KR20090016959A - Method for scrapping at viewer screen of electronic book, apparatus applied to the same - Google Patents

Abstract

A scrap execution method on an electronic book viewer screen for offering an interface and a device applied thereto are provided to execute an electronic book viewer application, so that a user who reads an electronic book viewer screen displayed on a terminal screen can randomly touch a desired target area to be scrapped, so as to offer the interface that manages scrapped areas collectively. Through execution of an electronic book viewer application, an electronic book viewer screen is displayed. Based on user control input, the electronic book viewer screen is converted into a scrap execution screen through mode conversion. Closed sections formed through movement of coordinates corresponding to random scrap selection inputting functions on the scrap execution screen are set to scrap areas. The set scrap areas are stored and managed. The scrap selection inputting functions are performed by touch inputting actions.

Description

TECHNICAL FOR SCRAPPING AT VIEWER SCREEN OF ELECTRONIC BOOK, APPARATUS APPLIED TO THE SAME}

The present invention relates to an e-book viewer terminal device, and more particularly, an arbitrary touch input for a certain target area desired to be scraped by a user executing an e-book viewer application to read an e-book viewer screen displayed on the terminal screen. The present invention relates to a method of executing a scrap on an e-book viewer screen that provides an interface for integrated management of a region to be scraped, and an apparatus applied thereto.

In recent years, the number of people using the Internet has increased exponentially with the establishment of information infrastructure and communication environment improvement, and it will continue to increase in the future.

In line with this trend, various commercial transactions are possible through the Internet, and information can be provided. In addition to the network environment and various multimedia technologies, general books sold as paper-based books are also available through the Internet as e-books. Is being distributed through.

An electronic book (e-Book) refers to a file published in digital form without the use of paper media for the content of knowledge and information. Such an e-book can be used to read tram books. It can be viewed through a PC equipped with a program or a dedicated portable terminal, and such a device is sometimes called an e-book. In other words, it can refer to all software and hardware media including contents in a broad sense.

Such e-books have become more common due to the spread of computers and the Internet, and almost all forms of documents such as books, notes, and books are replaced by e-books. In addition, e-books can be easily duplicated, distributed very quickly without geographical and time constraints over the network, can be perfectly preserved, and do not require large physical space for storage.

Due to these incomparable advantages over existing documents, the production and distribution of e-books is expected to expand.

However, e-books do not perform tasks that can be generally performed in existing books, and make the user feel uncomfortable, and one of them is that the user cannot easily scrap and manage a desired portion of the document.

Accordingly, there is a demand for a method for easily scrapping and managing a desired portion of an e-book.

Accordingly, the present invention has been made to solve the above problems, and an object of the present invention is to execute a e-book viewer application on a certain target area that a user who reads an e-book viewer screen displayed on a terminal screen wants to scrap. Disclosed is a method of executing a scrap on an e-book viewer screen providing an interface for collectively managing an area to be scraped by executing an arbitrary touch input and an apparatus applied thereto.

In addition, another object of the present invention is an e-book viewer for the user who reads the e-book viewer screen through a separate application application other than the e-book viewer application to edit the scraped area to be integrated management into a predetermined file A scrap execution method on a screen and an apparatus applied thereto are provided.

E-book viewer terminal device for displaying the e-book viewer screen through the execution of the e-book viewer application according to the first aspect of the present invention for achieving the above object, the execution screen of the e-book viewer screen based on the user control input Mode switching, and sets and stores and manages a scrap region in a closed section formed by moving a coordinate corresponding to an arbitrary scrap selection input on the scrap execution screen.

Preferably, the scrap selection input is characterized in that the touch input.

Preferably, the e-book viewer terminal device, a mode switching module for converting the e-book viewer screen to the scrap execution screen, a first coordinate interval to start the movement of the coordinates and the second end of the movement of the coordinates A scrap forming module for setting the scrap region as the closed section formed by matching of a coordinate section, and determining a scrap data in the scrap region, a buffer module for temporarily storing the scrap data, and an application corresponding to the scrap data And executing a application to form user memo data based on a user's control input, and to generate a scrap file based on the scrap data and the user memo data.

Preferably, the e-book viewer terminal device further comprises a memory module for storing the scrap file.

Preferably, the scrap forming module is characterized in that for forming the scrap region on the basis of at least two or more outermost coordinate information forming the closed section.

Preferably, the at least two outermost coordinate information includes outermost coordinate information for up / down of the closed section and outermost coordinate information for left / right of the closed section.

Preferably, the scrap region is characterized in that the square is formed on the basis of the outermost coordinate information for the upper and lower and the outermost coordinate information for the left / right.

Preferably, the scrap forming module divides the scrap execution screen into blocks having a predetermined size, designates corresponding boundary blocks based on coordinate information forming a boundary of the closed section, and then forms the boundary blocks. It is characterized in that it is said scrap area.

Preferably, the scrap forming module is characterized in that at least one or more of the text and the image included in the scrap area to the scrap data.

Preferably, the scrap editing module is characterized in that the user memo data is the shape of the result of determining the movement of the coordinates formed corresponding to the touch input on the execution screen of the application application.

Preferably, the scrap editing module converts the scrap data into first image data and temporarily stores it in a first layer, converts the user memo data into second image data and temporarily stores it in a second layer. The scrap file may be formed by performing overlap composition between the first image data and the second image data.

In addition, the scrap execution method on the e-book viewer screen according to the second aspect of the present invention for achieving the above object, (A) the e-book viewer terminal device executes the e-book viewer application to display the e-book viewer screen (B) switching the e-book viewer screen to the scrap execution screen during execution of the e-book viewer application; (c) determining the movement of coordinates formed in response to a touch input on the scrap execution screen. (D) determining the scrap data in the scrap area after setting the scrap area based on the closed section formed by the movement of the coordinates, and (e) the terminal due to the execution of an application application corresponding to the scrap data. Based on the movement of the coordinates formed in response to the touch input on the screen, user memo data is Sex, and to form a scrap file on the basis of the scrap data and the user data memory and a step for storing and managing.

Preferably, the step (d) may determine whether the closed section is formed through matching between a first coordinate section where the movement of the coordinates starts and a second coordinate section where the movement of the coordinates ends.

Preferably, the step (D) comprises: (D-1) determining any one of the outermost coordinate information for the up / down of the closed section and the outermost coordinate information for the left / right of the closed section; -2) sequentially determining the outermost coordinate information other than the outermost coordinate information determined in the step (la-1), (d-3) the outermost coordinate information for the upper and lower ends of the closed section and the closed And setting the rectangular shape formed on the basis of the outermost coordinate information of the left / right of the section as the scrap region, and (d) determining the scrap data included in the scrap region. .

Preferably, the step (D) comprises: (D-1) dividing the scrap execution screen into blocks having a predetermined size; and (D-2) corresponding boundaries based on coordinate information forming a boundary of the closed section. Designating blocks; (d-3) setting an area formed of the boundary blocks to be the scrap area; and (d-4) determining the scrap data included in the scrap area. Characterized in that.

Preferably, the step (e) comprises: (e-1) converting the scrap data into first image data and temporarily storing the scraped data in a first layer; (e-2) converting the user memo data into second image data. Converting and temporarily storing the strap file in a second layer; and (e-3) forming the strap file through overlap composition between the first image data and the second image data.

Accordingly, in the present invention, the user who reads the e-book viewer screen displayed on the terminal screen by executing the e-book viewer application executes an arbitrary touch input for a certain target area to be scraped so as to integrate and manage the scraped area. By providing the interface for the user, even if the touch input by the user is not detailed, the user can easily extract the area to be scraped, and the scraped area is stored as a nonvolatile memory instead of being managed as a volatile memory. There is an advantage for the user.

Hereinafter, a preferred embodiment of the e-book viewer terminal device 100 according to the present invention with reference to the accompanying drawings in detail as follows.

1 is a block diagram of an e-book viewer terminal device 100 according to an embodiment of the present invention. As illustrated by way of example in FIG. 1, the e-book viewer terminal device 100 executes an e-book viewer application to display an e-book viewer screen on the terminal screen, and a control input by a user viewing the e-book viewer screen. The mode of the e-book viewer screen is changed to the scrap execution screen, and the user determines the movement of coordinates corresponding to the strap selection input that is arbitrarily input on the scrap execution screen to the closed section formed through the determination result. It is for setting, saving and managing scrap area.

Here, the e-book viewer terminal device 100 may implement a control input by a user in various input methods, and more preferably, a touch input among the various input methods. Accordingly, hereinafter, the user will execute the control input through the touch input.

The e-book viewer terminal device 100 is a mode switching module 110 for switching to a scrap execution screen for scrapping a predetermined area while executing the e-book viewer screen, the user's touch to the area to be scraped A corresponding scrap region is set as a closed section formed by matching between a first coordinate section where the movement of the coordinates corresponding to the input starts and a second coordinate section where the movement of the coordinates ends, and the scrap data included in the scrap region thus set Execution of the application by executing a scrap forming module 120 for determining, a buffer module 130 for temporarily storing the scrap data, and an application application (eg, a memo application) for utilizing the scrap data. User memo data based on touch input by the user on the screen Sex, and includes a scrap edit module 140 to form a scrap file on the basis of the scrap data and the user data memory.

Furthermore, the e-book viewer terminal 100 further includes a memory module 150 for storing the scrap file in order to continuously utilize the scrap file.

The scrap forming module 120 determines coordinate information forming a closed section, extracts coordinate information located at the outermost part based on the determination result, and determines a boundary area using the extracted outermost coordinate information. To form.

The outermost coordinate information for forming the scrap region preferably includes outermost coordinate information for the top / bottom of the closed section and outermost coordinate information for the left / right of the closed section. It will be implemented in shape.

In addition, as a method of differently setting the scrap region, the scrap execution screen is divided into blocks having a predetermined size, and corresponding boundary blocks are designated based on coordinate information forming a boundary of a closed section, and then formed as specified boundary blocks. It is also possible to set an area to be the scrap area.

In addition, the scrap data included in the scrap area includes at least one of text and images in the scrap area.

The user memo data refers to a shape of a result of determining movement of coordinates formed corresponding to a touch input by a user on an execution screen of an application application such as a memo application.

The scrap editing module 140 converts the scrap data into the first image data and temporarily stores it in the first layer, converts the user memo data into the second image data and temporarily stores the second image data in the second layer. The overlap composition between the two image data is executed to form a scrap file for storage management.

The overlap synthesis is preferably made through the Alpha-Blend method.

FIG. 2 is a conceptual diagram illustrating a process of forming a scrap file through the e-book viewer terminal 100 shown in FIG. 1. As shown only as an example in FIG. 2, the e-book viewer terminal 100 executes the e-book viewer application to display the e-book viewer screen on the terminal screen, thereby allowing the user to read the e-book ( S100).

In step S100, when the scrap function is selected by the user, the e-book viewer screen switches the scrap execution mode (S102), and coordinate information corresponding to an arbitrary touch input by the user on the scrap execution screen. Is interpreted (S104).

Subsequently, when a closed section is formed due to the interpretation of the coordinate information, the scrap region is set based on the scrap region, and the scrap data included in the scrap region is determined, and an application application (for example, a memo application) corresponding to the determined result is determined. Call to display the execution screen of the application application (S106).

It is possible to execute an additional memo task by the user in the step S106, and to form a scrap file based on the user memo data and the scrap data formed by the memo task. Here, since the scrap file formed as an example in step S106 is not additional memo operation by the user, the scrap file is made only through scrap data.

3 is a conceptual diagram illustrating a principle of forming a scrap file through the e-book viewer terminal 100 illustrated in FIG. 1. As shown only as an example in FIG. 3, when the e-book viewer terminal device 100 calls scrap data on an execution screen of an application application, the scrap data is converted into first image data and transferred to the first layer. And temporarily storing the user memo data, which is projected on the first image data and formed through a touch input from the user, into second image data and temporarily stored in the second layer, and then temporarily stores the first image data and the first image data. Alpha-Blend overlap overlap between two image data is executed to form a scrap file.

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art will be variously modified and changed within the scope of the invention without departing from the spirit and scope of the invention described in the claims below. I can understand that you can.

In addition, the present invention allows the user who reads the e-book viewer screen displayed on the terminal screen by executing the e-book viewer application to execute an arbitrary touch input for a certain target area to be scraped to integrate management of the scraped area In order to provide an interface for the present invention, there is not only a sufficient possibility of sales of a commercially available or related service of an e-book viewer terminal device employing the interface, but also a degree that can be clearly realized in the industrial field. to be.

1 is a block diagram of an e-book viewer terminal device according to an embodiment of the present invention;

FIG. 2 is a conceptual diagram illustrating a process of forming a scrap file through the e-book viewer terminal shown in FIG. 1;

3 is a conceptual diagram illustrating a principle of forming a scrap file through the e-book viewer terminal shown in FIG. 1.

<Description of Symbols for Main Parts of Drawings>

100: e-book viewer terminal 110: mode switching module

120: scrap forming module 130: buffer module

140: scrap editing module 150: memory module

Claims (17)

An e-book viewer terminal for displaying an e-book viewer screen by executing an e-book viewer application, Mode change of the e-book viewer screen to a scrap execution screen based on a user control input, and setting and storing a scrap area in a closed section formed by moving coordinates corresponding to an arbitrary scrap selection input on the scrap execution screen. E-book viewer terminal device for managing. The method of claim 1, wherein the scrap selection input E-book viewer terminal device characterized in that the touch input. The method of claim 2, wherein the e-book viewer terminal device, A mode switching module for converting the e-book viewer screen into the scrap execution screen; The scrap region is set to the scrap section formed by matching the first coordinate section starting the movement of the coordinates with the second coordinate section where the movement of the coordinates ends, and forming scrap for determining scrap data in the scrap region. module; A buffer module for temporarily storing the scrap data; And And a scrap editing module for executing user application corresponding to the scrap data to form user memo data based on a user's control input, and forming a scrap file based on the scrap data and the user memo data. E-book viewer terminal device characterized in that. The apparatus of claim 3, wherein the e-book viewer terminal device E-book viewer terminal device further comprises a memory module for storing the scrap file. The method of claim 3 or 4, wherein the scrap forming module And the scrap region is formed on the basis of at least two outermost coordinate information forming the closed section. The method of claim 5, wherein the at least two or more outermost coordinate information is Outermost coordinate information on the top and bottom of the closed section; And E-book viewer terminal device comprising the outermost coordinate information for the left and right of the closed section. The method of claim 6, wherein the scrap region is The e-book viewer terminal device, characterized in that implemented in the form of a square based on the outermost coordinate information for the top / bottom and the outermost coordinate information for the left / right. The method of claim 3 or 4, wherein the scrap forming module An electronic book which divides the scrap execution screen into blocks having a predetermined size, designates corresponding boundary blocks based on coordinate information forming a boundary of the closed section, and then defines an area formed of the boundary blocks as the scrap region. Viewer terminal. The method of claim 3 or 4, wherein the scrap forming module And at least one or more of the text and the image included in the scrap area are the scrap data. The method of claim 3 or 4, wherein the scrap editing module And a user memo data having a shape of a result of determining movement of coordinates formed corresponding to a touch input on an execution screen of the application. The method of claim 10, wherein the scrap editing module Convert the scrap data into first image data and temporarily store it in a first layer, Converting the user memo data into second image data and temporarily storing the user memo data in a second layer; And the scrap file is formed by combining the overlap between the first image data and the second image data. 12. The scrap editing module of claim 11, wherein the scrap editing module is E-book viewer terminal device characterized in that for performing the overlap synthesis between the first image data and the second image data in an Alpha-Blend method. (A) displaying, by the e-book viewer terminal device, an e-book viewer application to display an e-book viewer screen; (B) converting the e-book viewer screen to the scrap execution screen while the e-book viewer application is running; (C) determining a movement of coordinates formed corresponding to a touch input on the scrap execution screen; (D) determining scrap data in the scrap region after setting a scrap region based on a closed section formed due to the movement of the coordinates; And (E) forming user memo data based on movement of coordinates formed in response to a touch input on a terminal screen due to execution of an application application corresponding to the scrap data, and based on the scrap data and the user memo data; Is a scrap execution method on an e-book viewer screen for forming, storing and managing a scrap file. The method of claim 13, wherein the step (d) And determining whether the closed section is formed by matching between a first coordinate section that starts the movement of the coordinates and a second coordinate section where the movement of the coordinates ends. 15. The method of claim 13 and 14, wherein step (d) (D-1) determining any one of outermost coordinate information on the upper and lower ends of the closed section and outermost coordinate information on the left and right sides of the closed section; (D-2) sequentially determining outermost coordinate information other than the outermost coordinate information determined in the step (D-1); (D-3) setting a rectangular shape formed as the scrap region based on the outermost coordinate information of the upper and lower ends of the closed section and the outermost coordinate information of the left and right sides of the closed section; And (D-4) A method for executing scrap on an e-book viewer screen comprising the step of determining the scrap data included in the scrap area. 15. The method of claim 13 and 14, wherein step (d) (D-1) splitting the scrap execution screen into blocks having a predetermined size; (D-2) designating corresponding boundary blocks based on coordinate information forming a boundary of the closed section; (D-3) setting an area formed of the boundary blocks to be the scrap area; And (D-4) A method for executing scrap on an e-book viewer screen comprising the step of determining the scrap data included in the scrap area. The method of claim 13, wherein step (e) (E-1) converting the scrap data into first image data and temporarily storing the scrap data in a first layer; (E-2) converting the user memo data into second image data and temporarily storing the user memo data in a second layer; And (E-3) forming the strap file by combining the overlap between the first image data and the second image data.

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