KR100599190B1 - System and method for providing flowing picture by changing of gradient at mobile terminal - Google Patents

Abstract

The present invention relates to a system and method for providing a picture moving in accordance with a change in the tilt of the mobile communication terminal.

To this end, the present invention, a program storage unit for storing a motion picture generating program for generating a motion picture; A controller configured to generate a motion picture by using a motion picture generating program, and perform a series of operations of delivering a motion picture generated to a mobile communication terminal through a mobile communication network and an internet network; A memory for temporarily storing data processed by the controller and temporarily storing a motion picture generated by a motion picture generating program; And a network interface card providing a communication interface for communication with a mobile communication network and an internet network.

According to the present invention, it is possible to enlarge and view pictures taken in high quality, to take pictures of various sizes, and to solve the inconvenience of the user having to input key buttons one by one in order to check several pictures. It can be integrated into a motion slide picture of a picture, which makes batch management of pictures according to a theme convenient.

Motion, Picture, Slide, Tilt, Mobile Terminal, Scroll

Description

System and Method for Providing Flowing Picture by Changing of Gradient at Mobile Terminal}

1 is a diagram schematically illustrating a mobile communication system for providing a motion picture service according to a preferred embodiment of the present invention;

2 is a block diagram schematically illustrating an internal configuration of a mobile communication terminal for providing a motion picture according to a preferred embodiment of the present invention;

3 is a block diagram schematically illustrating the internal configuration of a motion picture service server and a database unit for providing a motion picture service according to a preferred embodiment of the present invention;

4 is a flowchart illustrating a motion picture storing method according to an embodiment of the present invention;

5A and 5B illustrate a format of a transmission frame of data transmitted between a mobile communication terminal and a mobile communication system according to a preferred embodiment of the present invention;

6 is a flowchart illustrating a motion picture display method in a mobile communication terminal according to an embodiment of the present invention;

7 is an exemplary screen displayed on a mobile communication terminal for generating a motion mobile photo through a wireless Internet according to a preferred embodiment of the present invention;

8 is an exemplary screen of a mobile communication terminal displaying a motion moving picture according to a preferred embodiment of the present invention;

9 is an exemplary screen displayed on a mobile communication terminal for generating a motion slide picture through a wireless Internet according to a preferred embodiment of the present invention;

10 is an exemplary screen of a mobile communication terminal displaying a motion slide picture according to a preferred embodiment of the present invention.

The present invention relates to a system and method for providing a picture moving in accordance with a change in the tilt of the mobile communication terminal. More specifically, after the user displays a picture stored in the mobile communication terminal and moves the mobile communication terminal up, down, left, and right, the top, bottom, left and right screens of the displayed picture, or the displayed picture according to the change in the direction and inclination of the mobile communication terminal. A system and method are provided for providing a motion picture in which a previously stored picture or a next stored picture is displayed.

With the rapid development of electronic and communication technology, various wireless communication services using a wireless telecommunication network have been provided. The most basic wireless communication service is a wireless voice call service that provides a voice call wirelessly between users of a mobile communication terminal regardless of time and place. In addition, wireless Internet services have recently emerged to provide a communication service similar to that provided by the Internet through a wireless communication network while a user of a mobile communication terminal is moving regardless of a location. Therefore, the subscribers of the mobile communication service can freely move and talk with the other party anytime and anywhere using the wireless communication service, and also have information necessary for life through the wireless Internet service, such as news, weather, sports, securities, and exchange rates. , Traffic information, etc. may be provided in various forms such as text, voice, image, and video. As such, mobile communication terminals have become one of the necessities that many people carry anywhere anytime.

However, although a user carries a mobile communication terminal as a necessity, the user spends most of the time in a standby state without actually spending much time for using a voice call or wireless Internet with the other party. Therefore, various functions such as a camera, a television, a radio, and an MP3 player have been added to the mobile communication terminal in order to effectively use the mobile communication terminal in the standby state which occupies most of the time. In particular, the camera function has become the most preferred function among users due to the activation of the community and personal homepage through the Internet. Accordingly, a newly released mobile communication terminal essentially includes a camera.

Recently, the camera of the mobile communication terminal has developed to 7 million pixel class and can take high quality pictures. However, in the mobile communication terminal, it is impossible to enlarge and display the resolution beyond 240 × 320 due to the limitation of the liquid crystal. Accordingly, there is a demand for a technique of displaying a photograph taken in high quality by enlarging the display through a liquid crystal of a mobile communication terminal.

In addition, if the current picture is stored after the picture is taken using the mobile communication terminal, the picture is stored in an internal memory of the mobile communication terminal or in a time sequence taken in the memory inserted into or connected to the mobile communication terminal. Accordingly, the user's photo management is not possible, and when a user wants to check the photographs taken according to one place, theme, etc., the user must search and display the photos one by one. In addition, in search and display of pictures, if a user presses a key button of a mobile communication terminal one by one, a user needs to search for a desired picture or display another picture. Therefore, a user of a mobile communication terminal feels inconvenient in managing pictures. Accordingly, there is a demand for a method in which a user can easily manage a photo in a mobile communication terminal.

Meanwhile, recently, mobile communication terminals have built-in vibration sensors such as a geomagnetic sensor and an acceleration sensor, and include a direction / motion detection function for calculating speed, position, and tilt. Accordingly, the mobile communication terminal provides a pedometer function, a compass function, an altitude measurement function, and also provides a game function using the tilt of the mobile communication terminal.

As the direction / motion detection function can be provided using the vibration sensor of the mobile communication terminal, it is required to provide various additional services according to the improvement of the user interface (UI) and the direction / motion detection function of the mobile communication terminal. It is becoming.

In order to solve this problem, if a user displays a picture stored in the mobile communication terminal, and then moves the mobile communication terminal up and down and left and right, the upper and lower left and right screens of the displayed picture according to the change in the direction and tilt of the mobile communication terminal, or Provided are a system and method for providing a motion picture displayed on a previously stored picture or a next stored picture.

In order to achieve the technical problem, the mobile communication terminal according to the characteristics of the present invention, in the mobile communication terminal for displaying the previous or next screen or the previous or next picture of the displayed picture by detecting a change in direction and tilt, mobile communication Vibration sensor for sensing the acceleration in accordance with the change of the direction and the slope of the terminal; Related to the motion picture for the display of a motion picture in which the screen of the displayed picture is moved according to the change of the direction and the tilt program and the direction / tilt calculation program that calculates the change of the direction and the tilt of the mobile communication terminal using the acceleration detected by the vibration sensor. A program memory for storing a program; A data storage unit for storing a motion picture; An LCD display unit displaying a motion picture; A mode state storage unit configured to set a motion mode in which the screen is moved according to a change in a direction and a tilt; And checking the direction and inclination of the mobile communication terminal through the acceleration and direction / tilt calculation programs of the vibration sensor, calling and executing a motion picture related program from the program memory, and displaying the picture displayed on the LCD display according to the direction and inclination. It includes a microprocessor that performs a series of tasks to move.

In addition, in order to achieve the second technical problem of the present invention, the motion picture service server according to the present invention, the upper and lower left and right screen or the previous picture or the next picture of the picture displayed according to the change in the direction and tilt of the mobile communication terminal is displayed A server for providing a motion picture, comprising: a program storage unit for storing a motion picture generating program for generating a motion picture; A controller configured to generate a motion picture by using a motion picture generating program, and perform a series of operations of delivering a motion picture generated to a mobile communication terminal through a mobile communication network and an internet network; A memory for temporarily storing data processed by the controller and temporarily storing a motion picture generated by a motion picture generating program; And a network interface card (NIC) that provides a communication interface for communication with a mobile communication network and an internet network.

In addition, a motion picture generating method according to the present invention in order to achieve the third technical problem of the present invention, the motion movement of the upper, lower, left and right screens of the displayed screen according to the change in the direction and inclination of the mobile communication terminal via the wireless Internet Claims [1] A method of generating a motion picture including a motion picture including a picture and one or more pictures integrated in a slide form to display a previous picture or a next picture of the picture according to a change in the direction and inclination of the mobile communication terminal. Storing image data for generating a photo; (b) accessing a wireless Internet site that provides motion picture services; (c) selecting one or more image data from the image data and transmitting it to a wireless Internet site; (d) converting the image data into a motion picture based on the resolution of the image data and the resolution information of the mobile communication terminal at the wireless Internet site; And (e) transmitting the motion picture to the mobile communication terminal.

In addition, in order to achieve the fourth technical problem of the present invention, a recording medium equipped with a motion picture display program according to the present invention. Or a recording medium having a motion picture display program for displaying a next picture, the recording medium comprising: (a) a function of confirming whether a picture requested to be displayed is a motion picture; (b) checking whether the mobile communication terminal is set to a motion mode, and if the mobile communication terminal is not set to a motion mode, changing the mobile communication terminal to a motion mode; (c) displaying the requested motion picture on the LCD window of the mobile communication terminal; (d) a function of detecting a change in direction and inclination of the mobile communication terminal through a vibration sensor included in the mobile communication terminal or connected to the outside through an additional device connection unit; And (e) a function of displaying the top, bottom, left and right screens of the displayed picture or the previous picture or the next picture according to the change of the direction and the tilt.

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

1 is a diagram schematically illustrating a mobile communication system for providing a motion picture service according to a preferred embodiment of the present invention.

Here, the motion picture detects a change in the direction and inclination of the mobile communication terminal, and the motion picture is set to display the top, bottom, left and right screens of the displayed picture and the motion slide picture is set to display the previous picture or the next picture of the displayed picture. Say

The mobile communication system for providing a motion picture service according to the present invention includes a mobile communication terminal 110, a mobile communication network 120, the Internet network, a motion picture service server 180 and a database unit 190, the mobile communication network ( 120 includes a wireless access network 130, a mobile communication switching center 140, a packet data serving node 150, a home location register 160, and a WAP gateway 170.

The mobile communication terminal 110 is a terminal capable of performing a telephone call through wireless communication with the other party through the mobile communication network 120 or being connected to the Internet network to receive a wireless Internet service. The mobile communication terminal according to the present invention is equipped with a motion picture display program or plug-in for displaying a motion picture. In addition, a motion picture generating program for generating a motion picture may be mounted. Here, the internal configuration of the mobile communication terminal 110 will be described in detail with reference to FIG. 2.

The wireless access network 130 includes a base station controller (BTS), a base station controller (BSC), a repeater (Cell Enhancer), and the like, such as a mobile communication terminal 110 and a mobile communication switching center 140. It performs a function of transmitting a call signal between the data signal between the mobile communication terminal 110 and the packet data serving node 150. In addition, it performs a location registration function to determine the location of the mobile communication terminal 10 existing in the cell area jurisdiction.

Mobile Switching Center (MSC) 140 provides a function for exchanging calls for voice communication between a mobile communication terminal, a Public Switched Telephone Network (PSTN), a Public Switched Data Network (PSDN), and the Internet. .

The home location register (HLR: hereinafter referred to as 'HLR') performs functions such as registration recognition, registration deletion, and location checking of the mobile communication terminal 110. The subscriber information including the terminal information of the communication terminal 110 is stored. In this case, the terminal information includes information on a mobile identification number (MIN), a mobile terminal serial number (ESN), a terminal manufacturer, a model name, a supportable service, and a maximum supported resolution of the mobile communication terminal 110. It includes.

The packet data serving node (PDSN) 150 (hereinafter referred to as PDSN) 150 performs a function of providing a packet data service to the mobile communication terminal 110. The PDSN 150 is an evolution of an inter-working function (IWF) used to support data communication in a second generation (2G) mobile communication system. In implementing the present invention, the PDSN 150 includes the PDSN 150. It is also possible to use a manganese interlock device instead.

The WAP gateway 170 converts to a TCP / IP (Transmission Control Protocol / Internet Protocol) protocol by receiving Internet service through the wireless Internet by the WAP (Wireless Application Protocol) protocol from the mobile communication terminal 110. To transmit to the Internet. In addition, the reverse conversion of the data by the TCP / IP protocol from the Internet network to the WAP protocol transmits to the mobile communication terminal (110). In the present invention, the motion picture request data according to the WAP protocol is converted from the mobile communication terminal 110 to the TCP / IP protocol and transmitted to the motion picture service server 180, and the TCP / conversion converted through the motion picture service server 180 is performed. The motion picture data by the IP protocol is converted into the WAP protocol and transmitted to the mobile communication terminal 110.

The motion picture service server 180 is a server operated by a content provider (CP) or a mobile communication service provider to provide a motion picture service according to the present invention. If the motion picture service server 180 stores a motion picture related program for providing a motion picture service, the motion picture service server 180 also has a website address (URL: Uniform Resource Locator) for accessing the mobile communication terminal 110. Here, the internal configuration and function of the motion picture service server 180 will be described in detail with reference to FIG. 3.

The motion picture service server 180 may be configured to be connected to the outside of the mobile communication network 120 through the Internet network as shown in FIG. 1, but when the motion picture service server operates the motion picture service server 180, the mobile communication network It may be connected to the inside of (120). In this case, the motion picture service server 180 is typically configured to be connected to the MSC 140 or the PDSN 150.

The database unit 190 is a part for storing information of subscribers to which a content provider subscribes to a motion picture service, terminal information of various mobile communication terminals, and various motion picture related programs provided to the mobile communication terminal 110. Since the database unit 190 has a similar function to the HLR 160 described above, the database unit 190 may be omitted when the motion picture service server 180 is connected to the mobile communication network 120.

2 is a block diagram schematically illustrating an internal configuration of a mobile communication terminal providing a motion picture according to a preferred embodiment of the present invention.

According to the present invention, the mobile communication terminal 110 providing a motion picture includes a program memory 202, a data storage unit 204, a key input unit 206, an LCD display unit 208, a mode state storage unit 210, and an addition. Device connection unit 212, vibration sensor 214, subscriber information storage unit 216, camera 218, microprocessor 220, digital signal processor 222, baseband converter 224, microphone 226 , A speaker 228, an RF signal processor 230, and an antenna 232.

The program memory 202 is a control program for controlling the mobile communication terminal 110, a direction / tilt calculation program for calculating a change in direction and tilt according to the present invention, a motion picture display program for displaying a motion picture, and a motion picture. Various software, such as a wireless Internet access program for connecting the mobile communication terminal 110 to the motion picture service server 180, is stored for the purpose of generating the data. Here, the mobile communication terminal 110 may further include a motion picture generating program for generating a motion picture.

The data storage unit 204 stores an address book, a telephone number transmitted / received, a picture, a video, a message transmitted / received, and a game or music downloaded through the wireless Internet. In addition, it serves as a data buffer when executing the operating program of the mobile communication terminal 110, and also temporarily stores a character or number input by the key input unit 206.

The key input unit 206 is provided with numeric keys and menu selection buttons for inputting numbers or letters such as telephone numbers. Here, the menu selection button is composed of a direction key for moving the cursor for menu selection and text input, a special button for accessing the wireless Internet, a special button for capturing and displaying pictures and videos, a special button for checking a text message, and the like.

The LCD display unit 208 displays the operation state of the mobile communication terminal 110 including the power supply state, the radio wave reception intensity, the date and time, and when a picture and video is requested to be photographed through the key input unit 206. The display unit may display a screen input through the camera 216 and display the stored picture and video according to a reproduction request.

The mode state storage unit 210 converts the mode of the mobile communication terminal 110 according to the request for conversion from the key input unit 206 to the ring mode, vibration mode, lamp mode, and motion mode, and moves to the converted mode state. This is a part for controlling the communication terminal 110 to operate. Typically, the ring mode, vibration mode, and lamp mode are used to inform reception of a call signal, and the motion mode includes a pedometer function, a compass function, an altitude measurement function, a game function, and a motion picture providing function according to the present invention. This mode is used to provide additional services.

Here, the motion mode is a mode in which the mobile communication terminal 110 detects a change in direction and inclination according to the vibration sensor so that the mobile communication terminal 110 operates according to the change in direction and inclination. That is, according to the present invention, a mode for moving a picture up and down, left and right, or displaying a previous picture or a next picture.

The additional device connection unit 212 is a part for connecting external devices connected to the mobile communication terminal 110 with the microprocessor 218 and includes an earphone jack or a communication port.

The vibration sensor 214 is a sensor used for geomagnetic detection for detecting azimuth using a global magnetic field, motion acceleration detection for velocity and relative position measurement, gravity acceleration detection for tilt detection, and the like. It is called.

Here, the inclination and the change of the operation of the mobile communication terminal 110 may be sensed through the acceleration detection by the vibration sensor 214. That is, vibration sensors 214 are installed on the three axes of the mobile communication terminal 110, namely, the X axis, the Y axis, and the Z axis, respectively, and the motion of the vibration sensor 214 on the three axes is provided. By measuring the inertia according to the acceleration and deceleration is calculated through the time the inertia maintains the highest or lowest value. Then, when the acceleration and deceleration are calculated, the speed is calculated by integrating the calculated acceleration and deceleration, and the position is calculated by integrating the speed. Through this process, position change tracking and tilt change detection using the vibration sensor 214 are performed.

Here, the vibration sensor 214 may be included in the mobile communication terminal 110, or may be configured as a separate external device and connected to the mobile communication terminal 110 through the additional device connection unit 212.

Subscriber Identity Module (SIM) 216 stores subscriber registration information. The subscriber registration information is a unique number given to the mobile communication terminal 110 in the mobile communication network, and is configured to be a chip or a part of a circuit of the mobile communication terminal 110 in a chip form. Since the information on the subscriber information storage unit 216 is typical in a mobile communication network, a detailed description thereof will be omitted.

The camera 216 is installed outside the mobile communication terminal 110 to operate by taking a picture or video request and taking a picture. Here, the camera 216 may not be included in the mobile communication terminal 110 or may be connected to the mobile communication terminal 110 through the additional device connection unit 212.

The microprocessor 218 is in charge of the overall control of the mobile communication terminal 110. According to the present invention, if a request for conversion to the motion mode is performed through the key input unit 206, the mode state storage unit 210 is provided. The mode of the mobile communication terminal 110 is changed to a motion mode and the change of the direction and the tilt of the mobile communication terminal 110 is confirmed by performing an integral operation of the acceleration information detected and transmitted by the vibration sensor 214. When the change in direction and inclination is confirmed, a part of performing a series of operations for controlling the display of the upper and lower left and right images of the picture displayed on the LCD display unit 208 according to the change in the direction and the inclination.

In addition, if there is a request to change the picture stored in the data storage unit 204 or the picture taken by the camera 216 to the motion picture, the motion picture generating program stored in the program memory 202 is called to generate a motion picture. This is the part that does the work. At this time, if the motion picture generating program is not installed in the mobile communication terminal 110, the motion communication terminal 110 is moved through the mobile communication network 120 so that the motion picture is generated through the motion picture service server 180. The operation of accessing the photo service server 180 is performed.

The digital signal processor (DSP) 220 is a digital signal processing processor that codes or decodes a voice signal, performs an equalization function to remove multipath noise, and performs an acoustic data processing function. In addition, the digital signal processor 220 exchanges voice data with the baseband converter 222 and receives digital data from the baseband converter 222.

The baseband converter 222 converts a signal transmitted and received between the RF signal processor 228 and the digital signal processor 220, the microphone 224, and the speaker 226 into a baseband signal, and converts the digital-analog signal. And analog-digital conversion processing.

The microphone 224 is a part for converting a user's voice input into an electrical signal, and the speaker 226 is a part for outputting an audio signal output from the baseband converter 222 as an audible sound.

The RF signal processor 228 demodulates and amplifies the RF signal received by the antenna 230, modulates a signal applied from the baseband converter 222, and transmits the modulated signal to the mobile communication network through the antenna 230. The RF signal processor 228 transmits and receives a call signal for a voice call and a data signal for a wireless Internet service. The antenna 230 is a part for transmitting call signals and data signals to a mobile communication network or receiving call signals and data signals from a mobile communication network.

The motion picture according to the present invention can be generated using the mobile communication terminal 110 configured as described above.

FIG. 3 is a block diagram schematically illustrating an internal configuration of a motion picture service server and a database unit for providing a motion picture service according to an exemplary embodiment of the present invention.

The motion picture service server 180 may include a program storage 310, a memory 320, a network interface card (NIC) 330, a controller 340, and a display 360. , A key input unit 370, a database server 380, and the like.

The program storage unit 310 stores a motion picture generating program for generating a motion moving picture or a motion slide picture and a control program for operating the motion picture service server 180. Such a program may be implemented in various programming languages such as 'C' programming language or object-oriented 'C ++', 'JAVA' according to the operating system of the motion picture service server 180.

The memory 320 temporarily stores data processed by the controller 340 or temporarily stores motion moving picture and motion slide picture data generated by a motion picture generating program.

The NIC 330 is a communication module that provides a communication interface for communication with the Internet network.

The controller 340 controls the overall server, and serves to generate a motion picture according to the present invention. To this end, the controller 340 includes a motion picture request identification unit 342, a motion picture processing unit 344, a swap page provider 346, an authentication unit 348, and a transceiver 350.

The motion picture request identification unit 342 is a part for determining whether the motion picture request signal transmitted from the mobile communication terminal 110 through the Internet network is a motion motion picture generation request signal or a motion slide picture generation request signal.

When the motion picture request signal is determined through the motion picture request identification unit 342, the motion picture processing unit 342 calls a motion picture generating program stored in the program storage unit 310 to display a motion picture or a motion slide. This is the part that creates a picture.

The swap page providing unit 344 performs a function of operating a swap page to which the mobile communication terminal 110 is connected through an internet network in order to receive a motion picture service.

The authentication unit 348 performs authentication of the mobile communication terminal 110 connected to the motion picture service server 180. The authentication unit 348 receives terminal information from the mobile communication network 120, and provides subscriber information of the database unit 190. This is a part for confirming whether to subscribe to a service by comparing subscriber information stored in the database 394. The authentication unit 348 may be omitted when the motion picture service server 180 is installed inside the mobile communication network 120.

The transceiver 350 receives a motion picture generation request signal of the mobile communication terminal 110 transmitted through the NIC 330, or receives a motion picture or a motion slide picture generated by the motion picture processing unit 344. The portion is transmitted to the mobile communication terminal 110 through 330. In addition, the transceiver 350 transmits a terminal information request, a subscriber information request, and a program request signal to the database unit 190 in which various terminal information, subscriber information, and program information are stored through the database server 380, and the terminal information, It performs the function of receiving subscriber information and program.

The display unit 360 provides an operation state of the motion picture service server 180, a processing state according to a key input from the key input unit 370, a swap page operating state, and the like in a monitor form so that an administrator can view it.

The key input unit 370 is used by the administrator to input a command for controlling the motion picture service server 180 when checking the motion picture service server 180 or changing the contents of the swap page.

The database server 380 controls the data input and output of the database unit 190. When there is a terminal information request, a subscriber information request, or a program request, the database server 380 calls the terminal information, subscriber information, and a program from the database unit 190 and provides the information to the controller 340. In addition, it is a part that processes the change, input, deletion, and the like stored in the database unit 190 by the administrator.

The database unit 190 includes a terminal information database 392, a subscriber information database 394, a program database 396, and the like.

The terminal information database 392 stores information such as manufacturers, model names, supportable services, and maximum supported resolutions of various terminals, and requests the generation of motion pictures from the motion picture service server 180. When there is a request for terminal information, it performs a role of providing terminal information of the corresponding terminal model.

The subscriber information database 394 is a database that stores subscriber information including a terminal identification number or a terminal unique number in order to confirm whether a user of the mobile communication terminal 110 requested to generate a motion picture subscribes to a motion picture service. The subscriber information database 394 serves to provide subscriber information when a subscriber authentication request is received from the authenticator 348 of the motion picture service server 180.

The program database 396 is a database in which a motion picture related program for providing to the mobile communication terminal 110 is stored. Therefore, when there is a request for downloading a motion picture related program from the mobile communication terminal 110, the motion picture management server 180 serves to provide a motion picture generating program, a motion picture display program, a plug-in, and the like.

4 is a flowchart illustrating a motion picture storing method according to an exemplary embodiment of the present invention.

In order to take a motion picture by using the mobile communication terminal 110, the user sets the mobile communication terminal 110 to a picture taking mode by using a special button or a menu button and a number button for taking and displaying pictures and videos. When the mobile communication terminal 110 is switched to the photographing mode, the camera 216 in the idle mode is changed to the active mode to start operation, and the camera 216 is displayed on the LCD display 208. In operation S410, a screen input through the display is displayed.

When the mobile communication terminal 110 is switched to the photographing mode, the user may set the resolution of the photographed photograph by using the menu button and the arrow keys or the numeric keys. In the conventional mobile communication terminal 110, the ratio of the width to the height is set at a constant ratio. However, according to the present invention, as a motion picture is possible, it is possible to display only a part of the picture on the LCD display unit 208. Without being restricted, the user can variously select the aspect ratio of the picture (S420).

When the user takes a picture using the mobile communication terminal 110 (S430), the mobile communication terminal 110 generates a message for confirming the storage of the captured picture as a motion picture or as a normal picture to generate an LCD display unit ( In operation 440, the display is performed at step 208.

If the user wants to save the captured picture as a motion picture, and selects Save as motion picture, the microprocessor 218 of the mobile communication terminal 110 executes the motion picture generating program stored in the program memory 202. . At this time, if the mobile communication terminal 110 is not equipped with a motion picture generating program, a content provider (CP) or a mobile communication service provider that accesses a mobile communication network through a wireless Internet and provides a motion picture service is provided. Go to your wireless site. At this time, the content provider or the mobile communication service provider operates the wireless Internet site through the motion picture service server 180, and the wireless internet site is a WAP (Wireless Application Protocol) page to be displayed on the mobile communication terminal 110. It is configured (S450).

The mobile communication terminal 110 accessing the wireless Internet site operated through the swap page providing unit 346 of the motion picture service server 180 may generate a motion picture generation menu from various menus displayed on the swap page provided by the wireless Internet site. Select and upload the picture you took. The uploaded picture is temporarily stored in the memory 320 of the motion picture service server 180, and the motion picture processing unit 344 calls a motion picture generating program from the program storage unit 310 to generate a motion picture.

Meanwhile, in the mobile communication terminal 110 in which the motion picture generating program is mounted, the microprocessor 218 calls the motion picture generating program to convert the photographed picture into a motion picture.

Here, the conversion of the motion picture may insert a frame indicating that the picture is a motion picture, and may change the shape of the file. For example, by setting the deformed file type as * .MBG (Motion Background File), it is possible to set to distinguish the motion picture through the extension on the mobile communication terminal 110 or the wireless Internet (S460).

When the conversion to the motion picture is completed, the mobile communication terminal 110 stores the motion picture in the data storage unit 204. In this case, when the motion picture is modified through the wireless Internet site, a process of downloading from the mobile communication network 120 is additionally included (S470).

In operation S480, when the user selects the storage as the general picture, the picture is stored in the data storage unit 204 as the picture in the normal mode as in the conventional method (S480).

Here, the step S420 of setting the resolution of the picture may be set before step S410 in which the mobile communication terminal 110 switches to the picture taking mode, or may be set after step S430 in which the picture is completed, or omitted. It is also possible.

5A and 5B illustrate a format of a transmission frame of data transferred between a mobile communication terminal and a mobile communication system according to a preferred embodiment of the present invention.

According to the present invention, the transmission frame format of the motion picture generation request signal and the data used for the transmission of the generated motion picture includes a message type field 510 indicating a message type, a teletype indicating a service type. Teleservice Identification (TID) field 520, a destination address field 530 that designates a receiving device to transfer data, that is, a motion picture service server 180 or a mobile communication terminal 110, A service category field 540 indicating a type of data and a bearer data field 550 containing contents of data to be transmitted are included.

The message type field 510 is usually composed of 8 bits to indicate the type of message to be delivered. Message types in mobile communication service are classified into three types: Point-to-Point message, Broadcast message and Acknowledge message. A point-to-point message is a message transmitted only to a transmitting device and a receiving device in a "one-to-one" form and is typically set to '00000000'. A broadcast message is a 'one-to-many' type of message that is broadcasted from one place to several, and is delivered to all users authorized to receive the message, and is generally set to '00000001'. The acknowledgment message is a reply message, which is a message for sending a response to a point-to-point message, and is generally set to '00000010'.

The teleservice identifier field 520 is a part indicating the service type of the transmitted message, and is generally composed of 16 bits, and the service number includes the nature of the message. For example, TID: 4097 indicates a call message, TID: 4098 indicates a text message such as a short message, a long message, and TID: 4099 indicates a voice message, and a motion picture related data message according to the present invention indicates TID: 4100. .

The destination address field 530 is a part in which the number set in the motion picture service server 180 to which the motion picture generation request signal is transmitted and the mobile communication terminal 110 to which the generated motion picture is transmitted are stored. Here, when the mobile communication terminal 110 number is stored in the destination address field 530, a phone number of the mobile communication terminal 110 is typically set, and when the number of the motion picture service server 180 is stored, The unique number assigned for the identification of the motion picture service server 180 in the mobile communication system is stored.

The service category 540 shows in detail what message is transmitted. That is, it indicates whether the transmitted message is a motion moving picture generation request message, a motion slide picture generation request message, a message for transmitting the generated motion moving picture data, or a message for transmitting the generated motion slide picture data. .

In the transmission data field 550, information of pictures to be transformed into motion pictures transmitted from the mobile communication terminal 110 to the motion picture service server 180 and information provided from the motion picture service server 180 to the mobile communication terminal 110 are provided. This part contains the information of the motion picture.

Here, the motion picture generation request message transmitted from the mobile communication terminal 110 to the motion picture service server 180 is provided with information of the picture and support resolution information of the mobile communication terminal 110, and the motion picture service server 180 is provided. In the message provided to the mobile communication terminal 110 includes the generated motion picture and motion picture information.

5A illustrates a transmission frame format of data transmitted from the mobile communication terminal 110 to the motion picture service server 180.

When the mobile communication terminal 110 requests the motion picture service server 180 to generate a motion picture, the service category 540 and the transmission data field 550 are configured as 5A. The message type field 510 of the motion moving picture generation request message is displayed as '00000000', indicating that 1: 1 communication between the mobile communication terminal 110 and the motion picture service server 180 is performed. In addition, the teleservice identifier field 520 is set to '4100' indicating that it is a motion picture related data message. In the destination address field 530, a unique number assigned to the motion picture service server 180 is set. Here, the motion picture service server 180 is set to '00000000'.

In addition, the service category 540 is set to '3100', which indicates that the delivered message is a motion moving picture generation request message. The transmission data field 550 is set to 'T, terminal resolution, T, photo resolution, T, photo data, and CR', where 'T' represents a tab for distinguishing each area of data, and 'CR' 'Is used at the end of the data to indicate that the data information has ended.

That is, the terminal resolution, the photo resolution, and the photo data are transmitted to the motion photo service server 180 through the transmission data field 550, and the motion photo service server 180 transforms the transferred photo data with reference to the terminal resolution. You will create a motion-moving picture.

On the other hand, the generation request message of the motion slide picture transmitted from the mobile communication terminal 110 is configured as shown in 5B. The motion slide picture generation request message is set to the same value as the motion moving picture generation request message, the message type field 510, the teleservice identifier field 520, and the destination address field 530.

However, the service category 540 is set to '3200' to indicate that the delivered message is a motion slide photo generation request message, and the transmission data field 550 is the terminal resolution, the number of delivered photos, the resolution of the first picture and the picture. Data and the resolution and data of a plurality of pictures incorporated into the slide picture, such as the resolution of the second picture and the picture data.

5B is a transmission frame format of data transmitted from the motion picture service server 180 to the mobile communication terminal 110.

The motion picture service server 180 receiving the motion motion picture generation request message configured as 5A generates a motion picture using a motion generation program, and provides the generated motion picture to the mobile communication terminal 110. In order to transmit the motion moving picture data having a structure such as 5C.

The message type field 510 of the motion moving picture data is set to '00000010' to indicate that it is an Acknowledge message for the motion moving picture generation request message, and the teleservice identifier field 520 indicates a motion picture related data message. '4100' is set.

In addition, the destination address field 530 includes a phone number of the mobile communication terminal 110 to transmit the generated motion mobile picture data. Here, since it is set as '98765432', the generated motion moving picture is transmitted to the mobile communication terminal 110 having the telephone number of '9876-5432'.

Meanwhile, the service category 540 is set to '3110' to indicate that a response message to the motion moving picture generation request message, that is, motion moving picture data is transmitted. The transmission data field 550 is composed of 'T, motion picture resolution, T, center coordinates, T, motion moving picture data, and CR', and the motion picture resolution includes resolution information of the generated motion picture. . The center coordinates include coordinate information of the center of the picture to be displayed as the center picture when the motion moving picture is displayed in the mobile communication terminal 110. That is, when the center coordinates of the generated motion moving picture match the center coordinates of the LCD display unit 208 of the mobile communication terminal 110, the center portion of the picture is displayed on the mobile communication terminal 110.

Meanwhile, the motion picture service server 180 receiving the motion slide picture generation request message configured as 5B generates a motion slide picture using a motion generation program and provides the generated motion slide picture to the mobile communication terminal 110. In order to transmit the motion slide photo data having a structure such as 5D.

The setting values of the message type field 510, the teleservice identifier field 520, and the destination address field 530 of the motion slide picture data are also the same as the setting values of the motion moving picture data.

However, the service category 540 is set to '3210' to indicate that the message being transferred is motion slide photo data, and the transmission data field 550 is set to 'T', the number of photos, T, and motion slide photo data. The number of pictures is displayed as the number of pictures included in the generated motion slide picture data, and the motion slide picture data is a portion in which the generated motion slide picture is directly included.

As such, the mobile communication terminal may download the motion picture generated by the motion picture service server 180 and store the data in the data storage unit 204 through the motion picture data transmitted in the formats of 5C and 5D.

The format of the data transmission frame presented through FIGS. 5A and 5B is just an example, and the position and setting contents of each field structure may be variously changed according to the configuration of the mobile communication system.

6 is a flowchart illustrating a motion picture display method in a mobile communication terminal according to a preferred embodiment of the present invention.

The user selects a picture to be displayed from the pictures stored in the mobile communication terminal 110 (S610).

When the picture is selected, the mobile communication terminal 110 determines whether the selected picture is a motion picture or a general picture through a frame or file type inserted in the picture (S620).

As a result of the determination, if the picture is the motion picture, the mobile communication terminal 110 checks whether the currently set mode is set to the motion mode through the mode state storage unit 210 (S630).

If the current mode is set to the motion mode, a program for displaying the motion picture stored in the program memory 202 is executed, and then the motion picture requested by the user is called and displayed on the LCD display unit 208. In this case, if the motion picture is a motion moving picture, a central portion of the picture is displayed, and if the motion picture is a motion slide picture, the first picture is displayed (S640).

After the motion picture is displayed, when the user moves the mobile communication terminal 110 up, down, left, or right, the vibration sensor 214 determines the movement of the mobile communication terminal 110 to display the motion picture by moving the picture up, down, left, or right. The picture or the next picture is displayed (S650).

Here, in step S630, if the mobile communication terminal 110 is set to a mode other than the motion mode, a message for confirming whether to change to the motion mode is displayed to the user (S660), the user enters the motion mode When the change is selected, the mode set in the mode state storage unit 210 of the mobile communication terminal 110 is changed to the motion mode, and a program for displaying the motion picture is called from the program memory 602. In this case, when the motion picture display program or plug-in for displaying the motion picture is not installed in the mobile communication terminal 110, the mobile communication terminal 110 connects to the motion picture service server 180 through the wireless Internet to the database unit 190. The stored motion picture display program or plug-in may be downloaded and installed (S670).

In addition, if the picture selected in step S620 is a normal picture instead of a motion picture, or the user does not want to change to the motion mode in step S660, the requested motion picture is displayed as the picture of the normal mode or the LCD display unit 208 is displayed. A message indicating that the display cannot be displayed is displayed (S380).

FIG. 7 is an exemplary screen displayed on a mobile communication terminal for generating a motion mobile photo through a wireless Internet according to a preferred embodiment of the present invention.

Here, the motion moving picture is a picture stored in a size larger than the maximum size that can be displayed on the LCD display unit 208 in the mobile communication terminal 110. If a display request is made, only a part of the moving picture is displayed. This refers to a motion picture in which the upper, lower, left, and right screens of the displayed screen are displayed according to the change of the direction and the tilt of the mobile terminal 110.

As shown in FIG. 7A, when the user takes a picture through the camera 216 of the mobile communication terminal 110 and selects to save it as a motion picture, the mobile communication terminal 110 connects to the motion picture service server 180. The swap page provided through the swap page providing unit 346 is connected as shown in 7B, and various menus for providing a motion picture service as shown in 7C are displayed. Among the various menus displayed by the user, '1. If you select 'Create motion moving picture', a description of 'Creating motion moving picture' is displayed as shown in 7D.

When the user requests to proceed to the next step by selecting 'Next' displayed at the bottom of the screen using the key button, a list of pictures stored in the mobile communication terminal 110 is displayed as 7E, and the user moves the motion moving picture. Select the picture you want to change. After the user selects a photo and selects 'Send', the photo selected by the user is uploaded through the wireless internet, and the motion photo service server 180 converts the photo transmitted through the motion photo processing unit 344 into a motion moving photo. Transform. At this time, the mobile communication terminal 110 displays a screen of 7F. When the motion moving picture generation is completed, a message indicating that the motion moving picture is generated is displayed, such as 7G, and a menu for selecting whether to download the motion moving picture to the user's mobile communication terminal 110 or transmit the picture to another user is displayed. When the user selects the download using the arrow keys or the numeric keys, the generated motion moving picture is downloaded to the mobile communication terminal 110 and stored in the data storage unit 204 and displayed on the screen as 7H.

8 is an exemplary screen of a mobile communication terminal displaying a motion picture according to a preferred embodiment of the present invention.

When the user selects the display of the motion moving picture stored in the mobile communication terminal 110, it is displayed as 8A. At this time, the first displayed portion is the center portion of the motion moving picture. If the user wants to see the right screen of the displayed screen, tilt the mobile communication terminal 110 to the left. When the mobile terminal 110 is tilted to the left, the same effect as the motion-moving picture is pushed to the left is realized. Accordingly, the motion-moving picture of the right part of the part displayed in 8A is displayed as 8B, so that the user can confirm. Will be. When the user tilts the mobile communication terminal 110 back to the right and returns to the original position, the screen of 8A is displayed again.

When the user wants to see the left side of the displayed screen, when the mobile communication terminal 110 is tilted to the right as opposed to the above, the left portion of the displayed motion picture is displayed as shown in 8C.

Here, the left side of the displayed motion moving picture is displayed by tilting the mobile communication terminal 110 to the right, and the right side of the displayed motion moving picture is displayed by tilting the mobile communication terminal 110 to the left. In the actual implementation of the present invention, the right side of the motion-moving picture is displayed by tilting to the right, and the left side of the motion-moving picture is displayed by tilting to the left.

In addition, although FIG. 8 has been described with reference to a motion picture composed of three screens of center, left, and right, in actual implementation, the upper left, upper, upper right, left, center, right, lower left, lower, lower right The motion picture is composed of nine screens, and the mobile communication terminal 110 may also be set to display the screen located in each direction by tilting in eight directions of up, down, left and right as well as left and right.

9 is an exemplary screen displayed on the mobile communication terminal for generating a motion slide picture via the wireless Internet according to a preferred embodiment of the present invention.

Here, the motion slide picture is a motion picture formed by integrating a plurality of pictures in a slide format, and refers to a motion picture in which a front picture or a back picture of a picture displayed as the mobile communication terminal 110 moves up, down, left, and right. .

When the user selects a motion picture generating menu after taking and storing a plurality of pictures through the camera 216 of the mobile communication terminal 110 as shown in 9A, the mobile communication terminal 110 as shown in 9B is a motion picture service server ( 180 is connected to a swap page provided by the swap page provider 346, and various menus for providing a motion picture service such as 9C are displayed. Among the various menus displayed by the user, '3. If the motion picture request identification unit 342 determines that the motion picture requested to be generated is a motion slide picture, the motion picture request identification unit 342 provides a description of 'motion slide generation' as shown in 9D.

When the user requests to proceed to the next step by selecting 'Next' displayed at the bottom of the screen using the key button, the list of pictures stored in the mobile communication terminal 110 is displayed as 9E, and the user moves the motion slide picture. Select multiple photos to include. When the user selects a plurality of pictures and selects 'Send', the pictures selected by the user are uploaded through the wireless Internet, and the motion picture processing unit 344 integrates the motion pictures by using the motion picture generating software. Create slide pictures. At this time, the mobile communication terminal 110 displays a screen of 9F. When the creation of the motion slide picture is completed, a message indicating completion of the creation of the motion slide picture is displayed, such as 9G, and a menu for selecting whether to download to the user's mobile terminal 110 or transmit to another user is displayed. do. When the user selects the download by using the arrow keys or the numeric keys, the generated motion slide picture is downloaded to the mobile communication terminal 110 and stored in the data storage unit 204 and displayed on the screen as 9H.

10 is an exemplary screen of a mobile communication terminal displaying a motion slide picture according to a preferred embodiment of the present invention.

If the user selects the display of the motion slide picture stored in the mobile communication terminal 110 is displayed as 10A. At this time, the first displayed portion is the first picture of the motion slide picture is displayed. At this time, it is also possible to display the picture located in the middle, but it is preferable to display the first picture for the sequential display of the motion slide picture.

If the user wants to see the next picture of the displayed picture, the user tilts the mobile communication terminal 110 to the right. When the mobile communication terminal 110 is tilted, the next picture of the displayed picture is displayed as 10B.

On the contrary, when the user wants to see the previous picture of the displayed picture, the mobile terminal 110 is tilted to the left. When the mobile communication terminal 110 is tilted to the left, the previous picture of the displayed picture is displayed as 10C.

Here, if there is a request to display the next picture while the last picture is displayed, the first picture is displayed among the plurality of pictures stored as the motion picture. Also, if there is a request to display the previous picture while the first picture is displayed, the last stored picture is displayed.

However, if there is a request to display the next picture with the last picture displayed, or if there is a request to display the previous picture with the first picture displayed, it is 'Last picture.' Or you can set it to only display the message "This is your first photo."

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

As described above, according to the present invention, as it becomes possible to provide a motion picture displayed on the upper and lower left and right screens of the displayed picture according to the movement of the mobile communication terminal, it becomes possible to enlarge and view the picture taken in high quality, You can take pictures of various sizes without limiting the size of the pictures.

In addition, as the mobile communication terminal can provide the previous picture of the displayed picture and the motion slide picture displaying the next picture, the user can display the previous picture and the next picture only by tilting the mobile device. Therefore, the inconvenience that the user must enter the key button in order to check a plurality of pictures is eliminated. In addition, multiple photos can be integrated into a single motion slide picture, and the pictures according to themes can be stored collectively, making management easier.

Claims (25)

In the mobile communication terminal that detects the change in the direction and inclination and displays the upper and lower screens of the displayed picture or the previous or next picture, Vibration sensor for sensing the acceleration in accordance with the change in the direction and inclination of the mobile communication terminal; A direction / tilt calculation program for calculating a change in direction and inclination of the mobile communication terminal using the acceleration detected by the vibration sensor, and for displaying a motion picture in which a screen of the displayed picture is moved according to the change in direction and inclination. A program memory for storing a motion picture related program; A data storage unit for storing the motion picture; An LCD display unit on which the motion picture is displayed; A mode state storage unit configured to set a motion mode in which the screen is moved according to the change of the direction and the tilt; And The direction and inclination of the mobile communication terminal are confirmed through the acceleration of the vibration sensor and the direction / tilt calculation program, and the motion picture related program is called and executed from the program memory to display the picture displayed on the LCD display. A microprocessor that performs a series of tasks to move the screen according to the direction and tilt Mobile communication terminal comprising a. The method of claim 1, wherein the motion picture, The upper and lower left and right screens of the displayed screen are displayed according to the change of the direction and the tilt of the mobile terminal, or one or more pictures are integrated in a slide form, and the LCD is changed according to the change of the direction and the tilt of the mobile terminal. And a motion slide picture in which the previous picture or the next picture of the picture displayed on the display unit is displayed. According to claim 2, The motion picture is moving, It is stored in a size larger than the maximum size that can be displayed on the LCD display, and if a display request, the center portion is displayed, and according to the change in the direction and inclination of the mobile terminal, the upper and lower left and right screens of the displayed screen is displayed. Mobile communication terminal. The vibration sensor of claim 1, A mobile terminal characterized in that it performs a motion acceleration detection for measuring the speed and relative position, gravity acceleration detection for the slope detection.  The method of claim 4, wherein The mobile communication terminal includes three vibration sensors for sensing respective gravity accelerations on the X-axis, the Y-axis, and the Z-axis, and calculates the velocity by integrating the respective gravity accelerations detected by the microprocessor vibration sensor. And after calculating position information through the integration of the speed, detecting the change in direction and inclination. The vibration sensor of claim 1, And an external device of the mobile communication terminal to transmit the gravity acceleration detected by the microprocessor through an additional device connection unit. According to claim 1, The motion picture related program, A direction / tilt calculation program for calculating a change in direction and inclination of the vibration sensor in the motion mode; A motion picture display program or plug-in for displaying the motion picture; A motion picture generating program for generating the motion picture; And A wireless Internet access program for accessing a server providing a motion picture generating service, transmitting a picture to be generated as the motion picture, and downloading a motion picture generated at the server. A mobile communication terminal comprising at least one of. In the server for providing a top and bottom, left and right screen of the displayed picture or a motion picture in which the previous picture or the next picture is displayed according to the change of the direction and inclination of the mobile communication terminal. A program storage unit for storing a motion picture generating program for generating the motion picture; A controller configured to generate the motion picture by using the motion picture generating program, and perform a series of operations of delivering the motion picture generated to the mobile communication terminal through a mobile communication network and an internet network; A memory for temporarily storing data processed by the controller, and temporarily storing the motion picture generated by the motion picture generating program; And Network interface card (NIC) that provides a communication interface for communication with the mobile communication network and the Internet network Motion picture service server comprising a. The method of claim 8, wherein the control unit, Whether the motion picture generation request transmitted through the mobile communication network and the Internet network is a request for generation of a motion motion picture in which the upper, lower, left, and right screens of the displayed screen are displayed according to the change in the direction and inclination of the mobile communication terminal. A motion picture request identification unit that determines whether a picture or a next picture is a request for generating a motion slide picture to be displayed; A motion picture processing unit configured to generate the motion picture using the motion picture generating program according to the motion picture generation request; A swap page provider for operating a swap page provided to the mobile communication terminal; An authenticator configured to authenticate the mobile communication terminal that has requested the generation of the motion picture; And Receiving and receiving the motion picture generation request through the network interface card, the transceiver for providing a motion picture generated through the motion picture processing unit to the mobile communication terminal Motion picture service server comprising a. According to claim 8, The motion picture service server, A key input unit for inputting a command for controlling the motion picture service server; And Display unit for displaying the operation status of the motion picture service server or the processing status according to the key input from the key input unit Motion picture service server, characterized in that it further comprises. According to claim 8, The motion picture service server, Database server for controlling the data input and output of the database unit that stores the subscriber information, terminal information and motion picture related programs subscribed to the motion picture service Motion picture service server, characterized in that it further comprises. The method of claim 11, wherein the database unit, A terminal information database storing terminal information including a manufacturer, a model name, a supportable service, and a maximum supported resolution of various terminals, and providing terminal information of the mobile communication terminal that has requested the generation of the motion picture; A subscriber information database storing subscriber information for confirming whether the mobile communication terminal which has requested the motion picture generation is subscribed to a motion picture service and providing stored subscriber information when an authentication request is made; And A program database for storing the motion picture generating program, the motion picture display program, and the motion picture related program of a plug-in, and providing the motion picture related program when the mobile communication terminal requests a download of the motion picture related program. Motion picture service server, characterized in that it comprises one or more of. A motion picture showing the top, bottom, left and right screens of the displayed screen according to the change of the direction and inclination of the mobile communication terminal over the wireless Internet, and one or more image data are integrated in a slide form to change the direction and tilt of the mobile communication terminal. A method of generating a motion picture including a motion slide picture in which previous image data or next image data is displayed accordingly, (a) storing image data for generating the motion picture; (b) accessing a wireless Internet site that provides motion picture services; (c) selecting one or more image data of the image data and transmitting the selected image data to the wireless Internet site; (d) converting the image data into the motion picture based on the resolution of the image data and the resolution information of the mobile communication terminal at the wireless Internet site; And (e) transmitting the motion picture to the mobile communication terminal; Motion picture generation method through the wireless Internet, characterized in that it comprises a. The method of claim 13, wherein step (d) When converting the image data into the motion picture, the mobile communication terminal to insert a frame indicating that the motion picture to recognize the motion picture, or modify the shape of the file through the wireless Internet How to create a motion picture. The method of claim 13, wherein step (c) and step (e) A Message Type field indicating which kind of message the transmitted image data and the motion picture are transmitted through a Point-to-Point message, a Broadcast message, and an Acknowledge message; A destination address field for designating the wireless Internet site and the mobile communication terminal through which the image data and the motion picture are transmitted; Whether the transmitted message is a request message for generating the motion picture, whether the message for requesting the motion slide picture, or a message for transmitting the generated motion picture, or a message for transmitting the generated motion picture. A service category field to be displayed in detail; And Image data transmitted for generation of the motion picture or transmission data field including the motion picture And transmitting the image data and the motion picture using a data format of the motion picture. The method of claim 15, wherein step (c) comprises: And transmitting image data for generating the motion moving picture through a transmission data field including resolution information supported by the mobile communication terminal, resolution of the image data, and the image data. How to create a picture. The method of claim 15, wherein step (c) comprises: The resolution information of the motion slide picture through a transmission data field including resolution information supported by the mobile communication terminal, numerical information of image data requested to be generated as the motion slide picture, resolution information of one or more image data, and the one or more image data. Method for generating a motion picture, characterized in that for transmitting the image data for generation. The method of claim 15, wherein step (e) The motion picture is generated by transmitting the motion picture through a transmission data field including resolution information of the motion picture, center coordinate information indicating a center portion of the motion picture, and data of the motion picture. Way. The method of claim 15, wherein step (e) And transmitting the motion slide picture through a transmission data field including numerical information of image data constituting the motion slide picture and data of the motion slide picture. In a recording medium equipped with a motion picture display program for displaying the top and bottom, left and right screen of the picture displayed by detecting the change in the direction and tilt of the mobile communication terminal or the previous or next picture, (a) a function of confirming whether or not the requested picture is a motion picture; (b) checking whether the mobile communication terminal is set to a motion mode and changing the mobile communication terminal to the motion mode if the mobile communication terminal is not set to the motion mode; (c) displaying the requested motion picture on the LCD window of the mobile communication terminal; (d) a function of detecting a change in direction and inclination of the mobile communication terminal through a vibration sensor included in the mobile communication terminal or connected to an external device through an additional device connection unit; And (e) A function of displaying the top, bottom, left and right screens of the displayed picture or the previous picture or the next picture according to the change of direction and inclination. And a recording medium having a motion picture display program. The method of claim 20, wherein the function (b) is If the mobile communication terminal is not set to the motion mode and the user does not change to the motion mode, the motion picture display program may be displayed in a normal mode or a message indicating that the display cannot be displayed. Mounted recording medium. The method of claim 20, wherein the function (c) is If the motion picture is a motion picture showing the top, bottom, left and right screens of the displayed screen according to the change in the direction and the tilt of the mobile communication terminal, the motion picture display program, characterized in that to display a central portion of the motion picture One recording medium. The method of claim 20, wherein the function (c) is If the motion picture is a motion slide picture in which one or more pictures are integrated into a slide and the previous picture or the next picture of the picture displayed on the LCD display is displayed according to a change in the direction and inclination of the mobile communication terminal. And a recording medium on which a motion picture display program is displayed. The method of claim 20, wherein the function (e) is If there is a request to display the next picture due to a change in the direction and inclination of the mobile terminal while displaying the last picture, the first picture is displayed or a message indicating that it is the last picture is displayed, and the first picture is displayed. And displaying the last picture or displaying a message indicating that the picture is the first picture when a request for displaying the previous picture is caused by a change in the direction and inclination of the mobile communication terminal. The method of claim 20, wherein the function (d) is Detect the acceleration of gravity through the vibration sensor, calculate the speed by integrating the acceleration of gravity, and calculate the position information through the integration of the speed to detect the change in direction and inclination of the mobile communication terminal. Recording medium with motion picture display program.

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