving program server selecting an updated automatic driving program in comparison with the automatic driving program transmission history; (c) the automatic driving program server transmitting the updated automatic driving program to a mobile communication terminal using an SMS message; (d) storing the autonomous driving program in the nonvolatile memory unit by the mobile communication terminal; (e) setting, by the mobile communication terminal, the automatic driving program to be automatically driven when a driving event occurs; And (f) Automatic reception and automatic drive method of the automatic drive program using an SMS message comprising the step of automatically driving the automatic drive program when the drive event occurs. The method of claim 10, wherein step (c) (c-1) the automatic driving program server transmitting a download URL of the updated automatic driving program to an SMSC; (c-2) generating, by the SMSC, an SMS message including the download URL received from the autonomous program server and an SMS identifier for autonomous program transmission to the mobile communication terminal; (c-3) reading the SMS identifier for automatic drive program transmission from the SMS message received by the mobile communication terminal and identifying whether the SMS message is for automatic drive program transmission; (c-4) reading the download URL from the SMS message received by the mobile communication terminal and accessing the download URL via wireless Internet; And (c-5) The mobile communication terminal automatically receiving and downloading the automatic drive program via the download URL further comprising the automatic reception program using the SMS message and automatic drive method. The method of claim 10, wherein step (c) (c-1) the automatic driving program server dividing the updated automatic driving program; (c-2) transmitting the divided autonomous program fragment to an SMSC; (c-3) generating, by the SMSC, an SMS message including the autonomous program fragment received from the autonomous program server and an SMS identifier for autonomous program transmission to the mobile communication terminal; (c-4) reading the SMS identifier for transmission of the autonomous program from the SMS message received by the mobile communication terminal and identifying whether the SMS message is for transmission of the autonomous program; And (c-5) reading the fragment of the autonomous program from the SMS message received by the mobile terminal and reassembling the completed autonomous program. Auto receive and auto drive method. The method of claim 10, wherein step (c) (c-1) the automatic driving program server transmitting the updated automatic driving program to an SMSC; (c-2) dividing the updated auto-drive program received by the SMSC into an auto-drive program fragment; (c-3) generating, by the SMSC, an SMS message including the autonomous program fragment and an SMS identifier for transmitting the autonomous program to the mobile terminal; (c-4) reading the SMS identifier for automatic driving program transmission from the SMS message received by the mobile terminal to identify whether the SMS message for automatic driving program transmission is received; And (c-5) reading the fragment of the autonomous program from the SMS message received by the mobile terminal and reassembling the completed autonomous program. Auto receive and auto drive method.

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