KR20070036445A - Macro transmission and execution method in mobile communication terminal - Google Patents

Abstract

The present invention relates to a method for transmitting and executing a macro in a mobile communication terminal. In the macro transmission method between homogeneous terminals, the first mobile communication terminal outputs a macro script list on the screen and receives one macro item from the user. The selected macro item is transmitted to the second mobile communication terminal together with identification data indicating that the macro is transmitted. The identification data is extracted from the macro item received by the second mobile communication terminal, and it is determined whether the corresponding macro item is a macro message as a result of the extraction. If the received macro item is a macro message, the second mobile communication terminal extracts macro data and executes the macro. In the present invention, by storing the macro operation in the form of a script, and sending and receiving the script in the form of SMS or MMS to enable remote macro transmission and execution between heterogeneous and homogeneous terminals, users can use a wider variety of macro functions Has an effect.

Macro, Send, Execute, Mobile Phone, SMS, MMS

Description

 How to transfer and run macro in mobile terminal {Method for transferring and running macro in mobile phone}

1 is an overall configuration diagram showing a method of transmitting and executing a macro in a mobile communication terminal of the present invention. FIG. 1 (a) shows a macro registered in a server through a macro or a PC registered in a server between homogeneous or heterogeneous terminals. The overall configuration diagram showing a process of transmitting and executing a macro by using, Figure 1 (b) is an overall configuration diagram showing a process of executing a macro by directly transmitting a macro registered in the terminal to another terminal of the same kind.

2 is an internal configuration diagram of a mobile communication terminal of the present invention.

3 is a flowchart illustrating a process of transmitting and executing a macro from a mobile communication terminal of the present invention to a mobile communication terminal of the same type.

4 is a flowchart illustrating a process in which a receiving terminal registers a list of senders to allow macro reception with a server, and selects only a message from the senders to execute a macro.

5 is a flowchart illustrating a process in which a receiving terminal pre-registers a list of senders to allow macro reception with a receiving terminal, and selects only a message from the senders to execute a macro.

6 is a flowchart illustrating a process of executing a macro after performing authentication through a text message before transmitting and executing the macro in the mobile communication terminal of the present invention.

7 is a flowchart illustrating a process of transmitting and executing a macro between heterogeneous terminals.

<Explanation of symbols on main parts of the drawings>

100-first mobile communication terminal 106-input unit

200-second mobile communication terminal 109-display unit

300-server 112-storage

400-PC (Personal Computer) 115-RF Transceiver

500-Base Station 118-Audio Converter

103-control unit

The present invention relates to a method for transmitting and executing a macro in a mobile communication terminal, and more particularly, by storing a macro operation in the form of a script and transmitting the script through SMS or MMS, the macro is transmitted between heterogeneous and homogeneous terminals. The present invention relates to a method for transmitting and executing a macro in a mobile communication terminal.

Recently, various functions such as games, schedule management, and contents for performing a specific operation are provided to a mobile communication terminal which provided only a simple function (for example, a call function) according to the improvement of various components mounted in the mobile communication terminal. It is becoming a trend. However, since general mobile communication terminals do not provide a function for downloading and executing a new program to a terminal as in a PC, it is not possible to easily implement the function expansion and change of the software installed at the time of product shipment.

On the other hand, the mobile communication terminal has various functions in order to satisfy various needs of the user. Since the menu deployment form for the various functions has a tree structure, the user requires several key operations to select a desired menu. Accordingly, in the related art, the user can move to a desired position by pressing a shortcut key without pressing a plurality of key inputs after setting a shortcut by moving the user to a desired position using a macro function several times. Now you can perform the functions you want.

However, this method has been inconvenient because the macro can be executed only in the terminal storing the macro, and if the user wants to use the same menu in another terminal, the macro must be set again from the beginning. In addition, there has been a technique of transmitting a short message or a video mail through a text message, but there was no function of transmitting a message by combining with a macro function, and when transmitting to a receiving terminal having a different type, it exists in the receiving terminal. Since a method of performing a macro function by generating a function that does not have been proposed is not proposed, it is impossible to transmit a function between heterogeneous terminals and thus cannot use various functions.

The present invention has been made in view of the above, and when a user of a mobile communication terminal wants to use a macro function set in his or her own terminal in another terminal of the same kind, the mobile terminal can change the macro using a text message or MMS. The present invention provides a method for transmitting and executing a macro in a mobile communication terminal that can be conveniently used in another terminal by transmitting and executing the terminal.

Still another object of the present invention is to transmit a macro function to another heterogeneous terminal by using a text message or MMS when the user of the mobile communication terminal wants to use the macro function set in his or her terminal. By converting the macro function to different types of terminals to use the macro function, a macro transmission and execution method in a mobile communication terminal that can use a variety of macro functions, execution, and text message functions is provided. It is.

In the present invention for achieving the above object, in the macro transmission method between the same type of terminal, the first mobile communication terminal outputs the macro script list on the screen and receives one macro item from the user. When one macro item is selected by the user, the selected macro item is transmitted to the second mobile communication terminal together with identification data indicating that the macro is transmitted. The identification data is extracted from the macro item received by the second mobile communication terminal, and it is determined whether the corresponding macro item is a macro message as a result of the extraction. If the received macro item is a macro message, the second mobile communication terminal extracts macro data and executes the macro. In this case, the macro item may be transmitted through a text message or an MMS, and the identification data may be included in a header of the text message or the MMS.

In addition, the identification data is a separate teleservice ID indicating that the transmission of the macro, it is preferably included in the text message or the user data field of the MMS. In addition, the identification data is a separate application ID indicating that the transmission of the macro, the macro item includes a swap push command for accessing the authentication-allowed site, if the macro entry is a swap push command for accessing the authentication-allowed site For example, it is preferable to execute the macro only when the authentication is permitted by accessing an authentication-allowed site.

In addition, the present invention, in the macro transmission method between the same type of terminal, the user of the second mobile communication terminal registers a list of senders to allow the reception of the macro message to the server. When the first mobile communication terminal outputs the macro script list on the screen, one macro item is selected from the user and transmitted to the server. If the selected macro item is a macro that is allowed to receive a macro message, the selected macro item is transmitted to the second mobile communication terminal. When the second mobile communication terminal receives the macro item, it executes the macro. In this case, registration of the macro list is preferably performed through a personal computer, and the macro transmission is preferably transmitted through a text message or an MMS.

The present invention also registers a telephone number list of a sender that allows the reception of a macro message in a second mobile communication terminal in a macro transmission method between homogeneous terminals. The first mobile communication terminal outputs a macro script list on the screen. When the first mobile communication terminal receives one macro item from the list output from the user, the mobile communication terminal transmits the selected macro item to the second mobile communication terminal. Upon receiving the macro, the second mobile communication terminal determines whether the first mobile communication terminal is a terminal having a telephone number that allows the reception of the macro message. If the first mobile communication terminal is a telephone number allowing the reception of the macro message, the macro is executed. Preferably, the macro transmission is transmitted via a text message or an MMS.

According to the present invention, in a macro transmission method between homogeneous terminals, a text message notifying transmission of a macro message is transmitted to a second mobile communication terminal before the message is transmitted from the first mobile communication terminal. When the text message is received by the second mobile communication terminal, a specific encryption key value is transmitted to the first mobile communication terminal. The first mobile communication terminal receiving the encryption key value from the second mobile communication terminal adds the corresponding encryption key value to the macro message. The macro message including the encryption key value is transmitted to the second mobile communication terminal. The second mobile communication terminal executes the macro according to the received macro message. At this time, the encryption key value is preferably composed of a combination of characters corresponding to 4 to 6 characters, the macro transmission is preferably transmitted through a text message or MMS.

In addition, according to the present invention, in the macro transmission method between heterogeneous terminals, the second mobile communication terminal registers a profile for executing the macro with the server. The first mobile communication terminal outputs a macro script list screen, selects one macro item from the script list output from the user, and transmits the selected macro item to the server. The server receiving the macro item from the first mobile communication terminal analyzes the profile of the second mobile communication terminal which is the receiving terminal. When the profile of the second mobile communication terminal is interpreted, the macro item is changed to a macro suitable for the second mobile communication terminal and transmitted to the second mobile communication terminal. In the second mobile communication terminal, the received macro is executed. In this case, the macro transmission is preferably transmitted through a text message or MMS.

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

1 is an overall configuration diagram showing a method for transmitting and executing a macro in a mobile communication terminal of the present invention, Figure 1 (a) is a macro registered in the server through a macro or a PC registered in the server between homogeneous or heterogeneous terminals The overall configuration diagram showing a process of transmitting and executing a macro by using, Figure 1 (b) is an overall configuration diagram showing a process of executing a macro by directly transmitting a macro registered in the terminal to another terminal of the same kind.

The present invention consists of a first mobile communication terminal, a second mobile communication terminal, a server, and a personal computer (PC).

First, as shown in (a) of FIG. 1, a receiving terminal (second mobile communication terminal in the drawing) registers a list of senders who want to allow the reception of a macro message to a server through a base station in advance, 1, when there is a macro transmission from the mobile communication terminal to the transmitting terminal 100, if the transmitting terminal 100 exists in the list previously registered in the server, the receiving terminal 200 may execute the received macro. That is, the user of the second mobile communication terminal 200 registers a list of senders to allow the reception of the macro message to the server. In this case, the list of senders may be registered through the second mobile communication terminal 200 and the base station 500a, or may be registered in the server 300 using the PC (personal computer) 400 through the Internet. .

When the first mobile communication terminal 100 stores a macro operation in a script form and selects a specific macro among the corresponding scripts and transmits it to the server 300, the server 300 indicates that the macro is a macro that is allowed to receive the macro. This is transmitted to the second mobile communication terminal 200. At this time, the macro transmission to the second mobile communication terminal 200 is preferably performed via MMS or SMS.

In this case, if the first mobile communication terminal 100 and the second mobile communication terminal 200 are using different types of terminal devices, first the profile required for executing the macro in the second mobile communication terminal 200 is first the server 300. Register at When the first mobile communication terminal 100 outputs a macro script list on the screen and selects a specific macro and transmits the selected macro to the server 300, the server 300 is configured to transmit the macro to the first mobile communication terminal 100. 2 extracts and analyzes the profile of the mobile communication terminal 200, changes the macro according to the type of the second mobile communication terminal 200, and receives the macro received from the first mobile communication terminal 100 to the second mobile communication terminal ( 200). In this way, the second mobile communication terminal 200 receiving the converted macro from the server 300 executes the macro.

In addition, the present invention does not register the list of senders who want to allow the reception of the macro message as shown in FIG. 1A to the server, and transmits and executes the macro to another mobile communication terminal as shown in FIG. 1B. It is also possible.

That is, when the macro script list is output on the screen by the first mobile communication terminal 100, one macro item is selected from the output lists and the base station 500a or 500b is selected together with identification data indicating that the item is a macro transmission. After the transmission to the second mobile communication terminal 200. Upon receiving this, the second mobile communication terminal 200 extracts identification data from the corresponding item, and executes the macro if the corresponding macro item is a macro message as a result of the extraction.

2 is an internal configuration diagram of a mobile communication terminal of the present invention.

Although not shown, the mobile communication terminal 100 transmits and receives signals to and from a mobile communication system including a base station, a mobile switching center, and a short message center. A transmitter, a receive amplifier, and a demodulator including a modulator and a transmission amplifier are used. It includes an RF transceiver 115 having a receiver including a. The receiver of the RF transceiver 115 suppresses amplification of noise as much as possible, amplifies a desired signal, generates a digital signal through an intermediate frequency, and the digital signal is analyzed and processed by the controller 103. In addition, the transmitter of the RF transceiver 115 modulates and amplifies a signal generated by the controller 103 in a desired frequency band, and is finally radiated to an antenna via a duplexer (not shown).

The display unit 106 may be formed of a liquid crystal display (LCD) or the like, and outputs various display data and text messages generated by the mobile communication mobile communication terminal 100. In addition, according to the present invention, the previously stored macro script list is output to the screen.

The input unit 109 may include a keypad or the like, and includes a plurality of numeric / character input keys, a function key for interfacing with a user, a key for a call, and the like. In addition, according to the present invention, the function key is used to select a pre-stored macro script.

The audio converter 118 converts a digital signal into voice and transmits it to a speaker or converts a voice received through a microphone into a digital signal.

The storage unit 112 includes a read only memory (ROM) and a voice memory for storing a plurality of programs and data. Also, according to the present invention, a list of macro scripts and a number list of senders that allow the reception of macro text messages are stored.

The controller 103 controls the above components, and includes a digital signal processor (DSP), a microprocessor, and other circuits, and controls a transmitter and a receiver so that a mobile communication terminal user can communicate with other users through a speaker and a microphone. To make a voice call. In addition, according to the present invention, when the specific macro is selected by the user, the controller 103 performs a role of adding identification data to the corresponding macro message. At this time, the control unit of the receiving terminal receiving the macro message determines whether the corresponding message is a macro message by extracting the identification data and controls to execute the macro if the message is a macro message.

 In addition, when receiving the macro message, the controller 103 determines whether the macro message is a macro message received from the user of the sender's number list stored in the storage unit, and receives the macro message received from the user of the sender's number list. Control to run macro only when it is a macro message.

In addition, the controller 103 controls a macro message to include a swap push command for accessing an authentication-allowed site, and executes the received macro message only when the authentication is accessed through the corresponding swap push command. do.

Next, a process of transmitting and executing a macro from another mobile terminal to another terminal will be described.

3 is a flowchart illustrating a process of transmitting and executing a macro from a mobile communication terminal of the present invention to a mobile communication terminal of the same type.

When the first mobile communication terminal outputs the macro script list on the screen (step 303), the user selects one macro item from the output lists (step 306). When one macro item is selected, identification data for identifying that the macro is a macro message is added to the selected macro (step 309), and the macro is transmitted to the second mobile communication terminal using a text message or MMS (step 309). 312).

The second mobile communication terminal extracts identification data from the received macro item (step 315), and determines whether the macro is a macro message from the extracted identification data (step 318). If the macro is a macro message (YES in step 318), the second mobile communication terminal extracts macro data (step 321) and executes the macro (step 324).

In this case, the identification data is included in the header of the text message or the MMS and is a separate teleservice ID indicating that the macro is transmitted. For example, if the teleservice ID in the general short text message is '30', the teleservice ID indicating the transmission of the macro may be distinguished by another ID, such as '31', so that the second mobile communication terminal may identify it. will be. In addition, the identification data may be transmitted by being included in the user data field of the text message, wherein the identification data is an application ID used as a method of distinguishing a push push or an MMS notification. Used as

In addition, in step 309, when the identification data for distinguishing the macro from the macro message is added to the macro, the message may be transmitted including a swap push command for accessing the authentication permission site, wherein the swap push command When the included macro message is received, it is preferable to connect to the authentication permission site according to the swap push command, and to execute the macro only when authentication is performed.

Next, a process in which the receiving terminal stores a list of senders to allow macro reception in the server or the receiving terminal, and executes the macro by selecting only a message from the senders.

4 is a flowchart illustrating a process in which a receiving terminal pre-registers a list of senders to allow macro reception with a server, and selects only a message from the senders to execute a macro.

First, when the second mobile communication terminal prepares a list of senders who want to allow the reception of the macro message and registers it with the server (step 403), the server stores the list of senders that allow the reception of the macro message (step 406).

When the first mobile communication terminal outputs the macro script list on the screen (step 409), the user of the first mobile communication terminal selects a specific macro item and transmits it to the server (step 412). Upon receiving the server, the server determines whether the first mobile communication terminal which transmits the macro message is a terminal included in the list of senders previously registered by the second mobile communication terminal user (step 415). 2 If the mobile communication terminal is included in the list of senders previously registered in the server (YES in step 415), the corresponding macro item is transmitted to the second mobile communication terminal by using a text message or MMS. Upon receiving the macro item (step 418), the second mobile communication terminal executes the macro (step 421).

5 is a flowchart illustrating a process in which a receiving terminal pre-registers a list of senders to allow macro reception with a receiving terminal, and selects only a message from the corresponding senders to execute a macro.

The second mobile communication terminal (receiving terminal) first registers the telephone number list of the sender terminal which allows the reception of the macro message (step 503).

When the macro script list is output on the screen in the first mobile communication terminal (step 506), the user of the first mobile communication terminal selects a specific macro item from the output script lists and transmits it to the second mobile communication terminal (step 509). At this time, the transmission of the macro item is preferably transmitted in a text message or MMS.

Upon receiving the macro item, the second mobile communication terminal determines whether the first mobile communication terminal that transmits the macro item exists in the sender terminal list registered in the second mobile communication terminal (step 512). If the communication terminal is present in the sender terminal list (YES in step 512), the received macro item is executed (step 515), and if it is not present (NO in step 512), the macro is not executed.

Next, a process of performing authentication by transmitting a text message notifying transmission of a macro message between terminals before transmitting the macro message, and executing the macro through this, will be described.

6 is a flowchart illustrating a process of executing a macro after performing authentication through a text message before transmitting and executing the macro in the mobile communication terminal of the present invention.

First, the first mobile communication terminal outputs a macro script list on the screen (step 603), and the user of the first mobile communication terminal selects a specific macro item from the output macro script lists (step 606). The first mobile communication terminal transmits a text message notifying the transmission of the macro message to the second mobile communication terminal before transmitting the selected macro item to the second mobile communication terminal (step 609). In response to the text message, the second mobile communication terminal receiving the text message notifying the transmission of the macro message transmits an encryption key composed of a combination of four to six characters to the first mobile communication terminal (step 612). ).

Upon receiving the encryption key from the second mobile communication terminal, the first mobile communication terminal adds the encryption key value to the selected macro item to be sent (step 615) and transmits it to the second mobile communication terminal (step 618). In this case, the macro message is preferably transmitted through SMS or MMS.

The second mobile communication terminal receives the macro message (step 621), extracts the encryption key included in the message, and if the encryption key matches the encryption key previously transmitted by the second mobile communication terminal (YES in step 624). ') Run the macro (step 627), and if it does not match (NO in step 624) the macro is not executed.

Next, a process of transmitting and executing macros between different types of terminals will be described.

7 is a flowchart illustrating a process of transmitting and executing a macro between heterogeneous terminals.

First, a second mobile communication terminal different from the first mobile communication terminal registers a profile required for executing a macro in the server in advance (step 703), and the server stores the registered profile from the second mobile communication terminal (step 706). ).

When the first mobile communication terminal outputs the macro script list on the screen (step 709), the first mobile communication terminal user selects a specific macro item from the output macro script list and transmits it to the server (step 712).

The server interprets the profile of the macro message received from the first mobile communication terminal (step 715), converts the profile into a macro suitable for the second mobile communication terminal, which is the receiving terminal, and transmits it to a second mobile communication terminal of a different type. (Step 718). In this case, the conversion of the profile is preferably performed using a profile registered in the second mobile communication terminal, and the macro message is preferably transmitted using SMS or MMS. Upon receiving the converted macro message from the server (step 721), the second mobile communication terminal executes the macro (step 724).

As mentioned above, although this invention was demonstrated to the several example, this invention is not limited to a specific Example. Those skilled in the art will appreciate that various modifications and changes can be made without departing from the spirit of the invention.

As described above, according to the present invention, when a user of a mobile communication terminal wants to use a macro function set in his terminal in another terminal of the same type, the mobile communication terminal transmits the macro to another terminal using a text message or MMS. By enabling it to run, the macro function can be conveniently used in other terminals.

Another effect of the present invention is to transmit the macro function to another heterogeneous terminal using a text message or MMS when the user of the mobile communication terminal wants to use the macro function set in his or her terminal. By converting the macro function to different types of terminals to use the macro function, the macro function, execution, and text message functions can be used more widely.

Claims (17)

In the macro transmission method between homogeneous terminals, A first step of outputting a macro script list on a screen by a first mobile communication terminal to select one macro item from a user; Transmitting the selected macro item to a second mobile communication terminal together with identification data indicating that the macro is transmitted; Extracting identification data from a macro item received by the second mobile communication terminal and determining whether the corresponding macro item is a macro message as a result of the extraction; A fourth step of extracting macro data and executing a macro when the received macro item is a macro message; Macro transmission and execution method in a mobile communication terminal comprising a. The method of claim 1, The macro item transmission and execution method of claim 2, wherein the transmission of the macro item in the second step is transmitted via a text message or MMS. The method of claim 2, The identification data of the second step is included in the header of the text message or MMS method for transmitting and executing a macro in a mobile communication terminal. The method of claim 3, wherein The identification data is a separate teleservice ID indicating that the transmission of the macro macro transmission and execution method in a mobile terminal. The method of claim 2, The identification data of the second step is included in the text message or the user data field of the MMS macro transmission and execution method in the mobile terminal. The method of claim 5, The identification data is a separate application ID indicating that the transmission of the macro macro transmission and execution method in the mobile terminal. The method of claim 2, The macro item in the second step includes a swap push command for accessing an authentication permission site. The fourth step is a method for transmitting and executing a macro in a mobile communication terminal, characterized in that to execute the macro only when the authentication is allowed to access the authentication site. In the macro transmission method between homogeneous terminals, A first step of registering, by the user of the second mobile communication terminal, a list of senders to which the macro message is to be accepted in the server; A second step of selecting one macro item from a user and transmitting the same to a server when the macro script list is output on the screen by the first mobile communication terminal; A third step of transmitting the selected macro item to a second mobile communication terminal if the macro is allowed to receive a macro message; A fourth step of executing the macro when the second mobile communication terminal receives the macro item; Macro transmission and execution method in a mobile communication terminal comprising a. The method of claim 8, Registering the macro list in the first step is performed via a personal computer, macro transmission and execution method in a mobile communication terminal. The method of claim 8, The macro transmission in the step 3 is a macro transmission and execution method in a mobile communication terminal, characterized in that the transmission via a text message or MMS. In the macro transmission method between homogeneous terminals, A first step of registering a telephone number list of a sender allowing the reception of a macro message in a second mobile communication terminal; A second step of outputting a macro script list on a screen in a first mobile communication terminal; A third step of, when a first mobile communication terminal receives one macro item from a list output from a user, transmitting the selected macro item to a second mobile communication terminal; A fourth step of determining, by the second mobile communication terminal, whether the first mobile communication terminal is a terminal having a telephone number to allow reception of a macro message; A fifth step of executing a macro if the first mobile communication terminal is a telephone number allowing reception of a macro message; Macro transmission and execution method in a mobile communication terminal comprising a. The method of claim 11, The macro transmission in the step 3 is a macro transmission and execution method in a mobile communication terminal, characterized in that the transmission via a text message or MMS. In the macro transmission method between homogeneous terminals, A first step of transmitting a text message notifying the transmission of the macro message to the second mobile communication terminal before transmitting the message in the first mobile communication terminal; A second step of transmitting a specific encryption key value to the first mobile communication terminal when the second mobile communication terminal receives the text message; A third step of receiving the encryption key value from the second mobile communication terminal, adding the corresponding encryption key value to the macro message; Transmitting a macro message including an encryption key value to a second mobile communication terminal; A fifth step of executing a macro according to the received macro message at a second mobile communication terminal; Macro transmission and execution method in a mobile communication terminal comprising a. The method of claim 13, The encryption key value is a method of transmitting and executing a macro in a mobile communication terminal, characterized in that consisting of a combination of characters corresponding to four to six characters. The method of claim 13, The macro transmission in the step 4 is a macro transmission and execution method in a mobile communication terminal, characterized in that the transmission via a text message or MMS. In the macro transmission method between heterogeneous terminals, Registering a profile for executing a macro in a second mobile communication terminal with a server; A second step of outputting a macro script list screen from a first mobile communication terminal to select one macro item from a script list output from a user and transmit the selected macro item to a server; A third step of analyzing a profile of a second mobile communication terminal in which a server receiving a macro item from the first mobile communication terminal is a receiving terminal; A fourth step of, if the profile of the second mobile communication terminal is interpreted, converting the macro item into a macro suitable for the second mobile communication terminal and transmitting the macro item to a second mobile communication terminal; A fifth step of executing the received macro in a second mobile communication terminal; Macro transmission and execution method in a mobile communication terminal comprising a. The method of claim 16, The macro transmission in the step 4 is a macro transmission and execution method in a mobile communication terminal, characterized in that the transmission via a text message or MMS.

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