KR101255199B1 - Web-based online e-book publishing system using user oriented self publishing tool - Google Patents

Abstract

PURPOSE: A web based online electronic book publishing system using a user oriented individual publication writing tool is provided to enable a general user to conveniently publish an individual publication by utilizing a web based writing tool. CONSTITUTION: A user accesses to a homepage, which provides a system, and performs member authentication(S10). The user inputs and edits content of an electronic book by using a web based publication writing tool(S20). The user requests to publish the electronic book as publications of various types(S30). The system registers the electronic book in a store corresponding to a user request(S40). [Reference numerals] (S10) Homepage access/member authentication; (S20) Electric book manufacturing step; (S30) Publishing request receiving step; (S40) Store registration procuracy

Description

Web-based online e-book publishing system using user-oriented personal publication authoring tool. {WEB-BASED ONLINE E-BOOK PUBLISHING SYSTEM USING USER ORIENTED SELF PUBLISHING TOOL}

The present invention relates to a web-based online e-book publishing system, and more particularly, to a web-based online e-book publishing system using a user-oriented personal publication authoring tool.

Recently, the distribution and subscription of electronic books (eBooks) has become a mobile smartphone with built-in reader such as Amazon Kindle, Sony PRS-500 product, Barnes & Noble NOOK, Apple iPad, It is rapidly increasing, with widespread use of devices.

In addition, e-books play a role as a fusion media platform that transmits various kinds of multimedia contents beyond the digitized contents of simple text-based information. In addition to the concept of the existing e-book, And a variety of multimedia and interactive elements such as an APPBOOK in the form of an application running on the device.

Especially, the EPUB format, which is presented as a recent standard for e-books, is based on HTML5, and suggests an environment that enables integration with various mobile devices and the Internet environment.

 Unlike the paper book market, which is centered on the existing publishing companies, the printing industry, and the online and offline bookstore industry, the distribution market of such electronic books is not limited to these, but also the digital contents industry, Internet industry, smart device terminal industry, It is growing into a structure in which e-book contents are produced and circulated by combining various subjects.

In particular, a new type of e-book market such as Apple's iBooks, AppStore, and Android Market, which allows individuals to register their own works and distribute them, is formed and one author A new electronic publishing environment based on creation is formed. In such an environment, the desire of the user, that is, the reader of the e-book, as well as the e-book as an author, to produce and publish the e-book,

On the other hand, authoring tools for producing such e-books, for example, Adobe InDesign, etc., are intended for professionals in the publishing industry and require considerable time and effort to be used by the writer or the general public. It is economically inefficient to purchase expensive programs for the production of one or two books. In addition, most of the above programs require specific hardware specifications or usage in the operating system, so that the inefficiency can not be avoided from the aspect of compatibility and the economics caused thereby depending on the operating system.

Furthermore, even if the electronic book of various forms such as the pub or the appbook is produced, the process of registering the electronic book in the e-book market and approving it and publishing the book is a less experienced writer It is not an easy process for the general public.

Accordingly, there is a desperate need for a personal publishing authoring tool which can be easily used by a general user who is not an e-book publishing professional and can be accessed at low cost, and an e-book publishing system Or e-book publishing services are urgently required.

1. Korean Patent No. 10-0831096 (Name of invention: online electronic publishing service method, date of announcement: May 20, 2008) 2. Korean Patent No. 10-0858103 (Title: Template-based web document PDF publishing system, date of announcement: September 11, 2008)

Accordingly, it is an object of the present invention to provide a web-based electronic book publishing method using a user-oriented personal publishing authoring tool which can be easily used by a general user, and accessible at low cost,

It is another object of the present invention to provide a web-based electronic book publishing system using a user-oriented personal publication authoring tool which can be easily used by a general user, and is inexpensive to access.

In order to achieve the above object, the present invention relates to a web-based online e-book publishing system using a user-oriented personal publication authoring tool, a site information providing module for providing a homepage information and operator information on which the online publishing system is operated; A user module for managing a member-related page of a homepage on which an online publishing system is operated; An electronic book module for managing an e-book production page and an authoring tool on a homepage where an online publishing system is operated; And a database storing home page information, operator information, user information, and e-book information. The e-book module comprises: an e-book production module for providing an author with a personal publication authoring tool on the web; An online publishing module for managing a web page for online publication and sale of an e-book produced by the authoring tool on the web so that an author and an administrator of an online publishing system communicate with respect to online publishing; An offline publishing module for managing a web page for offline publication and sale of an e-book produced by the authoring tool so that an author and an administrator of an offline publication communicate with respect to offline publishing; And a sales status module for managing sales status of the e-book being sold, wherein the user module performs member authentication of the author to allow the author connected to the homepage to access the web-based online e-book publishing system. The e-book production module provides a user with a web page for inputting publication type information and publication information of the e-book to the author, and provides ePub and comics as publication type information of the e-book through the web page. Receives selected publication type information by selecting one of the App Book or App Book, and as the publication information, one of book name, author name, co-author name, translator name, horse name, book type, book category, price, and index keyword information of the e-book. The electronic book production module receives the input including the above, and according to the execution of the authoring tool on the web of the author, Initialize the various flags and variables, and functions in the tool and initialize authoring tool to enable this register to be used and events according to the functions required in accordance with the type of published information step; An authoring tool execution step of receiving a content created and edited by an author by executing an authoring tool based on an event according to the activated function; And a data storage step of converting the created and edited data into a predefined data format according to the publication type information including the publication type information and the publication information, and storing the data in a database. It includes an interface in the form of a button that activates a function assigned by a click on the screen and performs an event. The event is a DB content saving event, e-book production completion event, table of contents setting event, trial publishing event, text button event, comic background image setting and image archive list setting event, Text Editor button event, Movie button event, Map button At least one of an event, an Animation button event, and a Comic button event, wherein the data storage step is performed by the edited content DB storage event, and the e-book production module is selected and inputted by the author. If the publication type of the information is ePub, the data storage step is performed by using one of the HTML5 compatible Meta Data form and the XML compatible Meta Data form as the predefined data format, and the publication type of the publication type information. If this is a Comics Appbook or Appbook, one of the following formats: XML-compliant Metadata and jQuery-compliant Metadata The data storage step is performed using the data in a predefined data format, and the data generated and edited is converted into the predefined data format according to the publication type information including the publication type information and the publication information to the database. The database is stored in the e-book DB for managing the basic information of the e-book produced by the authoring tool, the e-book DB, the production DB for storing and managing the data of the e-book being produced, the production is completed And an online publishing DB for storing and managing the data of the e-book published online, and an offline publishing DB for storing and managing the data of the e-book published offline when the production is completed. When the basic information of the book is modified or deleted, the production DB 241, online publication DB 242, and offline publication DB 24 which are subordinate to the book information 3), the associated data of the sales status DB 250 is configured to be automatically modified or deleted, and the e-book production module separates the production DB from the online publication DB and the offline publication DB to generate data of the e-book being produced. It is characterized by storing and managing.
Preferably, the e-book production module is a trial publishing step for displaying the e-book currently being created and edited by the trial publishing event in the form of an e-book on the author device that the author is working; Including the steps, and converts the e-book data being created and edited in the execution of the trial publishing event to the data of the format that can be displayed on the pre-defined author device according to the publication type information, and generates a verification code, It is configured to transmit and display to the authoring device only in the authorized case.
Also, preferably, the e-book production module calls and outputs a list of note data including text previously stored in a database by the author performed by the My Note Archive List event included in the text button event. And inserting the note data to select note data in the e-book production step, calling the selected note data according to the author's selection, inserting and displaying the note data in the e-book data being created and edited, and including the text. The note data is text scraped by another author from another e-book, and includes copyright information of the other e-book.

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According to the present invention as described above, an e-book publishing system and service that can be easily used by an ordinary user other than an e-book publishing expert and can be accessed at low cost becomes possible.

1 is a configuration diagram of a web-based electronic book publishing system according to an embodiment of the present invention;
BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a web-
3 is an explanatory diagram of a web-based e-book publishing system implemented in accordance with an embodiment of the present invention;
4 is a basic flow chart of a web-based e-book publishing method of the present invention;
FIG. 5 is a diagram for explaining a method of performing an electronic book production step according to an embodiment of the present invention; FIG.
FIGS. 6 to 19 are diagrams for explaining an event used in the authoring tool according to an embodiment of the present invention and a process of performing the event. FIG.
FIG. 20 is a main screen of a web-based e-book publishing system implemented according to an embodiment of the present invention.
Figure 21 is a diagram illustrating an implementation of an electronic book library solution interlocked with a web-based e-book publishing system, including an embodiment of the present invention.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention, and like reference numerals designate like parts throughout the specification. In addition, even if the detailed description is omitted, descriptions of parts easily understood by those skilled in the art are omitted.

Throughout the specification and claims, when a part includes a certain component, it means that it may further include other components, except to exclude other components unless specifically stated otherwise.

Hereinafter, the present invention will be described in detail with reference to the drawings.

1 and 2, a configuration of a web-based e-book publishing system using a user-oriented personal publication authoring tool according to an embodiment of the present invention will be described.

FIG. 1 is a configuration diagram of a web-based electronic book publishing system according to an embodiment of the present invention, FIG. 2 is a DB configuration diagram of a web-based electronic book publishing system according to an embodiment of the present invention, The web-based electronic book publishing system 100 according to an embodiment of the present invention includes an information providing module 110, a user module 120 and an electronic book module 130, , User information, and e-book information.

The site information providing module 110 is implemented in the form of a web page providing information on the homepage and the operator information on which the online publishing system is operated, and the company introduction, the terms of use, the personal information handling policy, .

The user module 120 manages member-related pages of a homepage on which an online publishing system is operated, and manages web pages such as membership registration, login, ID search, password search, and member information modification, .

EBook module (130) It manages all pages and authoring tools related to eBook production on the homepage where the online publishing system is operated. It manages all pages related to ebook production management including ebook introduction and production, And manages the electronic book data produced from the data. Electronic book modules are subdivided according to functions in the production and sales process. That is, an e-book creation module 131, which includes the user-oriented personal publication authoring tool of the present invention, provides an author with a function and provides all functions included in the personal publication authoring tool on the web, An offline publishing module 133 for managing the offline publication and sale of the electronic book produced by the authoring tool, a sales management module 133 for managing the sales status of the electronic book being sold, And a sales status module 134 for managing sales.

The e-book production module 131 provides a web page suitable for a user or a function included therein by activating different usable tools or operating the same page differently according to a production stage and a sales type, Data or the like is managed separately from the published or in-sale data, the contents of the e-book being published or sold even when the e-book production module 131 has already published or reissued this e-book being sold affects Management. As described later, the e-book DB is subdivided into a production DB, a online publication DB, and an offline publication DB, and the e-book production module manages the production DB 241 separately from other DBs.

The online publishing module 132 manages the pages related to publishing the produced electronic book, performs related functions, and makes online sale of the produced electronic book. (Fig. 20J) of the My Page and the seller's "sales book management page" (not shown) to manage the author and the manager in relation to online publishing, In publication DB 242 separately from other DBs.

The offline publishing module 133 manages the pages associated with offline publishing of the produced electronic book, performs related functions, and makes offline e-book publishing and sale. The author performs the function of communicating with the author and the manager in relation to the off-line publishing by managing the author's "offline publishing application" page (FIG. 20m) and the manager's "offline publishing management" page (not shown) And manages the separate offline publication DB 243 separately.

 The sales status module 134 is a module for performing a page and related functions for managing the sales performance of books being sold on-line or off-line, and is provided with a web page (Fig. 20n) for delivering sales performance information related to the e- And the "sales status management" page of the manager, and the input of data is made possible only by the administrator.

 The database S200 for storing the homepage information, the operator information, the user information and the electronic book information includes a master code DB 210, a site self information DB 220, a user DB 230 and an electronic book DB 240, A production DB 241, an online publication DB 242, an offline publication DB 243, and a sales status DB 250 that are subordinate to the book DB 240.

The master code DB 210 is a DB that manages and manages common information used in the site, and manages the common information used in the site by master coding, thereby enhancing the integrity of the database. For example, you would use the site membership level as 0/1/99 instead of the letter / visitor / member / manager.

The site self information DB 220 stores and provides homepage self information such as company information and site information, and stores and manages, for example, partner alliances and customer centers.

The user DB 230 stores and manages site membership information, and stores and manages data such as membership information, login information, account information of members, and the like.

The e-book DB 240 stores and manages all the data serving as a basis of information related to the e-book including the e-book basic information, and data related to the title, ISBN information, unique number, do. When the e-book basic information of the e-book DB 240 is modified / deleted, the production database 241, the online publication DB 242, the offline publication DB 243, and the sales status DB 250, Data is automatically modified or deleted. The information and data about the electronic book being produced and the information and data about the completed and published book are separately stored and managed in the production DB 241, the online publication DB 242, and the offline publication DB 243, Even if the data of a published book is modified or changed, it is managed so as not to affect the published book. If there is a modification / change of the data of the previously published book, it is stored as separate e-book data to generate another version of the e-book.

 The production DB 241 stores and manages information and data related to electronic book production. The production DB 241 stores data used in an authoring tool, that is, information and data of an electronic book to be produced, such as book information (publication information, Information, contents of the e-book, image, and the like. By using a single database at the production stage, the electronic book data being produced and the electronic book data being sold are separately stored and managed.

The online publishing DB 242 stores and manages information and data related to e-books that are published in the form of an e-book (e. G., E-book), that is, registered in an online market. Data such as book information (such as publication information), chapter information, page information, contents of an electronic book, and images are separately stored and managed as information and data of an electronic book used for publishing an electronic book.

The offline publishing DB 243 stores and manages information and data related to a book of a paper book type for offline publishing, and stores data used for offline publishing and sale of the completed book, book related information, and data And eBook information and data published online.

The sales status DB 250 is a database that manages information and data related to sales results of books, e-books, and / or paper books being sold, and manages data such as market information and sales information based on the author and book . Authors can only query and search, and only the administrator is set to enter data.

Hereinafter, a web-based electronic book publishing method using a user-oriented personal publication authoring tool will be described with reference to the drawings.

3, 20, and 22, a web-based online ebook publishing method using the electronic book publishing system and user-oriented personal publishing authoring tool of the present invention, Describes an electronic book publishing system and a publishing method.

3 is an explanatory diagram of a web-based e-book publishing system implemented according to an embodiment of the present invention. 20 is a main implementation screen of a web-based e-book publishing system implemented according to an embodiment of the present invention. FIG. 21 is a diagram for explaining an implementation example of an electronic book library solution interworking with a web-based e-book publishing system, including an embodiment of the present invention.

The author who wishes to create an electronic book using this system first accesses the homepage through the screen as shown in Figs. 20A and 20E, and accesses the electronic book publishing system by performing member authentication. As shown in FIG. 20F to FIG. 20H, member registration is separately managed as individual member and business member, and the electronic book publishing service operation policy is separately applied and managed.

Members who have been certified as members are authors who execute authoring tools designed to enable the creation and editing of pubs (ePubs) / PDFs, app-shaped appbooks and comic apps, store their works in a database of this system, And this situation is managed by the user in the system and the information is collectively provided on the My Page menu of Fig. 20i.

The request for publishing is based on the selection of an online publication request. In accordance with the request for publication, the form of the produced electronic book, ie, the ePub / PDF, the appbook in the form of an app, the comic app, (Currently implemented in the example of Apple's iBook Store, App Store, and Android Market), but is not limited to, but not limited to, The market is gradually expanding according to the market situation.) Also, it stores the e-book and stores the settlement statistics for the sale price generated through online sales and deposits the sales price Function.

Furthermore, in order to satisfy the desire to author a new e-book using the contents of the e-book published in terms of the subscriber, the implementation of the present invention can be applied to an e-book viewer implemented as shown in Fig. 21 and a scrap Highlight) function and memo function to save the desired text and edit the document. In other words, it is possible to store the scrap and memo of the e-book held by the user for the purpose of writing the e-book separately An e-book reading system having a function of editing its own note data can be interlocked with the e-book reading system, and the scrolled text and memo The notes containing the data are stored in the database of the present system, The present invention is implemented so as to have a structure that can be used for making an electronic book by calling the notebook.

In this case, the note transmitted from the linked electronic book library includes copyright information including information of other electronic books scrapped by the author, so that copyright information related to the electronic book produced by the author or the author The system may be configured to be managed by the system (or the administrator of the system), and the copyright information may include the copyright information of the author himself / herself written at the time of writing the note.

FIG. 4 is a flowchart of a web-based e-book publishing method according to the present invention, and FIG. 5 is a diagram for explaining an execution method according to embodiments of the electronic book producing step of the present invention.

The web-based online e-book publishing method using the user-oriented personal publication authoring tool of the present invention includes a homepage accessing / member authenticating step (S10), an electronic book making step (S20), a publication request receiving step (S30) (S40).

In step S10, the author accesses a web-based online e-book publishing system through member authentication of a homepage. Only the author who has been authenticated as a member accesses a web-based e-book publishing system, The authoring tool of FIG. 5E can be executed.

Next, in the electronic book creation step S20, the author connected to the web-based online e-book publishing system inputs and edits the contents of the e-book using the authoring tool executed on the web, . The electronic book production step may include an electronic book production completion input step of receiving an electronic book production completion from an author on the web and transmitting a publication request to an administrator separately from the storage of the electronic book, The publication request may be transmitted in a manner not related to the present system, that is, a request for publication by telephone or e-mail.

 The e-book creation step may include determining whether the e-book has already been received and determining whether the e-book has been already selected and created and edited; Data that is separate from the data is generated and stored in the database, so that even if the data of the previously published book is modified or changed, it can be managed so as not to affect the previously published book or data.

The publication request receiving step (S30) receives a request for publishing an e-book completed by the author. Basically, it is performed by receiving an online publication request, but separately from this, it may include an offline publication request step of receiving an offline publication request from the author, and depending on the embodiment, not only a publication request on the web, The request is received in a manner not related to the present system, that is, a publication request transmitted via telephone or e-mail.

The store registration step S40 is a step of registering the electronic book in which the publication request is received on the electronic book store where electronic books can be published by online registration, notifying the registration related manager of the publication request, Information and data related to the received electronic book are called from the database and transferred.

The web-based e-book publishing method further includes a settlement step of depositing the store sales result and the sales price and making settlement according to a preset settlement method according to the embodiment.

The e-book creation step S20 may be performed when the author creates a new e-book, or if the e-book data stored in the e-book is being produced, or when the e-book data It is carried out in a different way. Hereinafter, an embodiment of the electronic book production step (S20) will be described with reference to the drawings in the case where the author creates a new e-book and the case where he / she calls the previously stored electronic book data. In both cases, The description of the overlapping contents is omitted.

5A to 5D are diagrams for explaining an embodiment of an electronic book production step (S20) when an author creates a new electronic book.

5A to 5D, when an author newly creates an electronic book, the electronic book production step includes a preset input step S210 for inputting the publication type information and the publication information of an electronic book to be produced, an authoring tool, that is, SPT (S212) for initializing various flags, variables, and functions of the authoring tool, activating required functions according to the publication type information, and registering an event to be used, a self-publishing tool An authoring tool execution step (S213) for inputting and displaying contents to be created and edited by executing an authoring tool based on the event, and a data storing step (S214) for storing data created and edited according to the execution of the authoring tool And in the data storing step S214, the created and edited data are sorted according to the publication type information including the publication type information and the publication information Converts to a predefined data format and stores it in the database.

The presetting step is started by the user performing the "New" button shown in Fig. 5D, and in the presetting step, the publication type information and the publication information are entered through the screens of Figs. 5B and 5C.

The publication type information is information related to the publication form of the e-book, such as the ePub / PDF in the form of a normal e-book, the comics appbook in the form of a comic app, And can include various types of e-books that are commercialized according to the embodiments. This pub has the advantage that it can distribute a wide range of publications regardless of the terminal and viewer program used, but it has a disadvantage that it can not show more than the contents or effects defined in the ePub convention. Comic appbook is a form that can meet the demand for special effects that maximize the interest of cartoons, beyond the effects defined in the ePub contract, such as slide show effect, box processing effect, automatic cutover effect by one cut. The appbook supports a variety of video and audio formats beyond the existing ePub that supports only letters, images and limited video, and supports animation effects. For example, if students' textbooks were made with ePub, they would not be much different from existing paper textbooks focusing mainly on letters and pictures. However, if you make it in the form of an appbook, you can add more animation and animation effects to your students' interest and understanding. In addition, the appbook can be optimized for devices such as a phone or Pad. Such a publication type is input through a selection input of a web page screen as shown in FIG. 5B, and the author can select a book in advance for the book type in accordance with the contents of his book.

When the selection input of the publication type information is completed through the web page of 5b, the author clicks the "Next" button, and the publication information input screen of the e-book of FIG. 5C is output and the publication information of the e-book is input from the author. Receive. The publication information of the e-book includes information such as the book name, author name, co-author name, translator name, horseshoe name, book type, book category, price, index keyword, etc. of the e-book, and is input through a web page as shown in FIG. 5C.

When the input of the publication type information and the publication information is completed through the execution of the presetting step, the user-oriented authoring tool SPT (Self Publishing Tool) characteristic of the present invention starts (S211) ) Is performed to initialize various flags, variables, and functions of the authoring tool, activate functions required for each publication type according to the publication type information, and initialize the authoring tool by registering an event to be used.

The various flags of the authoring tool refer to boolean and integer variables for recording the status of the modules and actions of the present invention, which are programs running on the web, and for controlling the flow of processing.

The authoring tool according to an embodiment of the present invention is created according to the HTML5 standard and suggests an environment in which integration with various mobile devices and the Internet environment is possible. In the description of the implementation example of the authoring tool, the flags are set and described as follows.

1.Action Flag: Record the type of module and action

2.Action Start Flag: Variable that indicates whether the current module or action is started.

3.Action Ready Flag: A variable that indicates whether the start condition of the module and the action is met. (It can be started only when the precondition is satisfied without starting certain actions.)

4.Position Valid Flag: A variable that records whether the coordinates are available coordinates.

5.File Valid Flag: Variable that records whether the file is uploadable or downloadable.

6. URL Valid Flag: A variable that records whether the target of the URL exists or not.

7.Page Edit Flag: A variable that indicates whether the current page has been modified.

8. Map Valid Flag: A variable that records whether the map retrieved is correct.

9.Valid Edit Tool Flag: A variable that records whether the tool is available at the current stage of production.

10.Publishing Done Flag: Variable indicating whether the publication has been completed.

11.Book Kind Flag: Variable that records the publication type.

The function of the authoring tool is implemented as an event of the authoring tool described later, and the author edits his e-book using the function of the authoring tool activated by clicking each function button of the authoring tool. In the embodiment of the present invention, in the comic appbook, the 1-cut area setting event and the existing area size adjustment event, which are performed by clicking the Comic button, A function performed by the user is required

5e is a display screen of an authoring tool according to an embodiment of the present invention. FIGS. 6 to 19 are views for explaining an event used in the authoring tool according to an embodiment of the present invention and a process of performing the event. Referring to FIG. 5E, Functions and procedures of the present invention will be described in the description of the embodiments of the present invention.

Referring to FIG. 5E, the event is performed by clicking on each button on the screen of FIG. 5E, and functions as an authoring tool of the present invention by selecting an author. Here, there are an event started by clicking each button on the screen of FIG. 5E and a detailed event included therein. By clicking each button, an edit content DB storage event, an e-book production completion event, a table setting event, , Text button event, comic background image setting and image archive list setting event, Text Editor button event, Movie button event, Map button event, Animation button event, Comic button event and the like are started. The function to be used for each type of publication is activated and the event to be used can be changed according to the change of the demand function according to the change of the requirements of the change author of the general publishing environment. Will be described in detail.

Next, an authoring tool execution step (S213) is performed, and the author executes the authoring tool based on the activated event to receive and display contents for creating and editing contents of the electronic book.

In the case where it is desired to store the content of the author-created and edited e-book, a data storing step (S214) for storing data created and edited according to the execution of the authoring tool is performed. In some embodiments, As shown in FIG. In the data storing step S214, the created and edited data is converted into a predefined data format according to the publication type information including the publication type information and the publication information, and is stored in the database, and the authoring tool is terminated.

For example, if the type of e-book selected by the author is e-pub / PDF in the form of a conventional e-book, the format is HTML5 compatible Meta Data XML-compatible meta data forms can be used. In the case of comic appbooks and appbooks, XML-compatible meta data or jQuery compatible meta data forms can be used.

FIG. 5F is a flow chart of an embodiment of the electronic book production step S20 in the case where the existing electronic book data is called and worked.

Referring to FIG. 5F, in the case of calling the previously stored electronic book data, the title of the list is clicked on the existing electronic book being produced on the screen of FIG. 5D, or a re-registration button The self-publishing tool (SPT) of the present invention is started (S220), the authoring tool initialization step (S221) is performed, and the authoring tool Initializes various flags, variables, and functions, activates functions required for each publication type according to the publication type information of the selected electronic book, and registers an event to be used to initialize the authoring tool.

Then, a data display step S222 is performed in which the data of the electronic book selected by the user is called from the database, the data is converted into a data form for displaying on the screen, and the converted data is displayed on the screen.

For example, in the embodiment of the present invention, the data of the e-book stored in the database has the Raw Data format and the data of the called e-book is stored in the data format HTML5-compliant Meta Data, XML-compliant Meta Data, or jQuery-compliant Meta Data format. That is, the Raw data called in the DB is converted into a displayable compatible meta tag and displayed on the screen of the authoring tool based on the meta tag.

In the authoring tool execution / step S223, the authoring tool is executed based on the event according to the activated function, and contents to be created and edited are inputted from the author and displayed.

If the user wants to store the contents of the created and edited e-book, a data storing step (S224) for storing the created and edited data according to the execution of the authoring tool is performed, The data is stored in the database and the authoring tool is terminated. In the data storage step (S224), the data of the called e-book and the e-book to be stored To check whether there is a modified content, and if there is a modified content, the screen display data is converted into data for database storage and the converted data is stored.

The data storing step S214 of FIG. 5A and the data storing step S224 of FIG. 5F are implemented by causing the author to click on the "Save Book" button on the authoring tool screen of FIG.

6A is a flowchart of a data storage step according to an embodiment of the present invention, that is, a flowchart of an edit content DB storage event performed on a screen of an authoring tool. 6B is a screen for displaying an interface for performing a data storage step of the authoring tool of the present invention running on the web.

6A and 6B, the edit content DB storage event is started by clicking the "Save Book" button activated and displayed on the screen of the authoring tool as shown in FIG. 6B, and initializes the data, And then converting the data according to the publication type and storing the converted data in the database.

The method of implementing the main process of FIG. 6A is summarized in the following table. Other processing procedures refer to the description of the above flowchart.

  Key Processes  What to do and how to implement it


① Data initialization 1. Various Flag Initialization
- Action Flag setting: Set by Data Save flag
- Action Start Flag initialization.
- Initialize Page Edit Flag.
2. Initialize various variables
- Book Type variable initialization.
- Initialize the Meta Tag Container variable.
- Initialize image name variable.
- Initialize image width and height variable
- initialize image URL variable ② Epub type Meta Data conversion 1. Convert to HTML5 standard meta tag with epub tag format.
2. Check the validity of the converted tag
3. Check Open Tag and Close Tag.
4. Use (double quotation marks) to represent the attribute within the tag. ③ Comic type Meta Data conversion 1. Convert Comic Meta Tag to Comic App.
- Slide View coordinates, Slide time, Comic Animation Tag, etc.
2. Check the validity of the converted tag. ④ Convert AppBook Meta Data 1. Convert to Meta Tag according to AppBook specification.
2. Check the validity of the converted tag.

The electronic book production step S20 may include an electronic book production completion input step of receiving an electronic book production completion from an author and transmitting a publication request to an administrator, and performing an electronic book production completion input For example, a process of performing a production completion event by clicking an author's "production completed" button on the authoring tool screen of FIG. 5E is implemented.

8A is a flow chart of an electronic book production completion input step, that is, an electronic book production completion event performed on a screen of an authoring tool according to an embodiment of the present invention. 8B is a screen for displaying an interface for performing an authoring completion input step of the authoring tool of the present invention running on the web.

8A and 8B, the electronic book production completion event is started by clicking the "production completed" button activated and displayed on the screen of the authoring tool of FIG. 8B. Depending on the completion of the production, The electronic book production completion event is ended by disabling the production tool and the storage button. When the production completion event is finished, a publishing request button is activated on the web page in Fig. At the same time, information related to e-book production is updated in the database, and the publishing request can be sent to the administrator.

The implementation method of the main process included in FIG. 8A is summarized as the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ① Data initialization 1. Various Flag Initialization
- Action Flag setting: Edit End flag setting
- Action Start Flag initialization.
- Valid Edit Tool Flag initialization.
- Request Publishing Flag initialization.
2. Initialize various variables
- Write Book Step variable initialization. ② Production stage check Check the production stage of the book being produced.
- During production: Proceed to the next step.
- In case of production completion: Skip all steps and complete processing ③ Disabling the production tool Deactivate all production tools.
- Disable all Tool buttons that can modify the contents of the book.
- Disables Text, Image, Animation, movie, map, comic and table of contents, and Text Edit buttons.

The e-book creation step S20 may include a table of contents / page setting step of generating table of contents / page data to generate table of contents / page data. The table of contents / page is included in the completed e-book, and when the e-book is read, it is provided with the function of moving to the corresponding page of the e-book when clicked. In this case, the data storing step converts the created and edited data into a predefined data format according to the publication type information including the table of contents / page data, and stores the converted data in the database. Especially, the ePub electronic warfare requires the shepherd setting and the page setting before editing the book, so the table of contents / page setting step is a necessary step in the production of the electronic book.

The table of contents / page setting step is implemented as a process of performing a table setting event and a page setting event by the author clicking a table setting button on the authoring tool screen of FIG. 5E.

FIG. 7A is a flowchart of a table setting event performed on a screen of an authoring tool in a table of contents / page setting step according to an embodiment of the present invention. FIG. FIG. 7B is a flowchart of a page setting event performed on the screen of the authoring tool during the table of contents / page setting step according to the embodiment of the present invention. 7C is a screen for explaining the interface for performing the table of contents / page setting step in the authoring tool of the present invention running on the web.

Referring to FIGS. 7A to 7C, the table setting event displays a table of contents list by calling table of contents data included in the data of the corresponding electronic book stored in the database, and deletes, adds, After the validation, the edited table of contents data is entered into the database and is terminated. The first table of contents may be set to display only one large table of contents. Optionally, the table setting event is terminated and a layer for page setting is activated to start a page setting event so that page editing to be described later can be performed simultaneously or sequentially.

The implementation method of the main process included in FIG. 7A is summarized as the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: set with list setting flag
- Action Start Flag initialization.
2. Initialize various variables
- Title variable initialization.
- Initialization of subheading variables.
- Table of contents initialization of unique number variable
3. Initialize Table of Contents Layers. ② Activate table of contents setting layer 1. Display initialized table of contents setting layer.
2. List the table of contents in the set system. ③ Check the valid table of contents information Check whether the selected table of contents information includes the DB unique number ④ Check items to be added Check whether the item to be added is a title or a sub title.
- For title: Add a new title item below the last subtitle of the selected title.
- For subheading: Add a subheading item below the selected heading. ⑤ Check the valid table of contents Check correlations between titles and subheadings to be stored.
- Check that the order of each title is correct.
- Check that each title and subheading are matched correctly.
- Check if there is a subtitle that does not accompany the title. ⑥ Exit contents setting layer 1. Hidden processing of active layer.
2. Initialize the used variables.

 The implementation method of the main process included in FIG. 7B is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ① Data initialization 1. Various Flag Initialization
- Action Flag Setting: Set with Page Setting Flag
- Action Start Flag initialization.
2. Initialize various variables
- Title variable initialization.
- Initialization of subheading variables.
- Table of contents initialization of unique number variable
- Page variable initialization.
3. Initialize Page Setup Layer. ② Activate the page setting layer 1. Display the initialized Page Setup Layer on the screen.
2. List the table of contents in the set system.
3. Display page information for each table of contents. ③ Valid Page Data Check Check the correlation between title / subtitle and page number.
- Check that the order of each title / subtitle and page number is correct.
- Check the page numbers that are used overlapping.
- Check for the existence of a title / subtitle without a page number.
- Check if the entered page number exceeds the current total page number. ④Page setting layer end 1. Hidden processing of active layer.
2. Initialize the used variables.

 The electronic book creation step S200 may further include a test publishing step for allowing the author to display an e-book currently being created and edited in the form of an e-book on an author's device in which the author is working. In this case, The electronic book data to be created and edited is converted into data in a format that can be displayed in a predefined authoring device in accordance with the publication type information to be transmitted to the authoring device and displayed.

The test publishing step is implemented as a process of performing a test publishing event by the author clicking the "test publishing" button on the authoring tool screen of Fig. 5E.

FIG. 9A is a flowchart of a test publication stage implemented in accordance with an embodiment of the present invention, that is, a test publication event of a book being produced, and FIG. 9B is a flowchart of a test publication stage performed in the authoring tool of the present invention, It is a screen to explain the interface.

Referring to FIGS. 9A and 9B, when a test publication event of a book under production is started by a user's selection, corresponding data of the selected page of the test publication page setting is called from the database according to the test publication selection, In accordance with the type, XML data is generated and transmitted to the user device and output. In order to authenticate the user, the authentication code is transmitted to the user device to install the related application, and authentication is performed through the authentication code Process is added and performed.

The implementation method of the main process included in FIG. 9A is summarized as the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Set with Test Publishing flag
- Action Start Flag initialization.
- Publishing Done Flag Initialization
- Book Kind Flag initialization
2. Initialize various variables
- initialize the ePub XML variable.
- Comic XML variable initialization
- Initialize the AppBook XML variable.
- Download Code variable initialization.
- Water Mark variable initialization ② Test publication page setting Sets the amount of pages to be published for testing.
- Test publishing can not publish all pages.
You can only publish less than 10 pages that you want to test publish.
- Enter the page to be published as an integer.
ex) 1-8 ③ Create ePub File 1. Create an ePub file to check on the user terminal.
- In case of ePub, the actual file to be input to the terminal is required.
- Creates an ePub File containing the contents to be tested and published on the server.
2. Apply water mark to test publication.
- Willdream's Water Mark applied to the published ePub.
- Preventing misuse by users to collapse and publish their books by exploiting trial publications. ④ Creation of EPUB XML Data Generate XML data to introduce ePub book.
- Generate ePub introductory XML to be used in the Willdream App.
- Will act as intermediary to link SPT with Willdream App.
- Comprehensive information about the books to be published. ⑤Comic XML data generation Generate XML data to launch Comic Book.
- Generate ePub introductory XML to be used in the Willdream App.
- Comprehensive information about the books to be published.
- Comic Book contents and effect data to accommodate various contents. ⑥ Create AppBook XML Data Create XML data to be used in App Book.
- Generate ePub introductory XML to be used in the Willdream App.
- Comprehensive information about the books to be published.
- Accepts various contents and effect data of App Book. ⑦ Data Download Generating and issuing authentication code Generate a code to download the data of the book that has been tested and published in the App.
- Certification Code used when downloading test publications from Willdream App.
- You can download published books using this certification code.
- The issued certificate code can be confirmed on the site.
- Each test publication is issued with its own unique certification code ⑧ Input Download Code at Download Enter the Certification Code issued to download the book.
- Tested books are only available in the Willdream App.
- Data Download is required to check the publication.
- Data Download is available after entering the issued authentication code.
- Each test publication has its own certification code.
- If the authentication code and user ID match, download will proceed. ⑨ Check eBook on the terminal In fact, you can check the publishing results at the production stage before the eBook is published.
- ePub, Comic, and AppBook can all see the final results before they are published.
- It is possible to make while checking your own book at the stage of production.
- You can reduce unexpected errors or misses after publishing.
- It is possible to produce various effects and book designs that have been seen since publishing by verifying from the production stage.
- Ensures higher quality contents and design quality.

 The electronic book producing step S20 includes a note inserting step in which a list of note data including text previously stored in the database by the author is called and output so that the author can select desired note data, Can be performed to call up the note data and insert it into the electronic book data being created and edited for display.

The note data including the text includes text information of the other e-book as text scraped from the other e-book by the author, and as described above, the author reads the e-book from the e-book library interlocked with the system of the present invention, In this case, the author or the system (or the administrator of the system) can manage the copyright-related information related to the electronic book to be produced.

The note inserting step is implemented as a My Note Storing List event performed in the text button event performed by the author clicking the "Text" button on the authoring tool screen of Fig. 5E, and the flow is shown in Fig. The following explains in detail the method for implementing the text button event.

Hereinafter, the event for performing the function of the user-oriented personal publishing authoring tool according to the embodiment of the present invention will be described in the order of each button in the screen of FIG. 5E Will be described with reference to FIGS. 10 to 19. FIG.

 The text button event is performed by clicking the "TEXT" button in Fig. 10A and includes a new area setting event of the text, an existing area size adjusting event, and a memo storage list (interlocking text manager) event. The text input event is basically implemented by clicking and dragging to set the text area and then placing the text in a desired space and adjusting its size.

FIG. 10B is a flowchart of a new area setting event implemented according to an embodiment of the present invention, and a method of implementing the main processing included in FIG. 10B is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Set as Text area flag
- Action Start Flag initialization.
- Effective Coordinate Flag Initialization
2. Initialize various variables
- Mouse Start Point initialization.
- Mouse Move Point initialization
- Layer width initialization, Layer height variable initialization.
- Set the effective range variable. ② Start area setting action 1. Set the Action Start Flag to True.
2. Save the current mouse coordinates to the Mouse Start Point.
3. Create Text Area Layer
4. Set the starting coordinates of the top left corner of the Text Area Layer. ④ Area expansion / reduction 1. Save the current mouse coordinates to the Mouse Move Point.
2. Text Area Layer Representation: Mouse Start Point and Mouse Move Point are represented by a rectangle connecting two points.
3. Layer width variable and Layer height variable setting. ⑤ Area confirmation 1. Set the Action Start Flag to False.
2. Save the current mouse coordinates to the Mouse Move Point.
3. Set the finish coordinates at the bottom right of the Text area layer.
4. Text Area Layer Representation: Mouse Start Point and Mouse Move Point are represented by a rectangle connecting two points.
5. Layer width variable and Layer height variable setting.
6. Create Textbox in Layer
7. Cursor position in Textbox ⑥ Cancel area setting 1. Set the Action Start Flag to False.
2. Mouse Start Point Initialization.
3. Mouse Move Point Initialization
4. Layer Width Initialization, Layer Width Initialization

FIG. 10C is a flowchart of an existing TEXT region resizing event implemented according to an embodiment of the present invention, and a method of implementing the main processing included in FIG. 10C is summarized as shown in the following table.

Key Processes  What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Set as Text area flag
- Action Ready Flag initialization.
- Action Start Flag initialization.
- Effective Coordinate Flag Initialization
2. Initialize various variables
- Mouse Start Point initialization.
- Mouse Move Point initialization
- Layer width initialization, Layer height variable initialization.
- Set the effective range variable.
- Selected Layer Number Initialization.
- Selected Handler Number Initialization.
② Layer collision threshold range check 1. Check the area of existing layers.
- Creates a collision area with the upper left point and the lower right point of each layer.
- Save Action area to generated conflict area
2. Check mouse coordinates and Action area when mouse button event occurs
- Checks whether the coordinates of Mouse are included in each Action area.
- If Mouse coordinates are included, the corresponding area is considered selected.
- Select layer information setting.
③Layer selection 1. Save current layer number to Selected Layer Number.
2. Set Action Ready Flag to True.
3. Notation of all scale handlers in the layer.
- Display 8 scale handlers such as top center, bottom center, left center, right center, left top, right top, bottom left, bottom right of the layer. ④Layer collision critical range check 1. Check the Scale Handler area of the selected layer.
- Create collision area of 8 handlers.
- Save Action area to generated conflict area
2. Check mouse coordinates and Action area when mouse button event occurs
- Check the containment relationship between each Action area and the coordinates of the Mouse.
- If Mouse coordinates are included, the corresponding area is considered selected.
- Set selected Scale Handler information. ⑤ Start area setting action 1. Set the Action Start Flag to True.
2. Save the current mouse coordinates to the Mouse Start Point.
3. Set the starting coordinates at the top left of the Text Area Layer.
⑥Handler number setting check 1. Check the information set in Selected Handler Number.
- Scale Handler is selected if the information set here is present.
- If set information does not exist, Layer itself is selected.
2. Determine the element of change of layer based on the set information.
- If the Scale Handler is selected, resize the layer.
- If the layer itself is selected, reposition the layer.
⑦ Area expansion / reduction 1. Save the current mouse coordinates to the Mouse Move Point.
2. Text Area Layer Representation: Mouse Start Point and Mouse Move Point are represented by a rectangle connecting two points.
3. Layer width variable and Layer height variable setting. ⑧ Area movement 1. Save the current mouse coordinates to the Mouse Move Point.
2. Text Area Layer Representation
- Calculate the movement distance of two points of Mouse Start Point and Mouse Move Point to extract the distance to move Layer.
- Adjust the position of the layer using the extracted moving distance.
⑨ Confirmation of area 1. Set the Action Start Flag to False.
2. Save the current mouse coordinates to the Mouse Move Point.
3. Set the finish coordinates at the bottom right of the Text area layer.
4. Text Area Layer Representation: Mouse Start Point and Mouse Move Point are represented by a rectangle connecting two points.
5. Layer width variable and Layer height variable setting.
6. Cursor position in Textbox
⑩ Cancel area setting 1. Set the Action Start Flag to False.
2. Mouse Start Point Initialization.
3. Mouse Move Point Initialization
4. Layer Width Initialization, Layer Width Initialization

FIG. 10D is a flow chart of a MyNote archive list (interlocked text manager) event implemented according to an embodiment of the present invention, and outputs a MyNote list, which is a list of texts stored in a MyNote, And inserts it at the cursor position. The implementation method of the main process included in FIG. 10D is summarized as the following table.

Key Processes What to do and how to implement it ① Data initialization 1. Various Flag Initialization
- Action Flag setting: My Note Input flag setting
- Action Start Flag initialization.
2. Initialize various variables
- Selected My Note Number variable initialization.
- Selected My Note Contents variable initialization.
- Initialize the Current Cursor Position variable
3. Initialize My Note Archive Layer.
② Activate My Note Archive Layer 1. Display the initialized My Note Archive Layer on the screen.
2. Display My Note List
③ My note Archive Layer Termination 1. Hidden processing of active layer.
2. Initialize the used variables

      The image button event is performed by clicking the Image button in Fig. 11A, and is implemented including a comic background image setting and an image storage list setting event. By clicking the Image button, the author can set the image area by clicking and dragging, and then position the image in the desired space and adjust its size.

FIG. 11B is a flowchart of a comic background image setting event implemented according to an embodiment of the present invention, and a method of implementing the main process included in FIG. 11B is summarized as the following table.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Comic Upload flag setting
- Action Start Flag initialization.
2. Initialize various variables
- Upload Image name.
- Initialize image extension name.
- Initialize image width and height variable
3. Initialize Upload Layer.
② Activate Image Upload Layer 1. Display the initialized Upload Layer on the screen.
2. Local Image Upload Tool ③Local Image Upload Module start A module that selects an image file from the user's computer and uploads it to the server.
- See separate module diagram. ④ Create Image Tag 1. Generate Image Tag according to HTML5 standard.
2. Image Source information always uses an absolute path beginning with http: //
3. All images used are referenced by the server ⑤ Exit Image Upload Layer 1. Hidden processing of active layer.
2. Initialize the used variables.

FIG. 11C is a flowchart of an image storage list setting event implemented according to an embodiment of the present invention, and the method of implementing the main processing included in FIG. 11C is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Set by Image flag
- Action Ready Flag initialization.
- Action Start Flag initialization.
2. Initialize various variables
- Upload Image name.
- Initialize image extension name.
- Initialize image width and height variable
3. Initialize Image Archive Layer.
② Activate Image Archive Layer 1. Display the initialized Image Archive Layer on the screen.
2. Display the first page of the Image List.
③Text area Image display module start A module that displays the image selected by the user at the cursor position in the text area.
- See separate module diagram. ④ Launch Local Image Upload module A module that selects an image file from the user's computer and uploads it to the server.
- See separate module diagram. ⑤ Web Image Download module start A module that downloads an image from the Web based on the URL of the image entered by the user.
- See separate module diagram. ⑥ Quit the image archive layer 1. Hidden processing of active layer.
2. Initialize the used variables.

11D is a flowchart illustrating the Local Image Upload module. The implementation method of the main process included in FIG. 11D is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- File Valid Flag initialization.
- Action Start Flag initialization.
2. Initialize various variables
- Upload Image name.
- Initialize image extension name.
- Initialize image width and height variable
- Local Path variable initialization
② File validity check 1. File extension is checked.
- Allowed extensions: jpg, jpeg, gif, png
2. Check that the capacity of the file is 0 or more.
3. Check if the width and height of the image is 0 or more

 11E is a flowchart illustrating the Web Image download module. The implementation method of the main process included in FIG. 11E is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- File Valid Flag initialization.
- Action Start Flag initialization.
- Valid URL Flag initialization
2. Initialize various variables
- Upload Image name.
- Initialize image extension name.
- Initialize image width and height variable
- Local Path variable initialization ② Existing URL check 1. Check if the destination of the input URL exists.
2. Check Http Response Result ③ Image URL check Check the extension of the target file of the input URL.
- Check if the image extension is allowed. ④File validity check 1. File extension is checked.
- Allowed extensions: jpg, jpeg, gif, png
2. Check that the capacity of the file is 0 or more.
3. Check if the width and height of the image are greater than zero.

FIG. 11F is a flowchart illustrating a Text Area Image Marking Module. The implementation method of the main process included in FIG. 11F is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Image Display flag setting
- Action Start Flag initialization.
2. Initialize various variables
- Image name.
- Initialize image extension name.
- Initialize image width and height variable
- Initialize Image URL variable ②File validity check 1. File extension is checked.
- Allowed extensions: jpg, jpeg, gif, png
2. Check that the capacity of the file is 0 or more.
3. Check if the width and height of the image are greater than zero. ③ Create Image Tag 1. Generate Image Tag according to HTML5 standard.
2. Image Source information always uses an absolute path beginning with http: //
3. All images used are referenced by the server.

The Text Editor button event is performed by clicking the Text Editor button in FIG. 12A. The text editor performs various text editing functions such as font change, font size change, font style change (bold, italic, underline, ), Change font style (change kerning, change line), change paragraph sort style (left sort, center sort, right sort, just sort). The above functions are collectively managed through the Epub Tag Edit module according to an embodiment of the present invention.

FIG. 12B is a flowchart of a Text Editor button event implemented according to an embodiment of the present invention, and the main processing procedure included in FIG. 12B is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Text Edit flag setting
- Action Start Flag initialization.
2. Initialize various variables
- Initialize Edit Command variable.
- Cursor Position variable initialization.
- Select Text Range variable initialization. ② Select editing function 1. Select the function you want to edit.
2. Supported editing functions
- Change font, change font size
- Change the font style.
(Bold, italic, underline, midline, etc.)
- Change the font type.
(Change between characters, change between lines)
- Change the paragraph alignment style.
(Left aligned, center aligned, right aligned, justified) ③ Operation of the Tag Tag Edit Module Module for inserting HTML5 tag based on edit command in user selected text.
- See separate module diagram.

12C is a flowchart illustrating the Epub Tag Edit module. The implementation method of the main process included in FIG. 12C is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Start Flag initialization.
2. Initialize various variables
- Initialize Edit Command variable.
- Cursor Position variable initialization.
- Select Text Range variable initialization. ②Edit Action Command input 1. Each command is reserved for each editing function.
2. Separate the action based on the reserved command.
- Change font: FONTNAME
- Change font size: FONTSIZE
- Bold: BOLD
- italic: ITALIC
- Bottom line: UNDERLINE
- Midline: STRIKE
- Align left: JUSTIFYLEFT
- Central alignment: JUSTIFYCENTER
- Align right: JUSTIFYRIGHT
- Justified: JUSTIFYFULL ③ Generate Tag corresponding to Command 1. Create an epub tag that conforms to the HTML5 standard.
2. Create Open Tag and Close Tag.
3. Use (double quotation marks) to represent attributes within the Tag.

The Movie button event is performed by clicking the Movie button in FIG. 13A. The author can search for an image file or a sound file through an event to be performed by clicking the Movie button, and can set the desired area as shown in FIG. 13A.

FIG. 13B is a flowchart of a Movie button event implemented according to an embodiment of the present invention, and a method of implementing the main process included in FIG. 13B is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Movie Upload flag setting
- Action Start Flag initialization.
2. Initialize various variables
- Upload Movie (Sound) name.
- Initialize video extension name.
3. Initialize Upload Layer. ②Activate Movie Upload Layer 1. Display the initialized Upload Layer on the screen.
2. Local Movie & Sound Upload Tool ③ Activate Local Movie & Sound Upload module A module that selects a video or sound file from the user's computer and uploads it to the server.
- See separate module diagram. ④ Create video (sound) tag 1. Generate video (sound) tag according to HTML5 standard.
2. Object Source information always uses an absolute path beginning with http: //
3. All the files used are referenced by the server. ⑤Movie Upload Layer end 1. Hidden processing of active layer.
2. Initialize the used variables.

13C is a flowchart illustrating the Local Movie & Sound Upload module. The implementation method of the main process included in FIG. 13C is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- File Valid Flag initialization.
- Action Start Flag initialization.
2. Initialize various variables
- Upload Movie (Sound) name.
- Initialize video extension name.
- Local Path variable initialization ②File validity check 1. Check the extension of the file to allow only video (sound) files.
- Allowed extensions: mp4, mp3
2. Check that the capacity of the file is 0 or more.

The Map button event is performed by clicking the Map button in FIG. 14A, and is a function of searching for a desired map position, and inserting a map as a result of searching through a map search tool in an electronic book. In the case of the present embodiment, the present invention is applied to a map service provided by Google, but the present invention can be applied to the same or similar map service.

FIG. 14B is a flowchart of a Google Map insertion process performed by a Map button event implemented in accordance with an embodiment of the present invention. The main process of FIG. 14B is implemented as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Google Map flag setting
- Action Start Flag initialization.
2. Initialize various variables
- Map URL variable initialization.
- Initialize query variables.
- Initialization of latitude and longitude variables.
3. Initialize the Map Search Layer. ② Activate Map Search Layer 1. Display the initialized Upload Layer on the screen.
2. Map Search Tool Mark ③Google Map Download Module A module that downloads a retrieved word or address or latitude and longitude and then retrieves the retrieved Google Map as an image file.
- See separate module diagram. ④ Create Map Image Tag 1. Generate Image Tag according to HTML5 standard.
2. Image Source information always uses an absolute path beginning with http: //
3. The Image used is the Google Map image file stored on the server. ⑤ Terminate Map Search Layer 1. Hidden processing of active layer.
2. Initialize the used variables.

14C is a flowchart illustrating the Google Map Download module. The implementation method of the main process included in FIG. 14C is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Google Map flag setting
- Action Start Flag initialization.
- Initialize the Valid Map Flag.
2. Initialize various variables
- Map URL variable initialization.
- Initialize query variables.
- Initialization of latitude and longitude variables. ②Map Search result validation check Validate your Google Map search results
- Check if the latitude and longitude of the center of the map is the same as the basic latitude and longitude of Korea
- Search results are not valid if they are the same.
- Valid if not equal: The latitude and longitude of the center of the map are changed because the map has moved to the searched location. ③Google Map Capture 1. Capture the screen of Google Map.
2. Save the captured screen as a jpeg file.
3. Use the latitude and longitude values in the image name to determine if duplicate Map images exist.
- Map file name Example: map_381324_127834.jpg

The Animation button event is performed by clicking the Animation button in FIG. 15A, and includes a rotating animation event, a moving animation, a frame animation, and a composite animation event as a characteristic embodiment of the present invention. The rotation animation event, the moving animation, the frame animation, and the composite animation event are selected and executed as separate selectable windows according to the click of the animation button. Authors can create animations of various types through animation button events and insert them into their own e-books.

The rotation animation event performs a function of rotating a figure or an image. As shown in FIG. 15A, the user draws a desired shape, raises the mouse pointer on the shape surface, selects the rotation on the right mouse key option, It provides a function to rotate the figure as you want to rotate the figure through the rotary handle in the direction you want to rotate.

FIG. 15B is a flowchart of a process performed by a rotation animation event implemented according to an embodiment of the present invention, and a method of implementing the main process included in FIG. 15B is summarized as the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Rotation Ani flag setting
- Action Ready Flag initialization.
- Action Start Flag initialization.
2. Initialize various variables
- Animation Image name.
- Initialize image width and height variables.
- Rotation Angle variable initialization.
Initialize the Rotation Count variable.
- Initialize Animation Execution Millisecond variable.
- Initialize Animation Position 1 variable.
3. Initialize Rotation Layer. ② Activation of animation setting layer 1. Display the initialized Upload Layer on the screen.
2. Rotation Animation setting tool notation ③ Activate local image upload module A module that selects an image file from the user's computer and uploads it to the server.
- See a separate module schematic ④ Activate Rotate Animation module Module to set rotation animation.
- Set rotation angle, number of revolutions, animation time and so on.
- See separate module diagram. ⑤ Create Image Tag 1. Generate Image Tag according to HTML5 standard.
2. Image Source information always uses an absolute path beginning with http: //
3. All images used are referenced by the server. ⑥ Exit the animation setting layer 1. Hidden processing of active layer.
2. Initialize the used variables.

15C is a flowchart illustrating a Rotate Animation module. The implementation method of the main process included in FIG. 15C is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Start Flag initialization.
2. Initialize various variables
- Rotation Angle variable initialization.
Initialize the Rotation Count variable.
- Initialize Animation Execution Millisecond variable.
3. Initialize Rotation Layer.
4. Display Rotate Handler in Animation Image. ② Specification of rotation angle 1. Specify the angle at which to rotate the image.
- Specified using input form.
- When Animation is ended regardless of the number of rotation, input the angle with the first image.
2. Set the direction of rotation to the angle of +, -.
- If the rotation angle is +: Rotate clockwise.
ex) 180 degrees counterclockwise
- When the rotation angle is: Rotate counterclockwise.
ex) -180 degrees counterclockwise half a turn.
3. Set the angle to rotate the image.
- Designated using Rotate Handler.
- Drag the Rotate Handler with the mouse to set the rotation angle manually. ③ Specification of rotation number Specifies the number of times to rotate the Image.
- Enter an integer.
- The number of rotations within a specified time.
- The higher the number of times at the same time, the faster the rotation speed. ④ Specification of the duration of the animation 1. Specify how many seconds the entire animation will run.
- Designated as 1/1000 second (millisecond).
- Enter as an integer.
ex) 2000 seconds
- The shorter the time, the faster the rotation speed.

The moving animation event performs a function of moving a figure or an image. As shown in FIG. 16A, a desired figure is drawn, a mouse pointer is placed on the drawing surface, and a movement is selected in the right mouse key option.

If you move the figure to the position you want to move, you can create a key frame as you move it, and you can control the radius by moving the middle pointer.

FIG. 16B is a flowchart of a process performed by a moving animation event implemented according to an embodiment of the present invention, and a method of implementing the main process included in FIG. 16B is summarized as the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Rotation Ani flag setting
- Action Ready Flag initialization.
- Action Start Flag initialization.
2. Initialize various variables
- Animation Image name.
- Initialize image width and height variables.
- Moving Point variable initialization.
- Moving Curve variable initialization.
- Initialize Animation Execution Millisecond variable.
3. Moving Configuration Layer Initialization. ② Activation of animation setting layer 1. Display the initialized Upload Layer on the screen.
2. Rotation Animation setting tool notation ③ Activate local image upload module A module that selects an image file from the user's computer and uploads it to the server.
- See separate module diagram. ④Moving Animation module starts up Moving Animation module to set.
- Move points 1, 2, and 3 settings.
Moving point 1 is the first position.
- Set animation time and so on.
- See separate module diagram. ⑤ Create Image Tag 1. Generate Image Tag according to HTML5 standard.
2. Image Source information always uses an absolute path beginning with http: //
3. All images used are referenced by the server. ⑥ Exit the animation setting layer 1. Hidden processing of active layer.
2. Initialize the used variables.

16C is a flowchart illustrating the Moving Animation module. The implementation method of the main process included in FIG. 16C is summarized as the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Start Flag initialization.
2. Initialize various variables
- Moving Point variable initialization.
- Moving Curve variable initialization.
- Initialize Animation Execution Millisecond variable.
3. Moving Configuration Layer Initialization.
4. Point Handler and Curve Handler in Animation Image. ② Designation of moving point 1, 2, 3 1. Specify the location where the image will move (movement points 2 and 3).
- Designated using Image:
Drag the image with the mouse to specify the initial position.
- Designated using Position Handler:
Set the position by dragging the point handler with the mouse.
2. Image path and sequence.
Moving point 1 Moving point 2 Moving point 3
3. The longer the distance traveled at the same time, the faster the speed of travel. ③ Specify the radius of the curve movement 1. The image moves with a gentle curve rather than moving straight between moving points.
2. Set the movement curve to move the curve between movement points.
- Designated using Curve Handler:
Drag the Curve Handler between move points 1 and 2, or move points 2 and 3 to adjust the movement curve.
- As the movement curve moves away from the movement line, the movement speed increases. ④ Specification of the duration of the animation Specifies how many seconds the entire Animation will run.
- Designated as 1/1000 second (millisecond).
- Enter as an integer.
ex) 2000 seconds
- The shorter the time, the faster the rotation speed.

As shown in FIG. 17A, when a frame of a mouse key option is selected, if an image is applied through an animation setting window, a character animation of a character is displayed To display successive image frames sequentially.

FIG. 17B is a flowchart of a process performed by a frame animation event implemented according to an embodiment of the present invention, and a method of implementing the main process included in FIG. 17B is summarized as the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Rotation Ani flag setting
- Action Ready Flag initialization.
- Action Start Flag initialization.
2. Initialize various variables
- Animation Image name.
- Initialize image width and height variables.
- Initialize Frame Image variable.
- Frame Count variable initialization.
- Initialize Animation Execution Millisecond variable.
- Initialize Animation Position 1 variable.
3. Frame setting layer initialization. ② Activation of animation setting layer 1. Display the initialized Upload Layer on the screen.
2. Frame Animation Setting Tool Mark ③Local Image Upload module A module that selects an image file from the user's computer and uploads it to the server.
- See a separate module schematic ④Frame animation module Module to set Frame Animation.
- Set frame-by-frame image, repeat count, and animation time.
- See a separate module schematic ⑤ Create Image Tag 1. Generate Image Tag according to HTML5 standard.
2. Image Source information always uses an absolute path beginning with http: //
3. All images used are referenced by the server. ⑥ Exit the animation setting layer 1. Hidden processing of active layer.
2. Initialize the used variables.

17C is a flowchart illustrating the Frame Animation module. The implementation method of the main process included in FIG. 17C is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Start Flag initialization.
2. Initialize various variables
- Initialize Frame Image variable.
- Frame Count variable initialization.
- Initialize Animation Execution Millisecond variable.
3. Frame setting layer initialization. ②Frame size designation 1. Specify the size of the entire frame that will cause the animation effect.
- Specified using input form.
- Frame is created with the specified size ③ Select image by frame Select individual image for each frame created.
- Select individual frame by clicking with mouse.
- You can select the image corresponding to the selected frame on the user's computer.
- Input image of each frame through Local Image Upload module. ④ Activate local image upload module A module that selects an image file from the user's computer and uploads it to the server.
- See separate module diagram. ⑤ Specification of the duration of the animation Specifies how many seconds the entire rotation animation will be executed.
- Designated as 1/1000 second (millisecond).
- Enter as an integer.
ex) 2000 seconds
- The shorter the time, the faster the rotation speed.

The composite animation event performs the function of simultaneously providing the movement, the rotation, and the frame effect described above. As shown in FIG. 18A, when the movement and rotation key are sequentially applied to a graphic or an image, do.

FIG. 18B is a flowchart of a process performed by a composite animation event implemented according to an embodiment of the present invention. The method of implementing the main process included in FIG. 18B is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Set as Text area flag
- Action Ready Flag initialization.
- Action Start Flag initialization.
- Effective Coordinate Flag Initialization
2. Initialize various variables
- Mouse Start Point initialization.
- Mouse Move Point initialization
- Layer width initialization, Layer height variable initialization.
- Set the effective range variable.
- Selected Layer Number Initialization.
- Selected Handler Number Initialization.
- Rotation Angle variable initialization.
Initialize the Rotation Count variable.
- Moving Point variable initialization.
- Moving Curve variable initialization.
- Initialize Animation Execution Millisecond variable.
- Initialize Frame Image variable.
- Frame Count variable initialization.
- Initialize Animation Execution Millisecond variable.
- Initialize Animation Position 1 variable.
4. Frame setting layer initialization.
5. Moving Configuration Layer Initialization.
6. Rotation Settings Layer Initialization.
7. Display the Rotate Handler in the Animation Image. ② Activation of animation setting layer 1. Display the initialized Upload Layer on the screen.
2. Rotation Animation setting tool notation ③ Activate local image upload module A module that selects an image file from the user's computer and uploads it to the server.
- See separate module diagram. ④Moving Animation module starts up Moving Animation module to set.
- Move points 1, 2, and 3 settings.
Moving point 1 is the first position.
- Set animation time and so on.
- See separate module diagram.
⑤ Activate Rotate Animation module Module to set rotation animation.
- Set rotation angle, number of revolutions, animation time and so on.
- See separate module diagram. ⑥Frame Animation module operation Module to set Frame Animation.
- Set frame-by-frame image, repeat count, and animation time.
- See separate module diagram. ⑦ Create Image Tag 1. Generate Image Tag according to HTML5 standard.
2. Image Source information always uses an absolute path beginning with http: //
3. All images used are referenced by the server. ⑧ End of animation setting layer 1. Hidden processing of active layer.
2. Initialize the used variables.

The Comic button event is performed by clicking the Comic button in FIG. 19A, and includes a 1-cut area setting and an existing 1-cut area scaling event as a characteristic embodiment of the present invention. As shown in FIG. 19A, the 1-cut area setting and setting function can call up several cuts of a cartoon in order on a screen screen in order, and provides a function of adjusting the size of the loaded 1-cut area. First, an image is retrieved through the above-described image button event, and then a coordinate of one cutoff area is captured using a Comic button event.

FIG. 19B is a flowchart of a process of performing a one-cut area setting function implemented according to an embodiment of the present invention. The implementation method of the main process included in FIG. 19B is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Set to 1 cut area flag
- Action Start Flag initialization.
- Effective Coordinate Flag Initialization
2. Initialize various variables
- Mouse Start Point initialization.
- Mouse Move Point initialization
- Layer width initialization, Layer height variable initialization.
- Set the effective range variable. ② Start area setting action 1. Set the Action Start Flag to True.
2. Save the current mouse coordinates to the Mouse Start Point.
3. Creating a Cut Area Layer
4. 1 Cut Area Layer Sets the start coordinates at the upper left corner. ③ Expansion / reduction of area 1. Save the current mouse coordinates to the Mouse Move Point.
2. 1 Cut Area Layer Representation: Mouse Start Point and Mouse Move Point are represented by a rectangle connecting two points.
3. Layer width variable and Layer height variable setting ④ Area confirmation 1. Set the Action Start Flag to False.
2. Save the current mouse coordinates to the Mouse Move Point.
3. Set the complete coordinates on the bottom right of the 1 Cut area Layer.
4. 1 Cut Area Layer Representation: Mouse Start Point and Mouse Move Point are represented by a rectangle connecting two points.
5. Layer width variable and Layer height variable setting. ⑤ Cancel area setting 1. Set the Action Start Flag to False.
2. Mouse Start Point Initialization.
3. Mouse Move Point Initialization
4. Layer width variable initialization, Layer height variable initialization.

FIG. 19C is a flowchart of a process of performing an existing one-cut area size adjustment function implemented according to an embodiment of the present invention. The implementation method of the main process included in FIG. 19C is summarized as shown in the following table. Other processing procedures refer to the description of the above flowchart.

Key Processes What to do and how to implement it ①Data initialization 1. Various Flag Initialization
- Action Flag setting: Set to 1 cut area flag
- Action Ready Flag initialization.
- Action Start Flag initialization.
- Effective Coordinate Flag Initialization
2. Initialize various variables
- Mouse Start Point initialization.
- Mouse Move Point initialization
- Layer width initialization, Layer height variable initialization.
- Set the effective range variable.
- Selected Layer Number Initialization.
- Selected Handler Number Initialization. ② Layer collision threshold range check 1. Check the area of existing layers.
- Creates a collision area with the upper left point and the lower right point of each layer.
- Save Action area to generated conflict area
2. Check mouse coordinates and Action area when mouse button event occurs
- Checks whether the coordinates of Mouse are included in each Action area.
- If Mouse coordinates are included, the corresponding area is considered selected.
- Select layer information setting. ③Layer selection 1. Save current layer number to Selected Layer Number.
2. Set Action Ready Flag to True.
3. Notation of all scale handlers in the layer.
- Display 8 scale handlers such as top center, bottom center, left center, right center, left top, right top, bottom left, bottom right of the layer. ④Layer collision critical range check 1. Check the Scale Handler area of the selected layer.
- Create collision area of 8 handlers.
- Save Action area to generated conflict area
2. Check mouse coordinates and Action area when mouse button event occurs
- Check the containment relationship between each Action area and the coordinates of the Mouse.
- If Mouse coordinates are included, the corresponding area is considered selected.
- Set selected Scale Handler information. ⑤ Start area setting action 1. Set the Action Start Flag to True.
2. Save the current mouse coordinates to the Mouse Start Point.
3. 1 Cut Area Layer Sets the start coordinates at the upper left corner. ⑥Handler number setting check 1. Check the information set in Selected Handler Number.
- Scale Handler is selected if the information set here is present.
- If set information does not exist, Layer itself is selected.
2. Determine the element of change of layer based on the set information.
- If the Scale Handler is selected, resize the layer.
- If the layer itself is selected, reposition the layer. ⑦ Area expansion / reduction 1. Save the current mouse coordinates to the Mouse Move Point.
2. 1 Cut Area Layer Representation: Mouse Start Point and Mouse Move Point are represented by a rectangle connecting two points.
3. Layer width variable and Layer height variable setting. ⑧ Area movement 1. Save the current mouse coordinates to the Mouse Move Point.
2. 1 Cut Area Layer Representation
- Calculate the movement distance of two points of Mouse Start Point and Mouse Move Point to extract the distance to move Layer.
- Adjust position of layer by using extracted moving distance ⑨ Confirmation of area 1. Set the Action Start Flag to False.
2. Save the current mouse coordinates to the Mouse Move Point.
3. Set the complete coordinates on the bottom right of the 1 Cut area Layer.
4. 1 Cut Area Layer Representation: Mouse Start Point and Mouse Move Point are represented by a rectangle connecting two points.
5. Layer width variable and Layer height variable setting. ⑩ Cancel area setting 1. Set the Action Start Flag to False.
2. Mouse Start Point Initialization.
3. Mouse Move Point Initialization
4. Layer width variable initialization, Layer height variable initialization.

In the above-described exemplary system, the methods are described on the basis of a flowchart as a series of steps or blocks, but the present invention is not limited to the order of the steps, and some steps may occur in different orders or simultaneously . It will also be understood by those skilled in the art that the steps shown in the flowchart are not exclusive and that other steps may be included or that one or more steps in the flowchart may be deleted without affecting the scope of the invention.

100: A system according to an embodiment of the present invention
110: Site information providing module
120: user module
130: electronic book module
200: Database of one embodiment of the present invention
210: Master code DB
220: Site information DB
240: e-book DB
241: Production DB
242: Onlan Publishing DB
243: Offline Publishing DB
250: Electronic book sales DB

Claims (16)

delete delete delete delete delete delete delete delete delete delete delete delete delete In a web based online e-book publishing system using a user-oriented personal publication authoring tool,
A site information providing module for providing homepage information and operator information on which an online publishing system is operated; A user module for managing a member-related page of a homepage on which an online publishing system is operated; An electronic book module for managing an e-book production page and an authoring tool on a homepage where an online publishing system is operated; And a database storing home page information, operator information, user information, and e-book information. And,
The e-book module includes: an e-book production module for providing an author with a personal publication authoring tool on the web; An online publishing module for managing a web page for online publication and sale of an e-book produced by the authoring tool on the web so that an author and an administrator of an online publishing system communicate with respect to online publishing; An offline publishing module for managing a web page for offline publication and sale of an e-book produced by the authoring tool so that an author and an administrator of an offline publication communicate with respect to offline publishing; And a sales status module for managing sales status of an e-book being sold.
The user module performs member authentication of the author so that the author connected to the homepage accesses the web-based online e-book publishing system.
The e-book production module,
Providing a user with a web page for inputting publication type information and publication information of the e-book, and allowing the user to select one of epub, comics appbook, or appbook as the publication type information of the e-book through the web page. Receive the selected publication type information, and include one or more of book name, author name, co-author name, translator name, horseshoe name, book type, book category, price, and index keyword information of the e-book as the publication information,
The e-book production module initializes various flags, variables, and functions of the authoring tool, activates a required function according to the publication type information, and registers an event to be used according to the execution of the authoring tool on the web of the author. Authoring tool initialization step; An authoring tool execution step of receiving a content created and edited by an author by executing an authoring tool based on an event according to the activated function; And a data storage step of converting the created and edited data into a predefined data format according to the publication type information, including the publication type information and the publication information, and storing the data in a database.
The authoring tool includes an interface in the form of a button that activates a function assigned by a user's click on the screen and performs an event. The event is a DB content saving event, e-book production completion event, table of contents setting event, trial publishing event, text button event, comic background image setting and image archive list setting event, Text Editor button event, Movie button event, Map button One or more of an event, an Animation button event, and a Comic button event,
The data storage step is performed by performing the edited content DB storage event, and the e-book production module is HTML5 compatible Meta Data when the publication type of the publication type information selected and inputted by the author is ePub. The data storage step is performed by using one of a form and an XML compatible Meta Data form as the predefined data format, and when the publication type of the publication type information is a comic appbook or an appbook, XML compatible metadata and jQuery compatible Meta Performing the data storing step using one of the data types as a predefined data format, and converting the created and edited data into the predefined data format according to the publication type information including the publication type information and the publication information. Convert it and store it in the database,
The database includes:
E-book DB for managing the basic information of the e-book produced by the authoring tool, a production DB for storing and managing the data of the e-book being produced, the production of the e-book published online completed Including an online publishing DB for storing and managing data, and an offline publishing DB for storing and managing data of an e-book that has been produced and published offline.
When the e-book basic information of the e-book DB 240 is modified or deleted, associated with the production DB 241, online publishing DB 242, offline publishing DB 243, sales status DB 250 that is dependent on it The data is configured to be automatically modified or deleted,
The e-book production module is a web-based online e-book publishing system, characterized in that to store and manage the data of the e-book being produced by separating the production DB from the online publishing DB and offline publishing DB. 15. The method of claim 14,
The e-book production module includes a trial publishing step of displaying an e-book currently being created and edited by the trial publishing event in the form of an e-book on an author device in which the author is working; And converting the e-book data being created and edited at the time of performing the test publishing event into data in a format that can be displayed on a pre-defined author's device according to the publication type information, generating an authentication code, and authenticating it through Web-based online e-book publishing system, characterized in that only to be transmitted to the author device for display. 15. The method of claim 14,
The e-book production module calls and outputs a list of note data including text previously stored in a database by an author performed by a My Note Archive List event included in a text button event so that the author selects the desired note data. And inserting the note into the e-book production step, calling the selected note data according to the author's selection, inserting the note data into the e-book data being created and edited, and displaying the note data including the text. Web-based online e-book publishing system, characterized in that the text scraped from the e-book, including copyright information of the other e-book.

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