KR100405897B1 - System and method for modifying of unity interface by user's request - Google Patents

Abstract

The present invention outputs an image by the user's selection to a display unit of the user terminal, automatically arranges at least one predetermined function button in the corresponding image, and inputs a location change request corresponding to the at least one function button from the user. Checks whether or not a position change request is input from the user, and changes the position of the corresponding function button, and stores at least the characteristic information of the image and the position information of the function button in the system setting information. The present invention relates to a system and method for changing an integrated interface according to the present disclosure, and reconfigures an external image and a functional interface configuration according to a user's request, and reconfigures all programs to suit a user's intention.

Description

System and method for modifying of unity interface by user's request}

The present invention relates to a system and method for changing an integrated interface according to a user's request, and in particular, to reconfigure the integrated interface according to a user's request, thereby modifying and modifying a communicator's appearance and function into a more convenient and familiar form. An integrated interface change system and method.

Communication technology has been developed, and various communication service methods have been developed according to a user's desire to use a convenient communication service. That is, in the past, each web site providing a corresponding service through the Internet in order to use a specific service (for example, UMS service or Internet phone service) in order to use a communication service through a computer. You had to log in and use the service.

However, at present, one communicator program can be used to access various services such as sending messages, chatting, texting, and looking at the stock market without having to access each website for various services. have.

That is, when a user installs a communicator program made to use a plurality of services in a computer, and the user's computer is in a state of being coupled with a communication network, the user can use various services using a specific selection menu.

However, since a conventional communicator program has a fixed and uniform configuration for realizing an interface and a function, there is a problem that users are fed up in a short time with respect to the type of the program.

In addition, the conventional communicator program has a problem that it is impossible to configure the screen according to the intention of each user by using the image desired by the user.

Accordingly, an object of the present invention relates to an integrated interface change system and method according to a user request that can reconfigure the communicator program to suit the user's intention by reconfiguring the external image and functional interface configuration according to the user's request.

Another object of the present invention relates to an integrated interface change system and method according to a user's request for reconfiguring an external image and a function interface configuration according to a user's convenience.

1 is a system configuration diagram showing a schematic configuration of an integrated interface change system according to a user request according to a preferred embodiment of the present invention.

2 is a flowchart illustrating a method for external image editing using a mask picture control according to a preferred embodiment of the present invention.

3 is a flow chart illustrating a method for creating an external interface using a functional location change program according to a preferred embodiment of the present invention.

4 is a flow chart illustrating a method of implementing a user function configuration interface and a user free design interface variant of an integrated communicator in accordance with a preferred embodiment of the present invention.

5 is a diagram illustrating the configuration of a user function configuration interface and a user free design interface of an integrated communicator modified at the request of a user according to a preferred embodiment of the present invention.

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

110: user terminal

120: server

122: processor

124: storage device

In order to achieve the above object, according to an aspect of the present invention, in the method for modifying the configuration form of the program installed and operated in the user terminal, outputting the image by the user's selection to the display unit of the user terminal, Automatically placing at least one predetermined function button in the image, checking whether a location change request is input from the user in correspondence with the at least one function button, and when a location change request is input from the user, A method of changing an integrated interface according to a user's request is provided, wherein the location of a corresponding function button is changed, and at least the characteristic information of the image and the location information of the function button are stored in a system setting information. How to change the integration interface A system and a recording medium are provided for enabling the present invention.

The program may be executed by the user, the system setting information may be recognized, and the program may be executed through the user terminal display unit in a configuration form corresponding to the system setting information.

The function button may be applied to an icon, a text menu, or the like provided to perform a predetermined function.

The method may further include recognizing characteristic information of the image, receiving a request for editing region setting information of the image from the user, and editing region setting information of the image in response to the editing request. The method may further include including region setting information of the image in the system setting information.

The method may further include receiving a request for storing an edited image from the user, and storing the image.

The image region including the color may be designated on the display unit of the user terminal through region setting information of the image, and the region setting information may be set not to include any part of the image. have.

When the location change request is input from the user, the step of changing the location of the function button comprises: checking whether the location information to which the function button is changed corresponds to the characteristic information of the image, and the location information is The method may include changing a position of the function button when the characteristic information is matched, and the characteristic information of the image may include size information of the image, region setting information, and the like.

The system setting information may include setting information for executing the program, setting information for executing all programs installed in the user terminal, and the like.

The method may further include receiving a request for adding a new function button from the user, receiving function setting information corresponding to the new function button, and when a request for storing the new function button is input from the user, at least the new function button. The method may further include storing a function button and the function setting information, and automatically placing the new function button in the image.

Using the added function button and function setting information, the user can call external programs and one-click access to a specific website within the integrated communicator.

The method may further include: checking whether a location change request is input from the user in correspondence with the new function button; changing a location of the function button when the location change request is input from the user; And storing the location information in the system setting information.

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

1 is a system configuration diagram showing a schematic configuration of an integrated interface change system according to a user request according to a preferred embodiment of the present invention.

Referring to FIG. 1, an integrated interface change system according to a user request may include a user terminal 110 and a server 120.

In addition to the computer illustrated in FIG. 1, the user terminal 110 may be used as long as it is a communication device that can be connected to the server 120 by being connected to a communication network such as a mobile communication terminal or a PDA.

The server 120 includes a plurality of functions included in a communicator installed in the user terminal 110 (eg, an instant messaging system (IMS), an internet phone, an e-mail, a wireless application protocol (WAP), or a unified UMS)). Messaging System (SMS), Short Message Service (SMS), etc.), and may include a processor 122, a storage device 124, and the like.

As shown in FIG. 1, a function included in the communicator of the user terminal 110 may be realized through one server 120, and in some cases, the function may be configured to interwork with a plurality of servers in charge of specific functions. .

Hereinafter, an integrated interface change system according to a user request according to the present invention will be briefly described using a communicator in the user terminal 110 illustrated in FIG. 1.

Conventional communicators have been uniformly produced in the form of rectangular windows by corresponding communicator providers and distributed to a plurality of communicator users. In addition, in order to use the function as a separate program for each function, the user has to go through complicated and unnecessary steps, and it requires much effort to know how to use the communicator.

Accordingly, the present invention is suitable for the personality and purpose of the user by circumventing the functional limit of the existing communicator and the window limited to the rectangle, which are the same visual and functional interface configuration and each independent function execution program. It was invented to reconfigure the screen interface into a free design form.

Pre-design means that the program interface is designed according to the user's requirements regardless of the image used by the user.

Existing technologies have required users to work in a framework such as image format or image form, and waste a lot of time to achieve the desired result.

A method of reconfiguring the screen interface in the communicator according to the present invention will be briefly described, for example, and various modifications will be described later with reference to FIG. 5.

The user deletes the black background part from the image where the apple is drawn on the black background, and tries to create a communicator using only the apple part.

In this case, when using the existing technology, the black background part can be completely removed by hand, which takes a long time, and even if the black background part is erased, in many cases, even a small part of the apple image is erased.

Therefore, in order to obtain a clear image, the work of adding an image such as a line or an ellipse to the outline of the apple should be made.

And even with this method, the area occupied by the black background still remains unremoved.

However, using a region editing technique (hereinafter referred to as a mask picture control) of an image for reconstructing a screen interface in a communicator according to the present invention, a user may use only one mouse drag. It can extract the desired image cleanly without any afterimage, and can be used without limitation in the format of the image or the video format.

In addition, a function menu or a button for accessing the server 120 to perform a specific task is also appropriately automatically placed in the image and there is a user's position change request (for example, inputting a coordinate or dragging a mouse). Can be freely changed as long as it meets a predetermined condition (for example, a position condition).

The same can be applied to all system applications, such as a mail program, a multimedia program, various utility programs, a web browser, and the like, in addition to the communicator.

In addition, as described above, the changed interface setting information may be provided using an upgrade file for a program such as setting information or a function editor, etc. by using a download or push technology from a website providing the information or the file. Can be.

Description of the above-described mask picture control will be described in detail with respect to each case to which the mask picture control is applied with reference to a flowchart.

2 is a flowchart illustrating a method for editing an external image using a mask picture control according to a preferred embodiment of the present invention.

Referring to FIG. 2, in operation 210, the mask picture control opens a specific image selected by a user. Images that can be opened by the Mask Picture Control can be movies as well as still images.

In operation 220, the mask picture control searches for information related to the corresponding image opened in operation 210. The information retrieved through step 220 may include 'border style', 'width', 'height', 'color', 'region', etc. of the image, and may be performed using an edge detection technique. Detect the outline of the image.

Hereinafter, an edge detection technique will be briefly described.

The edge extraction technique is one of the most commonly used operations in image analysis and is an algorithm for enhancing and extracting edges for an object. An edge is a boundary between an object and a background or a boundary where an object overlaps. In other words, it means a part where the degree of color or density is suddenly changed in the image.

Technically, edge detection is the process of finding edge pixels, and edge enhancement increases the contrast between the edges and the background to make the edges more visible. To give. Also, edge tracing is a process that follows edges.

The edge extraction technique described above is one of processes called segmentation used for identification of an image region. That is, a specific object can be extracted by edge extraction, the area or the length of the periphery can be measured, and the correspondence point of two images can be calculated | required, and also used for complicated image recognition and image understanding.

In addition, the edge extraction method includes a derivative operation (i.e., first-order gradient, second-order derivative, etc.) and 'template-matching' which investigates the amount of change in the function using a characteristic of rapidly changing concentration values. Etc.

In operation 230, the mask picture control receives selection information from the user. The selection information received from the user may be applied as color information, coordinate information, and the like.

In operation 240, the mask picture control edits a region of a corresponding image by using the image information retrieved in operation 220 and selection information input from the user in operation 230.

For example, if there is an apple image on a black background (i.e., the black background and the whole apple image are recognized as one region and all regions are displayed), when the user selects black, the mask picture control Among the colors included in the image, the part corresponding to the color (ie, black) input from the user is deleted (ie, processed transparently), and the remaining part is recognized as one region.

Therefore, even when the region of the image is edited, the original image and the horizontal and vertical size are not changed, but the user cannot see the existing black portion of the image displayed on the display of the user terminal by being transparent and can only see the apple image. Will be.

Of course, the transparently processed portion may be removed from the corresponding image, and only the apple image may be recognized as one image.

If the user wants to remove even the apple image, the entire image may be transparently processed so that the user may not recognize the existence of the image even when the image is output.

Briefly describing the region editing technique according to the present invention, if a user requests the exclusion (or removal) of any color or any object among any images already recognized as one region, the color or The object is transformed into a form that is not displayed on the display of the user terminal, and the portion including the color of the image is recognized as one region.

Thereafter, the previously applied region information is modified using the newly recognized region information.

In step 250, the mask picture control checks whether a request for storing setting information for the region of the corresponding image edited through step 240 is input from the user. If a request for storing the corresponding image is input from the user, setting information about the region of the corresponding image is stored. If not, the process proceeds to step 230 and re-editing is performed at the request of the user.

In some cases, the step of checking whether a request for storing configuration information for the region of the image described in step 250 is input may be omitted, and the image is changed whenever the region of the image is changed by the user's request. The region configuration information of the system may be automatically included in the system configuration information.

In addition, the system setting information may include region boundary information of the entire image, region information of the image displayed by a user's request, and the like through system region editing.

Briefly referring to FIG. 2, FIG. 2 is not limited to an image format such as BMP or GIF, and a functional concept of a mask picture control capable of automatically extracting only a portion of an image required regardless of any image format or image format. It is a figure explaining.

3 is a flowchart illustrating a method for generating an external interface using a function location change program according to an exemplary embodiment of the present invention.

The function position changing program described below can be configured as a set of both programs as a separate program from the above-described mask picture control to constitute one completed program.

Referring to FIG. 3, in step 310, the function location change program outputs an image (that is, an image including changed setting information of the image region) edited with reference to FIG. 2 at the user's request on the user terminal display unit. Proceeding to step 320, a plurality of predetermined function buttons are automatically arranged at a suitable position (eg, a position having a predetermined area recognized through edge extraction) of the corresponding image.

Function buttons that are automatically deployed in step 320 include Instant Messaging System (IMS) functionality, Internet phone functionality, mail functionality, Wireless Application Protocol (WAP) functionality, Unified Messaging System (UMS), and Short Message Service (SMS) functionality. It may include a button for performing, and the corresponding buttons may include setting information for automatically accessing the corresponding server when the user selects a specific button.

In step 330, the function location change program checks whether a location change request of the corresponding button is input from the user. If the location change request is inputted as a result of the check in step 330, the flow proceeds to step 340, and if not, the flow proceeds to step 360.

In step 340, the function location change program changes the function button arrangement at the user's request. The user may change the position of the corresponding function button by applying a mouse drag to a specific function button or changing the position coordinates of the specific function button.

In addition, in order to change the corresponding function button at the request of the user in step 340, in the image area displayed by changing a region of the image or region of the image through a predetermined method (for example, an edge extraction method). Or checking whether or not the change request of the user is located in a changeable area through an outline, etc.).

That is, the corresponding function button can be positioned within the area of the entire image, and can be designated in advance so that it can be located only in the region of the displayed image.

In operation 350, the function location change program stores the location of the function button changed in operation 340 in user system setting information (eg, config.sys). In step 350 of changing user system setting information, the image information (eg, position, size, shape, etc.) output through step 310 is also reflected.

In addition, even if the user transforms the existing frame shape (usually rectangular window shape) that the image has in the program itself into a circle or hexagon shape, the information is stored (for example, 'config.sys' below). 'Region item' in the contents).

Hereinafter, in the case of using 'config.sys' as user system setting information, an example of generating 'config.sys' will be described and briefly described.

Begin of Main Window

Name =

Left =

Top =

Width =

Height =

Caption =

Image =

Region =

[Begin of Sub Windows]

Value of Window =

[Window]

Index =

Name =

Caption =

Image =

Region =

Object Type =

Object ID =

Left =

Top =

Width =

Height =

[Omit below]

Value of Child Windows =

[Child Windows]

Index =

Name =

Caption =

Image =

Region =

[Omit below]

[End of Child Windows]

[Child Windows]

[Omit below]

[End of Child Windows]

[End of Window]

[Window]

[Omit below]

[End of Window]

[End of Sub Windows]

[End of Main Window]

The 'config.sys' may be generated as illustrated above, and only the parts of the above 'config.sys' that are not easily understood will be briefly described.

'[Begin of Main Window]' is an area that contains the setting contents of the highest level of the application. For example, MS-word is a setting area corresponding to the entire frame part of the program when the program is executed.

'[Begin of Sub Windows]' is an area that contains the contents of the entire framework of the work area, which is dependent on the 'Main Window'. This is a setting area corresponding to the entire frame of each work document.

'Object Type =' located in the '[Begin of Sub Windows]' section contains 'Type Name' information for 'ActiveX Control', and 'Object ID =' contains 'ActiveX Control Class Object ID' information. It is an area to do.

'[Child Windows]' is an area that contains control information such as a menu bar or a scroll bar inside 'Sub Windows'.

In step 360, the function location change program checks whether an execution request of a corresponding program whose setting has been changed is input from the user. If the execution request of the corresponding program is input through the check of step 360, the process proceeds to step 370.

Of course, when the execution request of the corresponding program is not input from the user, the user may receive a change request of the function button from the user and proceed to step 330 to perform a corresponding operation.

In step 370, the user terminal recognizes the user system setting information of the corresponding program to execute the corresponding program received from the user, and proceeds to step 380 in a form suitable for the user system setting information changed by the user through FIG. The program is displayed on the display of the user terminal.

Hereinafter, features of the present invention described with reference to FIG. 3 will be briefly described.

When the user first installs the program, the type and location of the function buttons of the program are provided and arranged by default. This information is stored in the user system file 'Config.sys' and changes when the user changes the visual interface using the mask picture control or moves or changes the position of the function button using the function location change program. do.

When the visual interface is changed, the position of the function button or the text input control is automatically changed, and when the user arbitrarily changes the position of the function button, the position of the image or the text buttons can be moved within a certain range within the image (FIG. 2). Reference).

At this time, the coordinate value in the user's 'Config.sys' is changed and stored, and when the user restarts the system later, it is displayed on the display of the user terminal according to the setting information in the 'Config.sys'.

4 is a flowchart illustrating a method of implementing a user function configuration interface and a user free design interface modification of an integrated communicator according to a preferred embodiment of the present invention.

Program appearance and function button change according to the present invention can be applied to all programs (for example, communicator, Hangul, MS-word, etc.), but for the convenience of description, only the communicator will be described.

Referring to FIG. 4, in step 410, the user installs a communicator. Step 410 may further include a user downloading the communicator from a specific website.

In step 420, the communicator requests the user's login to execute the corresponding program. In step 420, a method of logging in by requesting the corresponding login information may output a login information input window so as to request a user input, or may be automatically performed when the user stores the login information.

In step 430, the user terminal recognizes the login information of step 420 and the setting information for the execution of the communicator, and proceeds to step 440 to drive the communicator.

In step 450, the user terminal executing the communicator checks whether a request for termination of the communicator is input from the user. If the request for termination of the communicator is input as a result of the check in step 450, the step ends, and if not, the flow proceeds to step 460.

In step 460, the user computer checks whether a change request is input from the user to configure the communicator (ie, change a function button or change an image, etc.). If a change request is inputted as a result of the check in step 460, the flow proceeds to step 470, otherwise the execution of the communicator is continued.

When the change request is input as a result of the check in step 460, the user terminal may include automatically executing a program including a mask picture control and a function position change program (hereinafter, referred to as a function editor). Is installed in the form of an upgrade or plug-in of a specific program (eg, Hangul, MS-word, Communicator, etc.), and may be configured as a separate icon within a program compatible with the corresponding program.

In step 470 the function editor checks whether the user requests an image change (ie, user predesign designation using mask picture control). If the user requests an image change, the process proceeds to step 480 to change the image (for example, to replace a new image, to modify an existing frame, etc.), and if not, to step 490.

In step 490, the function editor checks whether a function button change request is input from the user. If a function button change request is input from the user, the process proceeds to step 500, the location of the corresponding function button is changed, and the process proceeds to step 440. If not, the process proceeds to step 440 to restart the program.

Details related to steps 460 to 500 have been described above with reference to FIGS. 2 and 3, and thus detailed descriptions thereof will be omitted.

Referring briefly to the foregoing description, FIG. 4 illustrates a process of modifying the appearance interface of the communicator and the function of the communicator according to user requirements using a function editor in which a program is set up under a server and a user system.

That is, a user downloads a communicator program with mask picture control (or a functional editor may already be installed on the user's terminal), installs it in the system, and logs in the user's information and program configuration information to the user's system. The visual interface and the functional interface which are grasped by the pre-installed program and preset by the user are output to the display of the user terminal.

This allows you to modify or modify a feature or external skin interface using a feature repositioning program and mask picture controls, depending on your intention to change.

5 is a diagram illustrating the configuration of a user function configuration interface and a user free design interface of an integrated communicator modified by a user's request according to a preferred embodiment of the present invention.

Referring to FIG. 5, various modifications related to the user function configuration interface and the user free design interface of the integrated communicator modified at the request of the user using the function editor of the present invention are shown.

The user function configuration interface and the user free design interface of the integrated communicator, which can be transformed using the function editor, are subject to unlimited modification at the request of the user, as long as they meet predetermined conditions (e.g., position conditions of the function buttons). It is possible.

As shown in the figure, as long as the user wants the image, the mobile phone form 610, the circle form 620, the box form 630, and the like can be transformed without limitation. For example, it may be modified using a menu bar form 640 of a web browser or the like.

As described above, a function button that is transformed into a user-free design form and automatically arranged may also be transformed into a form desired by the user (for example, focusing frequently used function buttons to the left).

Of course, the user function configuration interface and the user free design interface according to the present invention are not limited to communicators, and any program may be applied to any program that can be installed and executed in a user terminal such as a word processor or a web browser.

As described above, the present invention provides a mask picture control for distinguishing an area so that it can be visually recognized from one image, and an application program and a function included in a user terminal. And the like.

In addition, since the configuration form of the program can be freely modified using the function editor according to the present invention, it can be effectively used for publicity or advertisement of a company, and can deliver an image that its own site aims to customers more impressively and effectively. .

The present invention is not limited to the above embodiments, and many variations are possible by those skilled in the art within the spirit of the present invention.

As described above, the present invention can reconfigure the communicator program to suit the user's intention by reconfiguring the external image and the functional interface configuration according to the user's request.

In addition, the configuration of the utility already installed and driven in the user's terminal can be reconfigured for the external image and the function interface configuration according to the user's convenience.

In addition, the function editor can be used to freely modify the configuration of the program, so that it can be effectively used for publicity or advertisement of a company, and can deliver an image that its site aims to customers more impressively and effectively.

Claims (21)

In the method of modifying the configuration form of the program installed and operated in the user terminal, Displaying a first image according to a user's selection on a display unit of the user terminal; Recognizing characteristic information of the first image, wherein the characteristic information includes first region setting information of the first image; When a request for editing the first region setting information is input from the user, the editing operation of the first region setting information is performed according to the editing request, and the first region setting is performed. Displaying a second image on the display unit corresponding to the second region setting information whose information is edited; Arranging at least one default function button specified in the second image in a predetermined arrangement condition; Automatically placing the new function button in the image when a request for adding a new function button and function setting information corresponding to the new function button are input from the user; Changing a location of a function button corresponding to the location change request when a location change request corresponding to at least one function button is input from the user, wherein the function button is the default function button or the new function button; At least one of; Storing at least the characteristic information of the second image and the position information of the function button in the system setting information, wherein the characteristic information includes at least one of the size information of the second image and the second region setting information. Contains any Including, Recognizing the system setting information when the request for execution of the program is input from the user, and displaying the program on the display unit in a configuration form corresponding to the system setting information. Method of changing the integrated interface according to the user request, characterized in that. The method of claim 1, The function button is disposed in the second image in the form of at least one of an icon and a text menu provided to perform a predetermined function. Method of changing the integrated interface according to the user request, characterized in that. The method of claim 1, Storing at least the new function button and the function setting information when a request for storing the new function button is input from the user; Integration interface change method according to the user request, characterized in that it further comprises. The method of claim 1, Receiving a request for storing the second image from the user; Storing the second image Integration interface change method according to the user request, characterized in that it further comprises. The method of claim 1, By using region setting information of the first image, a user may designate an arbitrary image region in the first image displayed on the display unit by including color. The second region setting information may be set not to include any part of the first image. Method of changing the integrated interface according to the user request, characterized in that. The method of claim 1, Changing the position of the function button corresponding to the position change request, Checking whether the position information at which the function button is changed corresponds to the characteristic information of the second image; Changing the position of the function button to correspond to the position change request if the position information matches the characteristic information of the second image Integrated interface change method according to the user request, characterized in that it comprises a. The method of claim 1, The system setting information is at least one of setting information for executing the program and setting information for executing all programs installed in the user terminal. Method of changing the integrated interface according to the user request, characterized in that. The method of claim 1, The system setting information is an electronic file config.sys Method of changing the integrated interface according to the user request, characterized in that. The method of claim 1, Editing of the first region setting information is performed by a mask picture control, an image outside the region selected by the user is removed, and an outline of the region selected by the user is the second image. Recognized as an outline of Method of changing the integrated interface according to the user request, characterized in that. In the system for modifying the configuration of the program installed and operated in the user terminal, A display unit configured to display a first image according to a user's selection and a second image corresponding to the second region setting information in which the first region setting information is edited; An input unit configured to receive an edit request of the first region setting information, a request for adding a new function button, function setting information corresponding to the new function button, and a position change request corresponding to at least one function button from the user; A characteristic information recognizing unit recognizing characteristic information of the first image, wherein the characteristic information includes the first region setting information of the first image; An editing task execution unit configured to perform editing of the first region setting information in response to the editing request when an edit request of the first region setting information is input from the user; When the at least one default function button specified in the second image is arranged under a predetermined arrangement condition, and a request for adding a new function button and function setting information corresponding to the new function button are input from the user, A function button arrangement unit for automatically placing the new function button in the image; When a position change request corresponding to at least one function button is input from the user, a manual function button position change unit for changing the position of the function button corresponding to the position change request, wherein the function button is the default function button. At least one of the new function buttons; A property information register for storing property information of the second image and location information of the function button in the system setting information; A storage unit for storing at least the new function button and the function setting information when a request for storing the new function button is input from the user; A program executing unit for executing the program through the user terminal display unit in a configuration form corresponding to the system setting information, wherein the program includes the second image and the one or more function buttons Integrated interface change system according to the user request, characterized in that it comprises a. delete The method of claim 10, When the input unit receives a request for storing an edited image from the user, the storage unit stores the second image Integrated interface change system according to the user request, characterized in that. The method of claim 10, When the location change request is input from the user, the inspection unit for checking whether the location information of the function button changed in response to the location change request corresponds to the characteristic information of the image Integration interface change system according to the user request, characterized in that it further comprises a. delete delete In the recording medium which can be read by the terminal device, a program of instructions that can be executed by the terminal device is tangibly implemented in order to change the configuration of the integrated interface according to a user's request. Displaying a first image according to a user's selection on a display unit of the user terminal; Recognizing characteristic information of the first image, wherein the characteristic information includes first region setting information of the first image; When a request for editing the first region setting information is input from the user, the editing operation of the first region setting information is performed according to the editing request, and the first region setting is performed. Displaying a second image on the display unit corresponding to the second region setting information whose information is edited; Arranging at least one default function button specified in the second image in a predetermined arrangement condition; Automatically placing the new function button in the image when a request for adding a new function button and function setting information corresponding to the new function button are input from the user; Changing a location of a function button corresponding to the location change request when a location change request corresponding to at least one function button is input from the user, wherein the function button is the default function button or the new function button; At least one of; Storing at least the characteristic information of the second image and the position information of the function button in the system setting information, wherein the characteristic information includes at least one of the size information of the second image and the second region setting information. Contains any Run the Recognizing the system setting information when the request for execution of the program is input from the user, and displaying the program on the display unit in a configuration form corresponding to the system setting information. Recording medium recording a program characterized in that. delete The method of claim 16, Receiving a request for storing the second image from the user; Storing the second image Recording medium that records a program that executes more. delete delete The method of claim 16, Changing the position of the function button corresponding to the position change request, Checking whether the position information at which the function button is changed corresponds to the characteristic information of the second image; Changing the position of the function button to correspond to the position change request if the position information matches the characteristic information of the second image Recording medium recording a program comprising a.