WO2013006002A2

WO2013006002A2 - Digital-based knowledge information card, and method, system, and computer-readable recording medium for generating the card, and method for generating a cardbook using the digital-based knowledge information card

Info

Publication number: WO2013006002A2
Application number: PCT/KR2012/005351
Authority: WO
Inventors: 김영곤; 이유남; 황동일
Original assignee: (주)터치엔
Priority date: 2011-07-06
Filing date: 2012-07-05
Publication date: 2013-01-10
Also published as: WO2013006002A3

Abstract

The present invention relates to a method for generating a digital-based knowledge information card which expresses specific knowledge information in a digital-based standardized form, and to a method for generating a cardbook using the digital-based knowledge information card.

Description

A method of generating a card book using a digital-based knowledge information card, a method of generating the card, a system, a computer-readable recording medium, and a digital-based knowledge information card.

The present invention relates to a digital-based knowledge information card, a method of generating the same, a system, a computer-readable recording medium, and a method of generating a card book. The present invention relates to a card book generating method for generating a card book using a knowledge information card, a method of generating the same, a system, a computer readable recording medium, and a digital information standard card.

Recently, as the number of smartphone users increases, the demand for and supply of contents through the wireless Internet is increasing in addition to the existing web base. Most of the paths for obtaining information from the Internet are the paths through which users obtain information scattered in various places through search, and thus, there is a limit in obtaining information related to a specific subject at a glance.

On the other hand, with the advent of e-books for reading general books on a computer, the proportion of information acquisition through computer terminals is increasing.

Korean Laid-Open Patent Publication 10-2003-0086873 Electronic book production method and system (Uniwave) On November 12, 2003 (Document 1), a variety of electronic books were produced by linking online content services provided by a server and offline electronic book production tools. And it discloses an electronic book production method that can be shared by multiple users.

In addition, the Korean Patent Publication No. 10-2011-0040209 Electronic book generation / management server and its method (Park Young-wook) 2011.04.20 (Patent 2) to find the image stored in the computer and upload the image to the electronic book creation / management server A server for generating / managing an electronic book that converts the uploaded image to a page of the electronic book and adapts to the page is disclosed.

However, since the e-book is produced by a professional e-book producer through a dedicated program, there is a problem that the public cannot produce content. In addition, since each electronic book production company has a different format and program of the electronic book, there is a problem in that the e-book can be viewed by downloading and installing a dedicated viewer. Therefore, there is a need for a method that enables the general public to easily express specific knowledge information with digitally standardized information.

Furthermore, such an e-book is intended to realize the concept of a book composed of a series of pages based on the story on the Internet, and thus edit or reconstruct the contents and composition according to a desired subject from the user's perspective. It does not satisfy the desire to do so. In other words, the e-book is not configured so that the individual pages displayed are self-contained.

Therefore, in addition to the new concept digital-based knowledge information card, its creation method and system, it can be efficiently linked with the system for the commercialization and expansion of the knowledge information card and the establishment of a profit model through the sale of the card book. There is a need for a method of generating a card book of a more scalable and highly usable form using a knowledge information card implemented in a user-friendly digital-based standardized form.

An object of the present invention is to provide a digital-based knowledge information card, a method and system for generating the same, which provides specific knowledge information in the form of a digital-based standardized card.

Another object of the present invention is to provide a digital-based knowledge information card, a method and a system for generating the same, which enables a user to easily produce specific knowledge information in the form of a digital-based standardized card by a card generation program.

It is still another object of the present invention to generate specific knowledge information in the form of a digital-based standardized card, and to generate various kinds of attribute information of the card as metadata, so that the card-based digital search is easy. It provides a knowledge information card, a method and a system for generating the same.

It is still another object of the present invention to generate specific knowledge information in the form of a digitally standardized card through a knowledge information card markup language, and to generate new knowledge information by combining a plurality of generated knowledge information cards. An information card, a method of generating the same, and a system are provided.

It is still another object of the present invention to generate specific knowledge information in the form of a digital-based standardized card through a knowledge information card markup language, so that the digital-based knowledge information card can be easily and efficiently managed and distributed. The present invention provides a method and system for generating the same.

On the other hand, it is an object of the present invention to provide a cardbook generation method for generating a cardbook using a digital-based knowledge information card. It is a system to create and display a card book in a manner that can be easily supplied and used by a user or a supplier by creating a digital-based knowledge information card based on a system.

In addition, it considers the profit model that displays and sells the produced card book, and aims to create, organize, and display the card book using a digital-based knowledge information card in a user-friendly and user-friendly way. .

The characteristic structure of this invention for achieving the objective of this invention as mentioned above, and achieving the effect peculiar to this invention mentioned later is as follows.

The digital-based knowledge information card generating method according to the present invention is a digital-based knowledge information card generating method for expressing specific knowledge information in a digital-based standardized form, comprising: knowledge composed of an image or text containing the specific knowledge information Generating a body card of the information card; And a function setting step of setting a special function of the knowledge information card.

Preferably, at least one of a title, an image, and text is registered to generate a cover card of the knowledge information card.

At this time, the attribute information of the card is input during the process of generating each card, and the attribute information of the card is set as meta data in each generated card, and the knowledge information included in each card is converted and issued to the knowledge information card. The necessary attributes and rules of each card are structured and converted into the included card markup language and stored.

The special function set in the function setting step may include any one or more of an audio reproduction function, a function of transmitting the knowledge information card through an e-mail, and a function of transmitting the knowledge information card to an SNS service. .

According to another aspect of the present invention, a digital-based knowledge information card generation system is a digital-based knowledge information card generation system for expressing specific knowledge information in a digital-based standardized form, wherein at least one of a title, an image, and a text may be used. A cover card generation unit that registers and generates a cover card of the knowledge information card; A body card generator for generating a body card of the knowledge information card composed of an image or text containing the specific knowledge information; And a card function setting unit for setting a special function of the knowledge information card.

In another aspect of the present invention, a knowledge information card for implementing specific knowledge information in a digitally standardized form comprises: a card template defining a basic form of the knowledge information card; A content area for displaying the content and content of the specific knowledge information; A user interface area containing functions and rules for use of the knowledge information card; And a meta data set including attribute information of the knowledge information card.

Preferably, the metadata includes a general attribute including at least one of a title of a card, a description of a general classification of the card, a language of the card, and a keyword defining the card.

Preferably, the metadata includes a life cycle attribute including at least one of a revised state of the card, a current state of the card, and a description of the person or organization who made the card. It is desirable to include technical attributes, including any one or more of the technical knowledge information types and software required for presentation and access, the actual size of the card, and the technical conditions required to utilize the card.

In addition, the metadata preferably includes a rights attribute that indicates the intellectual property and status information of the use in card access.

On the other hand, in order to achieve the object of the present invention as described above, the present invention is a method of generating a card book using a digital-based knowledge information card, the individual digital-based knowledge information belonging to the card book to be generated according to the user's command A cardbook group generation step of generating a cardbook bundle file including the files and folders by generating a file and a folder for storing information of contents constituting the card, assigning the cardbook to a cardbook to be produced, and grouping them into a cardbook group (S10). ); The individual card input / creation step of providing a user with a card editing window for creating an individual card constituting the cardbook, allowing the user to create one or more individual digital based knowledge information cards belonging to the cardbook group, and receiving and storing the individual card. S20); A cardbook information storing step (S30) of converting information of contents constituting an individual digital based knowledge information card created by a user, updating and storing the information in a file and a folder of a cardbook bundle file assigned to the cardbook; A cardbook configuration step of receiving a request for uploading a cardbook bundle file to a cardbook server and receiving a cardbook configuration request for converting the cardbook bundle file into a cardbook issuing file for issuing a cardbook (S40); Characterized in that made.

Here, preferably, the cardbook group generating step may include a card folder for storing images used for a card and an XML file of each card, a media folder for storing multimedia files included as objects in each card, and a snap of each card. The cardbook bundle file may be compressed by generating and compressing a thumbnail folder for storing images of each card generated as a shot, an XML file for storing basic information of the cardbook, and an XML file for storing the sequence for each unique number of each card. Create

Also, preferably, the individual card input / creation step S20 may include a template generation / selection step S21 for generating a template defining a size and a background image of a card or selecting a pre-generated template; An individual card generation / editing step of calling the template and inserting body contents of the card to generate an individual card (S22); And an individual card information storage step (S23) of storing individual card information which has been completed.

On the other hand, the template generation / selection step (S21) is preferably performed to generate a template for generating a scroll card of the scrollable form of the body portion of the card.

In addition, the individual card generation / editing step (S22) is preferably performed, including a multimedia insertion step of inserting the multimedia into the content of the body.

The individual card generation / editing step (S22) is preferably performed by including a link insertion step of inserting a link to another card in the content of the text.

Further, preferably, the step of configuring the card book may include: authenticating the connected user according to a login request of a user accessing the web for the sale and management of the card book, and selling the card book on the web established by the user. Receiving a user authentication / shop interworking request receiving the interworking request with the shop; A card book issuance basic information input step of providing an input window for inputting card book issuance basic information, which is basic information for issuing a card book, and receiving card card issuing basic information; And a cardbook file conversion / upload step of receiving a user's upload request and converting the cardbook file into a cardbook file for cardbook issuance, including the cardbook issuance basic information.

Preferably, the card book issuing basic information includes card book issuer information, and the card book issuing basic information inputting step includes the at least one card book issuer who is previously registered in a shop for selling card books on the web. It is performed to display the issuer so that the issuer is selected by the dual user.

Also preferably, the method may further include a cover image selecting step of selecting an image or an external image of each card included in the card book as a cover image of the card book.

Here, when the cover image is selected by performing the cover image selection step, it may be performed to generate a cover folder in the cardbook bundle file and to store the corresponding image in the cover folder.

On the other hand, the card book file conversion / upload step, by creating a folder for each operating system of one or more mobile devices, converting the XML file of each card to the file of the HTML format for each operating system used in the operating system of one or more mobile devices The HTML file is stored in a folder created for each operating system of the mobile device, and a media folder for storing images and multimedia files used on the card is stored. All images and multimedia files used for the card are stored in the media folder. It is preferably performed to generate the cardbook file by compressing a thumbnail folder for storing and storing an image of each card generated as a snapshot of each card, and the cover folder.

Furthermore, preferably further comprising the step of receiving a selection of whether or not to complete the production of the card book, receiving the production completion information when the user selects the production completion, and producing the state information of the corresponding card book of the shop for card book sales It may be performed to post in a completed state, further comprising the step of receiving a selection of whether or not the production of the card book, the user receives the information during the production during the selection of the production, and the corresponding card book of the shop for the card book sales It is performed to publish the state information of the state in the production.

Preferably, the issuing card book information input step of receiving and storing issuing card book information, which is information for display of the card book, from the user by the user's selection in the card book information posted in the shop for card book sales; Including, upon completion of the issuing card book information input, may be performed to change the state information of the card book of the shop for card book sales, if the entry of the card card information is completed, the shop for card book sales Receiving a start input from the status information of the corresponding card book, the card book posting information to generate the card book posting information generation / sales start step of starting the sale of the card book can be performed.

In addition, when the input of the issued card book information is completed, a request for input of a review request from the status information of the corresponding card book of the shop for selling the card book is received, and the card book posting information is generated for the selected card book through the examination of the card book. To initiate the sale of the cardbook.

As described above, the knowledge information card according to the present invention has an advantage of being effective in storing, transferring, and using knowledge or information in a manner similar to the storage and recall method of human memory.

In addition, the present invention can not only generate new knowledge information by arbitrarily combining the modular knowledge information card, but also immediately update the changes made by the creator of the card using online and mobile devices, thereby ensuring the latestness. There is an advantage to this.

On the other hand, according to the present invention, it is possible to generate a card book using a digital-based knowledge information card that can be efficiently linked to the revenue model or system through the sale of the card book.

In addition, it is possible to generate a digital book of the knowledge base card that implements specific knowledge information in a digital-based standardized form in a user-friendly and user-friendly manner and to generate a card book using the card.

1 shows the basic structure of a knowledge information card according to the invention;

2 is a diagram showing a detailed structure of a knowledge information card generating system according to an embodiment of the present invention.

3 is a flowchart illustrating a knowledge information card generation procedure according to an embodiment of the present invention.

4 and 5 show examples of the actually generated knowledge information card according to the embodiment of the present invention.

6 illustrates a standard procedure for generating a knowledge information card according to an embodiment of the invention.

7 is a diagram showing a program screen of cover card making according to an embodiment of the present invention;

Fig. 8 is a diagram showing a program screen of the front cover card configuration according to the embodiment of the present invention.

9 is a view showing a program screen of the content input of the back cover card according to an embodiment of the present invention.

Fig. 10 is a diagram showing a program screen of the main body card front configuration according to the embodiment of the present invention.

FIG. 11 is a diagram illustrating a program screen for content input on the back of a body card according to an embodiment of the present invention;

12 is a diagram showing a program screen of cardbook function setting according to an embodiment of the present invention;

13 is a view showing a card generation procedure by executing DIY mode according to an embodiment of the present invention.

14 is a view showing a program screen of card generation by executing the DIY mode according to an embodiment of the present invention.

15 is a view showing a program screen of card book list setting according to an embodiment of the present invention;

16 is a diagram showing examples of cardbook list configuration according to an embodiment of the present invention.

17 is a diagram showing the configuration and operation flow of a knowledge information card management system according to an embodiment of the present invention.

18 is a view showing the configuration and operation flow of a knowledge information card distribution system according to an embodiment of the present invention.

19 is a block diagram of a card book issuing environment in which the present invention is performed.

20 is a flowchart of a cardbook generation method using a digital-based knowledge information card of the present invention.

21 is a flowchart of a cardbook group generation step and a structure diagram of a cardbook bundle file according to an embodiment of the present invention.

22 is an actual implementation screen for explaining a cardbook group generation step according to an embodiment of the present invention.

Figure 23 is a flowchart of an individual card input / creation step and cardbook information storage step of one embodiment of the present invention.

24 is a flowchart of a template generation / selection process according to an embodiment of the present invention.

25 is an actual implementation screen for explaining a template generation / selection process according to an embodiment of the present invention.

Figure 26 is a flow chart of the card creation / editing process in one embodiment of the present invention.

27 is an actual implementation screen for explaining the card generation / editing process of an embodiment of the present invention.

FIG. 28 is a diagram for explaining an exemplary structure of a card manufactured according to an embodiment of the present invention. FIG.

29 is a view for explaining each function for the card production of the builder of an embodiment of the present invention.

30 is a view for explaining a function icon for the card production of the builder of an embodiment of the present invention.

31 is a flowchart of a cardbook construction step and a structure of a cardbook file according to an embodiment of the present invention.

32 and 33 are actual implementation screens for explaining the cardbook configuration step of an embodiment of the present invention.

34 and 35 are builder implementation screens for explaining the structure and the main functions of the card builder according to the present invention.

36 to 39 are implementation screens of a card shop for explaining the main functions of the card shop of the card book server according to the present invention.

[Description of the code]

1: cardbook builder 2: cardbook server

100: Knowledge Information Card 110: Card Templates

120: content area 130: user interface

140: Metadata Set 200: Card Generation System

210: card generation module 211: cover card generation unit

212: body card generation unit 213: card function setting unit

214: audio function setting unit 215: mail transmission processing unit

216: message transmission processing unit 217: SNS transmission processing unit

220: markup language conversion module 221: general property unit

222: life cycle part 223: technical part

224: permission generation unit 230: DIY card generation module

240: card list creation module 241: list style setting unit

250: card attribute information database

260: Content Information Database

270: List Style Information Database

280: Card Association Information Database

DETAILED DESCRIPTION The following detailed description of the invention refers to the accompanying drawings that show, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive.

For example, certain shapes, structures, and characteristics described herein may be embodied in other embodiments without departing from the spirit and scope of the invention with respect to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the invention.

Accordingly, the following detailed description is not to be taken in a limiting sense, and the scope of the present invention is defined only by the appended claims, along with the full range of equivalents to which such claims are entitled. Like reference numerals in the drawings refer to the same or similar functions throughout the several aspects.

Prior to the filing date of the present invention, the same applicant and / or the inventors of the patent application "10-2011-0066852" filed with the Korean Patent Office dated July 6, 2011, the specific knowledge information to the card markup language (card markup language) We proposed a method, system and a computer recordable medium for digital-based knowledge information card, which are provided in the form of a digital-based standardized card, and filed with the Korean Patent Office on July 3, 2012. -2012-0072036 "proposed a cardbook generation method using a digital-based knowledge information card.

The present invention is a complex application of the above application, it is possible to commercialize the digital-based knowledge information card generation method and system that provides specific knowledge information in the form of a digital-based standardized card through a card markup language (card markup language) It can be efficiently linked to the revenue model or system through the sale of the card book, to create a digital-based knowledge information card that user-friendly to easily implement the specific knowledge information in a digital-based standardized form, Using this, a method of generating a card book for generating a card book is presented.

According to the method and system for generating a digital-based knowledge information card provided in the form of a digital-based standardized card proposed in the present invention, the present invention provides a card generation program so that a user can easily produce a knowledge information card. The provided program allows the user to produce specific knowledge information in the form of a digitally standardized card (ie, knowledge information card). In this case, the knowledge information card produced according to the present invention may be generated or stored using a general markup language such as HTML, XML, or the like. The knowledge information card may be newly defined for a knowledge information card production according to an embodiment of the present invention. It is also possible to create and save by. It is also possible to store the data through various programming languages without using a separate markup language.

Meanwhile, according to an embodiment of the present invention, card metadata including attribute information of a card and the like is generated when a knowledge information card is generated.

Further, according to an embodiment of the present invention, new knowledge information can be generated by combining the plurality of knowledge information cards generated as described above with the generated metadata. In addition, the present invention proposes a method for effectively managing and circulating the generated knowledge information card.

On the other hand, the present invention can be applied to any terminal that can provide the functions of the present invention, including a smart phone. For example, a mobile computer including a mobile phone, a digital broadcasting terminal, a personal digital assistant (PDA), a portable multimedia player (PMP), a navigation device, as well as a fixed terminal such as a computer and a TV can be executed. Can be applied to all terminals.

In addition, in the specification of the present invention, the term 'knowledge information card' is produced according to the present invention in the form of a digital standardized card specific knowledge information, any form of knowledge information configured in the form of a card on the electronic device An attribute and structure of the card included in the knowledge information card markup language, which is a structured markup language, may be included in the invention, and the attributes and structure of each card necessary for converting and issuing the knowledge information into the knowledge information card may be defined. Defined as a concept that includes information such as the size of the card, the expansion of the size, the location and size of the image, the location and size of the audio file, the location and size of the text, the font and the way the card and card are combined. May be used.

Further, in the context of the present invention, the term 'knowledge information card markup language' defines each structure of the knowledge information card generated according to the present invention, i.e. each card necessary for converting and issuing knowledge information into a knowledge information card. It is a structured markup language whose structure and properties are defined and can be implemented as a general markup language or a programming language, and the attributes and rules of each card necessary for converting and issuing knowledge information into a knowledge information card, namely, The size, the position and size of the image, the position and size of the voice file, the position and size of the text, the font and the manner in which the card and the card are combined, etc. are constructed, and the generated knowledge information card is defined in the markup language defined above. It is created and stored or stored in it.

In addition, in the specification of the present invention, the term 'card metadata (or short metadata)' is attribute information of a card that is generated and stored at the time of card generation according to the present invention, and is automatically generated by the user and attribute information that is automatically generated at the time of card generation. It consists of the input attribute information. The metadata may be stored, retrieved, and utilized by the metadata. For example, the card metadata includes information of a card, title, author, date of production, revision status, current status, size, and the like. The metadata may be used to store, retrieve, and use a card according to various embodiments of the present disclosure. The metadata may be automatically generated when the card is generated or by inputting relevant information by the user. For example, information such as date, language, size, and the like may be automatically generated, and information such as keywords, including author information, may be input and stored by a user.

On the other hand, the program for generating the knowledge information card is stored and installed in a computer terminal, or mounted on a smart phone, the user can easily generate the knowledge information card according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily implement the present invention.

The present invention is a main configuration concept of a knowledge information card for expressing specific knowledge information in a digital-based standardized form, knowledge information card markup language (Knowledge Card Markup Language), which defines the structure of the knowledge information card, knowledge information card standard And a card generating unit for generating units, a card management system for storing and managing the same, and a distribution system for distributing and exchanging the generated cards.

The knowledge information card according to the present invention is effective in storing, transmitting, and using knowledge or information similar to the storage and recall method of human memory, and can only generate new knowledge information by arbitrarily combining modular knowledge information cards. Rather, the card makers can update their changes immediately using online and mobile devices, ensuring up-to-date.

Concept of knowledge information card

The knowledge information card refers to a form in which unit knowledge information is expressed in the form of a card online or on the basis of a user interface (UI), which is predefined and standardized, and the user interface.

The knowledge information card according to the present invention includes a title card, a preface of the author, a cover card containing copyright knowledge information, a body card composed of images and texts containing specific knowledge information, and a user interface of the card to enhance accessibility and understanding of the card user. It can be composed of a function button and the like containing actions and effects. A knowledge information card mark, which is a markup language containing meta data including attribute information of a card, each knowledge information card comprising a unit knowledge information content and a series of data structures and rules constituting the knowledge information content as a card. The card may be generated and stored in a knowledge card markup language, and may be defined and used as a concept including information about a property and a structure of a card included in the knowledge information card markup language.

According to an embodiment of the present invention, each knowledge information card is a separate unit card (individual card) by combining or combining multiple cards or cross-referenced or using information contained in the metadata and knowledge information card markup language. It is possible to construct new knowledge beyond the knowledge it contains. Meanwhile, according to an embodiment of the present invention, a set of cards in which a plurality of unit cards are artificially bundled according to the purpose of writing or compiling or searched or sorted by a program according to a specific information requirement is defined as a stack. . In this case, each card stack may have various expression forms such as a card book, a card magazine, a card catalog, etc. according to the amount and contents of the card. In addition, each card stack may be configured in various forms, such as a multimedia card book, an audio card book, and a game card book, depending on the technical properties or service contents of the card.

Structure of knowledge information card

1 is a diagram showing the basic structure of a knowledge information card according to the present invention. Referring to FIG. 1, the knowledge information card 100 according to the present invention basically includes a card template 110 defining a basic form of a card, a content area 120 displaying content of various contents and formats, and a user knowledge. A user interface area 130 containing functions and rules for making the information card convenient to use, and a metadata set 140 containing a series of rules for storing, managing, and processing the knowledge information card. The meta data is used for each element to search and provide information about the card. Each knowledge information card is generated and stored in a knowledge information card markup language, which is a markup language containing unit knowledge information content and a series of data structures and rules constituting the knowledge information content as a card. .

As described above, the knowledge information card according to the present invention is displayed in the form of a card on the electronic device. Therefore, the user can easily check the contents of the specific knowledge.

Knowledge Information Card Generation System

2 is a diagram illustrating a detailed structure of a knowledge information card generating system according to an embodiment of the present invention. 2, the knowledge information card generation system 200 according to an embodiment of the present invention is the card generation module 210, markup language conversion module 220, DIY card generation module 230 and card list creation module 240 may include a plurality of modules for performing specific functions according to embodiments of the present invention. In addition, the database may include a plurality of databases such as a card attribute information database 250, a content information database 260, a list style information database 270, and a card association information database 280.

The card generating module 210 provides a function of generating a knowledge information card according to an embodiment of the present invention, and includes a cover card generating unit 211, a body card generating unit 212, a card function setting unit 213, and the like. It may include. In addition, the card function setting unit 213 again includes an audio function setting unit 213, a mail transmission processing unit 215, a message transmission processing unit 216, a social network service (SNS) transmission processing unit 217, and the like. It may include.

The cover card generating unit 211 performs a function of generating a cover card among the knowledge information cards, and the body card generating unit 212 performs a function of generating a body card among the knowledge information cards.

In addition, the card function setting unit 213 performs a function of setting a special function of the knowledge information card, for example, providing an audio function through the audio function setting unit 214 or through the mail transmission processing unit 215. E-mail transfer processing function can be provided. In addition, the message transmission processing unit 216 may provide an SMS or MMS message transmission processing function, and may provide a function of processing transmission to various social network services through the SNS transmission processing unit 217.

In addition, attribute information of each card (cover card and / or body card) may be manually or automatically inputted during card generation in the card generation unit 200, and the attribute information may be stored as card metadata. Used for searching, searching and utilizing.

The markup language conversion module 220 includes information on card content and image arrangement, text attributes, paragraph attributes, and the like, for each card generated by the card generator 200. It converts a set of attributes and rules for converting and issuing a knowledge information card into a structured knowledge information card markup language. Therefore, according to an embodiment of the present invention, attribute information generated according to each type of metadata is converted into a markup language and stored.

The markup language conversion module 220 may include a general attribute unit (GENERAL) 221, a life cycle unit (LIFE CYCLE) 222, a technical unit (TECHNICAL) 223, and an authority generation unit according to a type of meta data to be processed. RIGHTS; 224), and the like. All or part of the attribute information of the card included in the meter data (information on the structure of the card included therein) is converted into a markup language and included in the knowledge information card markup language of the corresponding knowledge information card.

The general attribute unit 221 sets an attribute for providing knowledge information related to a knowledge information card, and the life cycle unit 222 performs a function of storing and managing a history and a current state of content. The technical unit 223 performs a function of processing information such as features, structures, and the like, which are technical requirements of the knowledge information card. The authority generating unit 224 performs a function of generating an authority so that only the user authorized to the knowledge information card is allowed to access.

The DIY card generation module 230 provides a card generation process according to the DIY mode after entering the DIY mode according to an embodiment of the present invention. The card list creating module 240 provides a function for creating a card list in various forms according to the setting of the list style setting unit 241.

Detailed implementation form and detailed description thereof will be described later.

On the other hand, as a database, the card attribute information database 250 stores various attribute information (eg, title, classification, language, keyword, etc.) necessary for generating a card as metadata. The content information 260 database stores the content of knowledge information displayed in the content area of the knowledge information card. In addition, the list style information database 270 stores various style information to be set when creating a list with a plurality of generated knowledge information cards. The card association information database 280 stores information regarding associations between unit cards when a plurality of unit cards are bundled to form a stack.

Knowledge Information Card Generation Process

3 is a flowchart illustrating a knowledge information card generation procedure according to an embodiment of the present invention. Referring to FIG. 3, according to an embodiment of the present invention, a card generation program installed in a user terminal (eg, a computer terminal, a smartphone, etc.) is first executed (S301). Then, a cover card is produced by inputting various cover card information in a menu for generating a cover card (S302). Next, a body card is produced by inputting various body card information in a menu for generating a body card (S303). The process of manufacturing the cover card (S302) may be selectively performed as necessary.

In this way, when the cover card and / or the body card are produced, by setting the various functions (e.g., audio function, email or SNS card transmission function, etc.) executable in the knowledge information card (S304), the generation of the knowledge information card is completed. The knowledge information card generated as described above may be converted into the knowledge information card markup language and stored in the database as described above.

At this time, as described above according to the present invention, attribute information related to the card (eg, title, author, production date, revision status, current status, size, keyword, etc.) is generated as metadata and included in the generated metadata. Some or all of the information may be converted and stored in a form suitable for the knowledge information card markup language.

On the other hand, after the generation of the knowledge information card is completed, it is also possible to generate a list in a variety of different styles for the plurality of generated knowledge information cards (S305).

4 and 5 are diagrams showing examples of the actually generated knowledge information card according to the embodiment of the present invention. As described above, the knowledge information card generated according to the present invention is displayed in the form of a card as shown in FIGS. 4 and 5. That is, when the enter button is clicked on the cover generated as shown in FIG. 4, the main content is displayed as shown in FIG. 5.

Knowledge Card Markup Language and Card Metadata

The knowledge information card markup language according to the present invention is a structure of a series of attributes and rules for converting and issuing arbitrary knowledge information into a knowledge information card, and arrangement information such as letters, images, and tables included in the card is Letter attribute information such as size and type, paragraph attribute information such as indentation, spacing, margin, and the like. That is, it means a language that defines the appearance and content structure of the card, and may use HTML and XML as tools, or may use a dedicated markup language according to an embodiment of the present invention.

In addition, the card metadata refers to various card attribute information generated through automatic or manual input in the process of generating a card in the card generator. At this time, a specific item among the input components may be selected and displayed on the card, and information about the structure of the card is converted into a markup language and included in the knowledge information card markup language of the corresponding card.

First, 'GENERAL' is an attribute that provides knowledge information related to a card. The 'GENERAL' may include attribute information such as Title, Category, Language, and Keyword. At this time, the Title is the actual title of the card, Category is a description of the general classification. In addition, Language is the language in which the card is written, and Keyword indicates a keyword used to identify and define the card with a verbal word or phrase.

Next, 'LIFE CYCLE' is an attribute representing the history and the current state of the content. The 'LIFE CYCLE' may include attribute information such as Version, Status, Contribute, and the like. At this time, the Version refers to the revised state of the card, Status indicates the current state of the card. In addition, Contribute is the part that describes the person or organization that created the card. It includes detailed properties, such as Role (type of contribution), Entity (group or organization that contributed to the card's development), and Date (the date the card was created, approved, and revised). Can include them.

'TECHNICAL' is an attribute that indicates the technical requirements, characteristics, and structure of the card. The 'TECHNICAL' may include attribute information such as format, size, and requirements. In this case, the format represents the type of technical knowledge information and software required to express and access the card, the size represents information representing the actual size of the card in BYTES, and the requirements represent information representing the technical conditions required to utilize the card. to be.

'RIGHTS' This attribute indicates the intellectual property and status description of the use in card access. The 'RIGHTS' may include attribute information such as Price, Copyright and other Restrictions. At this time, the price is information on whether or not to pay, Copyright and other Restrictions is information to confirm whether the copyright or restrictions to use the card.

On the other hand, the system for generating a knowledge information card according to the present invention is composed of authoring tools and systems necessary for converting and issuing arbitrary knowledge information into a card format. In addition, the knowledge information card generation system may be provided in three different forms, such as an authoring tool of an online website, an independent application authoring tool, and a mobile authoring tool.

First, a web-based card generation system generates knowledge information cards using Rich Internet Application (RIA) technologies such as Flash and mobile apps. Next, a card application system based on a PC application generates a knowledge information card using a GUI application in a personal computer of various operating systems. Finally, the mobile-based card generation system generates a knowledge information card using an application implemented in the form of a mobile app. In this manner, the knowledge information card according to the present invention can be produced in various ways.

The user inputs and inserts metadata and content of knowledge information according to the interface and order previously implemented on the system. Then, when the issue button is selected, the entered information is stored in the card information database and published to the service platform via the card management system.

The standard procedure of the knowledge information card generating system is as shown in FIG.

Referring to FIG. 6, when a card builder wizard is executed by an installed program, a menu for generating a cover card is provided. In addition, a card content creation menu is provided, and a function addition menu is provided. In addition, by specifying and publishing a list view format, a knowledge information card is generated.

Hereinafter, an example of actually implementing the knowledge information card generation procedure according to the embodiment of the present invention described above with reference to FIGS. 7 to 12 will be described in detail.

The knowledge information card generation procedure is performed by executing a card generation program to generate a knowledge information card as described above.

Cover card production

7 is a diagram showing a program screen for making a cover card according to an embodiment of the present invention. Referring to FIG. 7, as a function block for making a cover card constituting a title portion of a knowledge information card, each of the functions may include a function of inserting a title, an image, and text. For example, a title may be directly inputted as text in a space for inputting a title of the knowledge information card, and the cover image of the card is uploaded. In addition, registration is performed by uploading the button image used for the cover of the card. The cover image and button image of the card can be registered by uploading an image file stored in the computer terminal of the card.

Next, the front and back of the cover card may be configured as shown in FIGS. 8 and 9. Referring to FIG. 8, the title, the uploaded image, and the button image input in FIG. 7 are positioned and displayed as default values. In this case, the position of the title, the button and the image can be adjusted in the portion indicated by A of FIG. 8, and the size of the image can be adjusted by clicking the corresponding image. In addition, in the portion indicated by B of FIG. 8, the layer order of the title, the button, and the image may be adjusted. In addition, the title can be turned on and off, and if the title is included in the image, it is preferable to turn off the title. You can also change the title's font by clicking the Font button in part B. Meanwhile, as shown in FIG. 9, the content of the back side of the cover page may be input by a writing tool.

Body card production

As shown in FIGS. 10 and 11, the text card making menu is a function block for making a card constituting the body of the knowledge information card, and may include a function of inserting a title, an image, and text, respectively.

10 is a screen constituting the front side of the body card, and FIG. 11 is a screen constituting the back side of the body card. Referring to FIG. 10, a resizable main image box is disposed, and a numbering box, a text box, a sub image box (displayed as dots), and a button for previewing a set card (main image and sub image) Can be previewed) and the like.

In the portion indicated by A of FIG. 10, the content selected in the portion B is presented in the form of a box, and the position and size can be adjusted. You can also set up to include up to five boxes. A portion indicated by C in FIG. 10 is a layer control box, in which a box clicked in portion B is sequentially included. In this case, the layer order may be changed or detailed properties (eg, fonts) of each box may be adjusted, and image registration and box deletion may be performed. In the portion indicated by D of FIG. 10, the set card face may be applied to a plurality of cards at once or by card. At this time, the creation of several cards at once may be set to allow only text, images, and slides. FIG. 11 is a screen constituting a back side of a main body card, and as shown, part # 1 may be used to input contents of the back side of a cover page using a writing tool. Also, part # 2 adds a card, and the current card is stored when '+' is clicked.

Knowledge Card feature settings

12 is a screen for setting a special function of the knowledge information card, and includes an audio function, an email transmission, or a function of transmitting the knowledge information card to another social network service. According to the function selection of the # 1 and # 2 parts of FIG. 11, the icon is immediately changed. In addition, a special function for each card may be given to the # 2 part. Meanwhile, in the case of an audiobook, it is preferable to upload an audio file corresponding to each card. That is, in case of an audiobook, an uploaded voice file corresponding to each card can be played when the audiobook icon is touched, and the play button is switched to the stop button.

Meanwhile, when the card sharing icon is touched, the card may be transmitted in an e-mail, MMS, SNS (eg, Facebook), etc. in a predetermined format, and the function may be mainly applied to an advertisement card book.

Create your own card

As illustrated in FIG. 13, a user may directly create a card, and may load and modify a card made by another person. As shown in FIG. 13, when the user selects card making after entering the DIY mode, a menu for creating a new card, loading a card, and editing a card is provided. In the Create New Card menu, it is possible to create a new card by selecting a card front layout, making a card front, and making and storing a card back. By selecting the card loading menu, it is possible to modify and save the loaded card. In the Edit Card menu, you can change the order of cards, edit the selected card, delete the card, or reset the DIY card book. Referring to FIG. 14, the user enters the DIY card mode, selects a new card making, and manufactures a new card according to the above-described procedure.

Create card list for multiple cards

Card lists can be organized in a variety of ways, such as thumbnails, categories, mind maps, time tables, and meta tags, to make it easier to find and enhance searchability for two or more cards.

Referring to FIG. 15, a list style such as a thumbnail, a category, a mind map, a timetable, a smart tag, and the like may be set, and a list may be configured accordingly. Based on the style selection in # 1, the style editor in # 2 changes accordingly.

FIG. 16 shows an example of a list structure according to each style selection of FIG. 15. When set to the normal style, the numbering (if any) and title are shown in card order. When thumbnails are selected, the front of the card shows thumbnail images, numbering, and titles. If a category is selected, the card titles are sorted and displayed by category, and by clicking the Add category button, a category name can be created and the title can be arranged by moving the title up and down.

When Mind Map is selected, thumbnails on the front of the cards are connected by lines to show the relationship between the cards. At this time, it is possible to add a text box to connect or explain the lines. When the time table is selected, thumbnails on the front of the card are freely placed on the set time table to show the time flow of the card. If a smart tag is selected, the tag is applied to each card, and the tag's darkness and size are changed to reflect the importance of the editor.

Knowledge information card management system

The knowledge information card management system is a system for storing and managing cards created through the knowledge information card generation system. First, when a user generates a card through the card generation system, its knowledge information is stored in a database. The knowledge database of the card is divided into basic knowledge information, additional knowledge information, statistical knowledge information thereof, and the like, and manages the creation, revision history, and deletion of the card.

17 shows a configuration and operation flowchart of the knowledge information card management system. Referring to FIG. 17, the knowledge information card management system performs the following functions.

1) import of cards,

2) authentication of key users and their content management rights,

3) authority for assignment of roles and type or category of cards;

4) definition of asset workflow actions,

5) managing multiple editions and tracking of a single asset;

6) verification and examination of the suitability of the generated card knowledge information, ie, legal judgment such as copyright infringement and portrait infringement, and business judgment such as commercial sale,

7) Export cards to commercial or emergency tracks based on verification and screening results,

Knowledge information card distribution system

The knowledge information card distribution system is generated through the card generation system, and the card knowledge information inspected and classified by the card management system is accessed by a user by accessing the web or mobile and accessing the card knowledge information. The system is designed to be used for free or for a fee.

18 shows a configuration diagram and an operation flowchart of the knowledge information card distribution system. Referring to FIG. 18, the knowledge information card distribution system includes a Merchandizing Process such as product registration and pricing, respectively, an online-based web and mobile-based application service and payment, settlement, etc., for which a user accesses a service. It consists of Back Office System.

At this time, the user can use the card free or for a fee depending on the title of the card searched by the classification or search word, Tag, related word, etc., popularity of the user or recommendation frequency, citation frequency, and recommendation of the system administrator. .

In addition, when a user purchases a card, the payment for the card may be paid as a point received by participating in the generation of the card, a point to be paid for the cost, or a payment by viewing a specific advertisement. In addition, the purchaser's card may be owned within the website and copied to his or her own website in the form of a download, use in a mobile app, or in the form of a flash, ie use on a multi-device. This can be allowed.

Meanwhile, the embodiments according to the present invention may be embodied in the form of program instructions that may be executed by various computer means and may be recorded in a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the media may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Hardware devices specially configured to store and execute program instructions, such as optical media and program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like. The hardware device described above may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

Hereinafter, a method of generating a card book using a digital based knowledge information card of the present invention will be described in detail with reference to the accompanying drawings.

19 is a block diagram of a card book issuing environment in which the present invention is carried out.

The card book generation method of the present invention is provided to the card builder (1) as a dedicated program provided to the card book issuer and the card book issuer, subscribers, advertisers, so that the user can easily produce a knowledge information card, The cardbook server 2, which operates a cardbook web site providing functions such as sales management and promotion, revenue distribution, purchase and subscription of cardbooks, is performed as a cardbook issuing environment.

The cardbook website is a "card channel" that provides a service for sending cardcasts, which are information about cardbooks and free cards recommended by the operator, by simply installing a separate cardbook viewer. "Card Market", which displays related information and provides related information, is created in units of card issuers who want to produce, issue, and sell card books, and provides management functions such as card book production, issuance, sale, and profit sharing. "Card Shop" services that categorize shops and provide related information.

The "card shop" opened by a specific user is accessed through the "My Page" menu at the top, and the pre-authorized specific user manages the production, issuance, sale, and profit distribution of the card book.

The present invention is implemented through the characteristic functions of the card book server 2 including the card builder 1 and the card shop.

34 and 35 are implementation screens of the builder for explaining the structure and main functions of the card builder according to the present invention, and Figs. 36 to 39 illustrate the main functions of the card shop of the card book server according to the present invention. 34 to 39, the main functions of the card builder 1 and the card shop related to the implementation of the present invention will be described before referring to specific embodiments of the present invention with reference to FIGS. 34 to 39. do.

Referring to FIG. 34A, the card builder used in the practice of the present invention includes an upper menu area (A), a card task editing window (B), a card group in operation (C), and a card task group currently in operation. It consists of / Card Template / Insert Object (D), Card Meta DB and Property (E), Card Navigation / Frequent Image Storage (F) Window and performs each set function.

The upper menu area A is a menu area of the card builder, as shown in FIG. 34 (b), to create a new card work group, create an additional card production edit window, and store a produced card. F ) "section," Edit ( E ) "section that provides convenience functions during the production, such as copying, pasting, deleting the editing area, etc., and" New Group "function for creating a new card workgroup , The "My Work" function to open the My Card workgroup on the server, the "Open Group" function to open the Card workgroup (cdbl file), and the card workgroup (cdbl file) you were working on. "Close group" function for saving and closing, "Save group" function for saving all card workgroups (cdbl files) that were being worked on, and "New" to save the card work group (cdbl files) currently working under a new name. By name "function, the card work you were working on "Upload" function to transfer group (cdbl file) to server, "New template" function to create new card template, "New card" function to create new card by creating new card edit window "Export" function that saves the finished card book file (cdbx file) to the local PC, "Card" for converting the finished card book bundle file (cdbl file) to the card book file (cdbx file) to transfer to the server Icons such as “book configuration” function unit and “preview” function unit for previewing the currently working card book on the virtual smartphone screen are displayed to perform respective functions.

The card work editing window B is a work place for creating an individual card of the present invention, the function of which will be described in detail through the embodiment of the present invention.

The card group (C) window during the operation is configured as shown in FIG. 35 (c), showing the card currently being worked on, and displaying the text of the card being worked on and a list of images inserted in the working card. The "Image Summary" menu is configured to display the.

The card work group / card template / insert Object (D) window currently being worked on is configured as shown in FIG. 35 (d). In the card builder, the user clicks on the “open card group” as shown at the top of FIG. 35 (d). Information on the cardbook bundle file cdbl currently being worked on may be displayed, and one or more cardbook bundle files may be displayed at the same time. "Card template" menu for displaying information on the card template, and icons of function objects such as text image, enlarged image, scroll image, video, audio, etc. used for editing the card displayed at the bottom of FIG. The "Object" menu is displayed.

The card meta DB and property (E) window are configured as shown in (e) of FIG. 35 to display the coordinate values and other property values of the card / object currently being worked on in the card editing window, and to be configured to modify the "property" menu. Wow . Allows you to record the meta DB of the currently active card. The meta DB includes metadata for searching and classifying cards such as card title, related tags, and text.

Referring to (a) of FIG. 36, a card shop operated by a card server used in the practice of the present invention is a policy that requires the establishment of a shop or subscription (when an editable membership class) is required for issuing a card book. Operate. After uploading the created cardbook to the shop, it is promoted through "Card Channel" and "Card Market" on the cardbook website operated by the cardbook server, and used as a space for managing the cardbook by each card shop operator. do.

36 (b) is a page of a shop management function included in a card shop, and shop management is largely composed of basic setting management and card book management. In the basic setting management, the basic information and profile of the shop can be set, and the title bar and the font can be changed to a desired form to express the personality of the shop. In addition, the members of the shop can adjust the ratings and create and manage the bulletin board.

37 (c) is a page of a card book management function included in a card shop, and the shop may manage the card book being issued by the shop through card book management. After creating a card book through the card builder and registering it on the server, the shop enters the publication information or is automatically updated. The cardbook issuance information in the shop displays information such as issuance date, cardbook title, type, service, status change, and the like. As shown in (d) of FIG. Or it is configured to automatically change the status of the bottom of the service item.

Paid cardbooks must go through a separate review request / approval process. The cardbooks will be displayed in the site category and shop showroom from the moment they start selling.

FIG. 37 (d) shows a showroom management page. The showroom in the shop is a space for displaying cardbooks for sale, and is operated to display a cardbook by setting a template of a seller's desired form.

38 (e) is a screen showing the status information of each card book posted on the card book management page, and the "type" of the card book uploaded according to the practice of the present invention is managed as "paid" or "free". , The status of the "Service" item is marked as "edited", "sold", "in production", "production completed", "in sale", etc., "waiting for sale", "starting sale", "production The cardbook issuance is changed from the cardbook issuing information input page of FIG. 39 (f) by changing the cardbook issuing status according to the click of the "change status" button such as "Complete" or the "issuing issuing information input" status change button. The user will be asked to enter the information, and upon completion, the status will be changed to "On sale" (free card book).

The card book issuance information input web page provides a web page for inputting the paid sales information of the card book shown in FIG. 39 (g). The policy to enable this is adopted, and in this case, "Service" may be marked "Under Examination" and may be operated to enable the change to "Start Sales" for the completed Card Book.

An embodiment of the cardbook generation method of the present invention is implemented through the characteristic functions of the cardbook server 2 including the card builder 1 and the card shop, based on the embodiment of the present invention with reference to the drawings. Explain.

20 is a flowchart of a method of generating a card book using a digital-based knowledge information card of the present invention. Referring to FIG. 20, a method of generating a card book using a digital-based knowledge information card of the present invention is basically a card. Book group generation step S10, individual card input / creation step S20, cardbook information storage step S30, and cardbook construction step S40.

20 and 21 to 22, the cardbook group generating step S10 may include a file in which information of content constituting an individual digital based knowledge information card belonging to a cardbook to be generated according to a user's command and A cardbook bundle file including the file and the folder is generated by creating a folder and assigning it to a cardbook to be created and grouping the cardbook into a group.

21 is a flowchart illustrating a cardbook group generation step and a structure of a cardbook bundle file according to an embodiment of the present invention, and FIG. 22 is an actual implementation screen for explaining a cardbook group generation step according to an embodiment of the present invention.

Referring to Figure 21 and 22, through the function of the card builder, the cardbook group creation step (S10), the user on the card builder (1) creating a 'new group' on the top menu operation (2) group name (Project name) Input work (3) Save the group (Group is saved with extension .cdbl), and (4) The resulting cardbook bundle file can be confirmed by checking the created group on the bottom left of Card Builder. have. For this purpose, the input / output windows of the card builder shown in (1) to (4) in Fig. 22 are used and displayed.

The generated cardbook bundle file (cdbl) includes a file and folder for storing information of contents constituting an individual digital based knowledge information card belonging to the cardbook, and a markup language file for storing configuration information of the cardbook. It is created in the form of compressing by grouping and assigning it by card book unit.

The files and folders in which the information of the contents are to be stored are as shown in the new group file (cdbl) in FIG. 21 (b). (1) The cards folder includes the XML files constituting individual cards and the images used for background construction of the cards. Folder that stores files (HEAD / BODY / TAIL images, etc.) (“Card Folder”) (2) Folder that stores cover image files used when composing cardbooks (“Cover Folder”) (3) The contents of the card (4) Folder that stores objects such as image (or imaged text), audio, video, etc. (4) Template image provided by Cardbook Builder and template image created and added by user A folder for storing files ("Template Folder"), (5) a folder for storing captured image files of each individual card ("thumbnails folder"), and (6) one or more markup languages for storing cardbook configuration information. Cardbook, including files The markup language file that stores the configuration information is an XML file ("cardbundle.xml") that stores basic information of the cardbook (cardbook file name, cardbook name) and the unique number of each card that is the sequence information of each card. It has a structure that includes an XML file (cardseq.xml) that stores numbering information. Here, the information of the XML file ("cardbundle.xml"), the conversion program is produced separately to perform the function of converting the XML file constituting the individual card with the style sheet to convert to HTML form for each operating system It can be used for the purpose of managing the cdbl file in this case, in which case it includes information about the unique identification ID, creation date, edit status, etc. of the cdbl file of the cardbook. The XML file (cardseq.xml) that stores the numbering information for each unique number of each card, which is the order information of each card, is referred to when creating an index file (index.xml) of the cardbook publication file (cdbx). That is, when the conversion program reads the XML file constituting the individual cards (when objects corresponding to the individual cards are created in memory in the conversion program), the order of the card objects in the memory by reading the XML file (cardseq.xml). It is used in a manner of recording the order information in the index XML file (index.xml) of the card book issuing file (cdbx) when converting the card book issuing file (cdbx).

The cardbook bundle file (cdbl) is basically stored in a client such as a PC with a built-in card builder, and uploaded and stored in a server through "group upload" or "cardbook configuration".

Individual card input / creation step (S20) provides a user with a card editing window for creating an individual card belonging to the cardbook, and inputs the user to create one or more individual digital-based knowledge information cards belonging to the cardbook group. Save it.

The cardbook information storage step (S30) converts the information of the contents constituting the individual digital based knowledge information card created by the user, updates and stores the information in the files and folders of the cardbook bundle file assigned to the cardbook.

FIG. 23 is a flowchart of an individual card input / creation step and a cardbook information storage step of an embodiment of the present invention, FIG. 24 is a flowchart of a template generation / selection process of an embodiment of the present invention, and FIG. 25 is an embodiment of the present invention. Actual implementation screen for illustrating example template creation / selection process, FIG. 26 is a flow chart of the card generation / editing process of one embodiment of the present invention, and FIG. 27 is the actual process for explaining card generation / editing process of an embodiment of the present invention. Implementation screen.

Referring to FIG. 23, the individual card input / creation step is a series of processes on the card builder of the template creation / selection process (S21), the individual card creation / editing process (S22), and the individual card information storage (S23) in the card builder. When the creation of the individual card is completed, the user can click the "Save Group" function button or the "As New Name" function button to update and save the cardbook information file and folder in the cardbook bundle file ( S30) is performed.

24 and 25, the template creation / selection process (S21) in the card builder is (1) create a "new template" on the top menu, (2) template name input and card size setting (the standard is for iPhone 640x960), (3) completion of the first template (card template editing window active), (4) image creation / selective application (front / back), (5) image insertion process, for this purpose The input / output windows of the card builder shown in (1) to (4) are displayed and used.

Depending on whether or not the card is scrolled in the template creation / selection process (S21), in the case of the card without scrolling, (4) image creation / selection (front / rear) and (5) image insertion process The template is created by creating or selecting an image of the card background and inserting only the BODY image into the window of FIG. 25 (5), and in the case of the card where scrolling occurs, the window of FIG. c) Insert a BODY image / HEAD image / TAIL image, respectively, to create a template for the production of a scrollable scroll card.

26 and 27, the individual card creation / editing process (S22) includes (1) template call recognition, (2) "new card" click and activation of an edit window, (3) body image insertion, (4) card Basically, the creation / storage process is performed to generate an individual card to store individual card information. The body image constitutes the content of the card. In the present embodiment, the body of the card including the text is imaged in advance. Based on the template called and recognized through FIGS. 27 (1) and 27 (2) as shown in FIG. 27 (3), when the user clicks the "New Card" function on the menu and double-clicks the edit window that is activated, it is displayed. By inserting and storing an unknown image as a BODY image in the card background image change window, the process of creating / editing an individual card as shown in FIG. 27 (4) is completed.

In addition, in the case of a card having a back side, the user clicks a back button (not shown) in the same way in the card builder to create a back side, and repeats the above process to produce one or more cards that constitute the card book. . As shown in FIG. 27 (5), the individual cards constituting the card book in operation can be displayed and edited.

In addition, in the case of a multimedia card including an image, a video, and audio, the multimedia function window of the card builder of FIG. 29 is used to include the image in the card, upload a video, or perform an audio upload function to insert the multimedia into the card. It will be possible to produce multimedia cards.

In the case of a card in which there is a link between files or an image, such as a card constituting the card book, a link card in which a link within the card exists is created by linking between cards or image files using the screen of FIG. 29 (a). Through this, as shown in FIG. 29 (b), it is possible to perform a process of generating a table of contents card that can display the corresponding card linked to each individual table of contents.

When the user completes the creation of the individual card, the user clicks the "save group" button of the card builder menu to save the card book, and converts the information of the contents constituting the created individual digital based knowledge information card to the above. The cardbook information storing step (S30) of updating and storing the files and folders of the cardbook bundle file allocated to the cardbook is performed to complete the cardbook manufacturing work in the card builder. As shown in FIG. 27 (6), the manufactured card and the card book are implemented to be similarly seen in the actual phone through the "card book preview" function in the builder.

28 is a view for explaining an exemplary structure of a card manufactured according to an embodiment of the present invention, Figure 29 is a view for explaining each function for the card production of the builder of an embodiment of the present invention, Figure 30 is FIG. 28 is a view for explaining a function icon for creating a card of a builder according to an embodiment of the present invention. Referring to FIGS. 28 to 30, a multimedia card, a scroll card, and a link are manufactured in a card builder according to an embodiment of the present invention. The main part of the method of making a card with special functions and configurations, such as a card, a table of contents card and a scroll image, will be described in more detail.

Cards of special functions and configurations are included in the form of icons in the window of FIG. 30 displayed by the selection of the Insert Object in the Cardwork Group / Card Template / Insert Object (D) window of the card builder of FIG. Each functional object that is specified is used.

By selecting each function object icon to be displayed and dragging it into the corresponding area of the card editing window, inserting or linking content or setting a function, a card making work of a special function and a special structure is easily performed.

First, referring to FIG. 30, each function object is an object (image / photo function object) which performs a function of inserting an image after double-clicking an image area, and inserts a large image in the form of a thumbnail to enlarge the image when the smartphone is touched. Object that performs a function (image magnification function object), an object that performs the function of designating a large image and placing it in the area and displaying it in the form of scrolling up, down, left, right, up, down, left and right, uploading a video on a PC, or An object that performs the function of linking an external video link (movie function object), an object that performs the function of inserting into an audio / sound card in a PC (audio function object), and an object forming a text input window (text function Object) and the like.

Referring to FIG. 28, in the case of the present layout, the icons of the image / photo function object, the text object, and the image magnification object of FIG. 30 are dragged into the edit window, and the size is adjusted.

28 (a) and 28 (b) are examples of the layout of the body content, that is, the content of a card created according to an embodiment of the present invention. In the case of the card of FIG. 28 (a), the upper end of the card uses a text function object. Form a Title notation of the card, and place an image and text input box (left: image arrangement, right: image-related text arrangement) using an image function object and a text function object at the bottom thereof, and an image at the break portion. Use the feature object, text feature object, and image magnification feature object to place the text entry box and the image and the magnified image (place the four magnified images when touched by the Phone Viewer next to the four larger images), This is the configuration where the last text entry box is placed, in which text is entered directly in the text entry box, or in various formats not provided by the builder. In the image the text in a professional editing tools for text representation in a manner that the input image file can also be inserted into the text content on the card.

In the case of the card of Fig. 28 (b), an example of the layout of a typical multimedia card is an example of the configuration of a multimedia card in which multimedia such as an image, a video, and audio are inserted. In this layout, the icons of the image / photo function object, text function object, image magnification object, video function object, image / photo function object, text function object, and image magnification object object of FIG. It is produced by adjusting the size. In case of the video function object, double-click the area or link the video in the external server to connect. In the case of the audio function object, double-click the area to insert the audio file in the PC directly. Will be produced. Specifically, in case of video upload, drag and drop the icon of the video function object to the card edit window and double-click to insert the link by designating the video path of the internal PC or external server through the screen as shown in FIG. 29 (c). The image of the video displayed on the screen may also be directly selected.

In the case of FIG. 29 (a), the link linking between cards can be made. The link linking between the cards in the card book can be made using the link linking function of the present embodiment. It is a similar feature.

First, designate the area to be linked through the image object, and then right-click on the area to display the card link menu as shown in the right screen of FIG. 29 (a). In the window that appears, you can specify the card you want to link, and you can specify the link on the front and back of the card.

In particular, in the case of creating a table of contents card, the same method is performed on a card including the table of contents as shown on the left side of FIG. 29 (a), so that the screen is switched to a linked card by clicking on the table of contents, or the linked card is separated. It may be manufactured to be displayed on the screen.

As shown in FIG. 29 (b), the entire creation process of the contents card is summarized as shown in FIG. 29 (b), and the image object is designated by clicking and dragging the image object to an empty area of the card. It is possible to create a table of contents card by simply adjusting the box and (3) clicking the right mouse button to select the card to be linked through the card link described above.

FIG. 29 (d) shows a scroll image setting window in which a scroll image function object of FIG. 30 is clicked and dragged to an empty space of a card and double-clicked to select an image. In this case, the selected image is an image larger than the object area. The image area to be arranged in the center is designated, and the up / down scroll, the left / right scroll, or the up / down, the left / right scroll can be selected.

The cardbook configuration step (S40) of the present invention receives a request for uploading a cardbook bundle file to a cardbook server and receives a cardbook configuration request for converting the cardbook bundle file into a cardbook file for issuing a cardbook. As a step, the cardbook configuration step S40 is basically performed through a user authentication / shop interworking request receiving step, a cardbook issuing basic information input step, and a cardbook file conversion / upload step.

Create a folder for each operating system of one or more mobile devices, convert the XML file of each card of the above-described card bundle file (cdbl) into an HTML format file for each operating system used in the operating system of one or more mobile devices, and It saves the file in HTML format to the folder created by the operating system of the mobile device, creates a media folder to store the images and multimedia files used on the card, and saves all the images and multimedia files used on the card to the media folder. The cardbook bundle file may be generated by compressing a thumbnail folder for storing an image of each card generated as a snapshot of each card, and the cover folder by compressing the cover folder. In addition, it may include an index XML (index.xml) file recorded the order information of the individual cards. The above-described conversion of the cardbook bundle file to the cardbook file is performed by JAVA or the like so that the XML file constituting the individual card is combined with the style sheet and converted into HTML form in a form suitable for each operating system. The conversion program produced separately in a programming language may be used to automatically perform the index. The index XML (index.xml) file may be an XML file that stores the numbering information for each unique number of each card in the cardbook bundle file (cdbl). cardseq.xml) is automatically generated by the conversion program. That is, when the conversion program reads the XML file constituting the individual cards (when objects corresponding to the individual cards are created in memory in the conversion program), the order of the card objects in the memory by reading the XML file (cardseq.xml). In this case, the sequence information is generated by recording the order information in the index XML file (index.xml) of the card book issue file (cdbx).

In the step of receiving a user authentication / shop interworking request, the user is authenticated according to a login request of a user who accesses the web for the sale and management of the card book, and the shop for selling the card book on the web opened by the user is established. Receive the interlocking request.

In the card book issuing basic information input step, an input window for inputting card book issuing basic information, which is the basic information for issuing the card book, is provided to receive the card book issuing basic information.

In the cardbook file conversion / uploading step, a user upload request is received and converted into a cardbook file for issuing a cardbook including the cardbook issuing basic information.

The card book issuance basic information includes card book issuer information. In the card book issuance basic information input step, the issuer of the card book displays one or more publishers registered in the shop for selling card books on the web. It is preferable that the issuer be selected by the dual user.

31 is a flowchart illustrating a cardbook configuration step and a structure of a cardbook file according to an embodiment of the present invention, and FIGS. 32 and 33 are actual implementation screens for explaining the cardbook configuration step according to an embodiment of the present invention. An embodiment of the cardbook configuration step of the above will be described in detail.

31 and 32, in order to perform the cardbook configuration step, the user clicks the "Cardbook Configuration" menu icon of the card builder. Accordingly, as shown in FIG. 32 (1), a login window for user authentication is performed. Is displayed. If you are already logged in, the login window is not displayed.

When the user enters the ID and password when joining the cardbook server through the login window, the user's authentication and shop link request of the cardbook to be uploaded are sent from the card builder to the cardbook server, and the cardbook server (1) user authentication / A shop linkage request is received.

The cardbook configuration step uploads the cardbook bundle file (cdbl) during operation or completed to the server in the form of a cardbook file (cdbx). To configure the cardbook, select the cardbook title and the cardbook issuer (shop account). shall. The user has been approved for subscription through an existing card shop or an existing third party card shop, or in order to organize a card book, he or she can open his own shop and register as a card book issuer, or as a publisher in another shop. Should have

Accordingly, a user may have authority as an issuer in a plurality of card shops, in which case, as shown in the right screen of FIG. 32 (1), a list of a plurality of shops having authority for the authenticated user, that is, the community information to which the user has subscribed. Provide to the card builder to select and enter the shop you want to upload the double cardbook file. This process can be omitted if only one card shop has issuer rights.

Subsequently, the cardbook issuance basic information input window of FIG. 32 (2) is displayed, and through this, the user inputs a cardbook title to be posted in the web shop information of the card shop, which can be changed in the web issue information described later. do. In addition, the list of issuers registered in the shop is transmitted and displayed in the window, and the user can select the issuer. (2) The card book issuing information input process is performed. In the card book issuing basic information input window, the card specification / editor It is automatically entered and can not be changed.

When the cardbook issuance basic information is input, the cardbook cover image selection window shown in FIG. 32 (3) is displayed to select a cover representing the entire cardbook, and the user selects a cover image. In this case, when a cover image is selected by performing the cover image selection process, a cover folder in the cardbook bundle file may be generated to store the image in the cover folder.

Subsequently, the card book table of contents card selection window of FIG. 32 (4) is displayed, and a table of contents card selection process is performed in which the user selects a table of contents card.

When the execution of the above process is completed, a production completion selection window for selecting whether the production is completed in FIG. 33 (5) is displayed, and (5) a process of receiving a user selection of production completion is performed.

Subsequently, a cardbook file conversion / upload process is performed according to the user's selection, and (6) a process of converting the cardbook bundle file into a cardbook file and uploading it to the cardbook server is performed. At this time, the card book server receives the production completion information when the user selects the production completion, posts the status information of the corresponding card book of the shop for card book sales as the production completion state, and receives the information during the production when the user selects the production. Then, the status information of the corresponding card book of the shop for selling the card book will be posted in the production state.

In the present embodiment, the cardbook file (cdbx) has a configuration as shown in FIG. 31 (b), and the "cards" folder in which HTML is stored for iOS, "cards_a" in which HTML for Android is stored, and the cardbook configuration or export is performed. "Covers" folder to store the cover image saved cover image with folder creation when selecting card cover through, "media" folder to store all the images and audio files used on the card, and to save the card as a snapshot when saving each card in Builder. It takes the form of a compressed file containing a "thumbnails" folder that stores the image file where the image is stored.

In the case of the completed cardbook uploaded according to the cardbook file conversion / upload process, relevant information is disclosed on the cardbook management page of FIG. 38 (e), and the publication status of the "service" item is "production completed". In the "Change status" item, the "Issuing information input" button is activated.

In the case of a cardbook uploaded during production, the issuance status of the "service" item is displayed as "manufacturing", the issuance status is displayed as "production completion" by input of the "production completion" completion button, and the "change status" item The "Enter issue information" button is activated.

The user who logs in and accesses the card shop clicks the "Issuing information input" button for the uploaded card book on the issuing card book management page. Accordingly, the card card information of FIG. 39 (f) and the card card information of FIG. g) The card book paid sales information input webpage is provided and the card card information, which is information for display of the card book, is input from the user by the user's selection in the card book information posted in the shop for card book sales. (7) Issuing card book information input step of receiving and storing is performed, and upon completion of the issuing card book information input, the state information of the corresponding card book of the shop for card book sale is changed.

As the issued card book information, the card book title, content type, classification decision, and the like are input and used as exhibition and classification information when the card book is sold.

In the case of a free card book, it immediately becomes a "selling standby" state, and the user's status change item is activated "selling start", and in the case of a paid card book, a review request input from the status information of the corresponding card book of the shop for card book sales On receipt, the card book selected by the operator through the examination of the card book is placed in the "waiting for sale" state and the "sell start" button is activated for the user's state change item.

(8) Receiving a sales start input from the status information of a corresponding card book of a shop for card book sales by clicking on a user's "sell start" button, generating card book posting information to start selling the card book. The cardbook posting information generation / sale start step is performed.

In the exemplary system and method described above, the functions of the system are described in a series of steps, each block being based on a flowchart and a block diagram as a block, but the present invention is not limited to the order of steps and configurations, and any step The b configuration may be included in a different order from the above-described steps, or may occur or overlap at the same time. Also, those skilled in the art are not exclusive of the steps and configurations shown in the flowcharts and block diagrams, and may include other steps or configurations, or one or more steps or configurations in the flowcharts and block diagrams may be deleted without affecting the scope of the invention. I can understand that.

In addition, the present invention has been described by specific embodiments such as specific components and limited embodiments and drawings, but this is only provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. Various modifications and variations can be made by those skilled in the art to which the present invention pertains.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and all the things that are equivalent to or equivalent to the claims as well as the following claims will belong to the scope of the present invention. .

Claims

In the digital-based knowledge information card generation method for expressing specific knowledge information in a digital-based standardized form,

Generating a body card of a knowledge information card composed of an image or text containing the specific knowledge information; And

And a function setting step of setting a special function of the knowledge information card.
The method of claim 1,

And generating a cover card of the knowledge information card by registering any one or more of a title, an image, and a text.
The method according to claim 1 or 2,

During the creation of the card, the attribute information of each card is input to set the attribute information of each card as metadata, and a series of attributes and rules for converting and issuing the knowledge information contained in each card into the knowledge information card are structured. A digital-based knowledge information card generating method, characterized by converting and storing in the converted knowledge information card markup language.
The method of claim 3, wherein the metadata is

And a general attribute including at least one of a title of a card, a description of a general classification of the card, a language of the card, and a keyword defining the card.
The method of claim 3, wherein the metadata is

And a life cycle attribute including at least one of a revised state of the card, a current state of the card, and a description of the person or organization that produced the card.
The method of claim 3, wherein the metadata is

Technical knowledge information, including technical properties including at least one of technical knowledge information type and software required for the representation and access of the card, the actual size of the card, and the technical conditions required to utilize the card. How to create a card.
The method of claim 3, wherein the metadata is

A digitally-based knowledge information card generation method comprising: a property for representing intellectual property and status information of use in card access.
The method of claim 1, wherein the special function set in the function setting step is

And an audio playback function, a function of transmitting the knowledge information card via an e-mail, and a function of transmitting the knowledge information card to an SNS service.
In the digital-based knowledge information card generation system for representing specific knowledge information in a digital-based standardized form,

A cover card generating unit for generating a cover card of the knowledge information card by registering one or more of a title, an image, and text;

A body card generator for generating a body card of the knowledge information card composed of an image or text containing the specific knowledge information; And

Card function setting unit for setting a special function of the knowledge information card; Digital-based knowledge information card generation system comprising a.
The method of claim 9,

The attribute information of each card is input during the process of generating a card, and the markup language conversion module is further configured to set the attribute information as meta data and to convert the attribute information into a knowledge information card markup language and store the generated information. Digital-based knowledge information card generation system, characterized in that.
The method of claim 10, wherein the metadata,

And a general attribute including any one or more of a title of a card, a description of a general classification of the card, a language of the card, and a keyword defining the card.
The method of claim 10, wherein the metadata,

And a life cycle attribute including at least one of a revised state of the card, a current state of the card, and a description of the person or organization that produced the card.
The method of claim 10, wherein the metadata,

Technical knowledge information, including technical properties including at least one of technical knowledge information type and software required for the representation and access of the card, the actual size of the card, and the technical conditions required to utilize the card. Card generation system.
The method of claim 10, wherein the metadata,

A digitally based knowledge information card generation system, comprising: an authorization attribute representing intellectual property and status information of use in card access.
The method of claim 10, wherein the card function setting unit,

And an audio reproduction function, a function of transmitting the knowledge information card via an e-mail, and a function of transmitting the knowledge information card to an SNS service.
A computer-readable recording medium in which a program for executing the method of any one of claims 1 to 8 is recorded.
In the knowledge information card that implements a specific knowledge information in a digital-based standardized form,

A card template defining a basic shape of the knowledge information card;

A content area for displaying the content and content of the specific knowledge information;

A user interface area containing functions and rules for use of the knowledge information card; And

And a meta data set including attribute information of the knowledge information card.
The method of claim 17, wherein the knowledge information card,

In the process of generating the card, the attribute information of each card is input as metadata, and the attribute information of each card is set to structure a series of attributes and rules for converting and issuing the knowledge information included in each card into the knowledge information card. Converted knowledge information card Digital based knowledge information card, characterized in that for converting and storing in markup language.
In the cardbook generation method using a digital-based knowledge information card,

The files and folders are created by grouping them into a card book group by generating files and folders to store information of contents constituting individual digital based knowledge information cards belonging to a card book to be created according to a user's command, and assigning them to the generated card book. A cardbook group generation step of generating a cardbook bundle file including a step (S10);

The individual card input / creation step of providing a user with a card editing window for creating an individual card constituting the cardbook, allowing the user to create one or more individual digital based knowledge information cards belonging to the cardbook group, and receiving and storing the individual card. S20);

A cardbook information storing step (S30) of converting information of contents constituting an individual digital based knowledge information card created by a user and updating and storing the information in a file and a folder of a cardbook bundle file assigned to the cardbook;

A cardbook configuration step of receiving a request for uploading a cardbook bundle file to a cardbook server and receiving a cardbook configuration request for converting the cardbook bundle file into a cardbook issuing file for issuing a cardbook (S40); Cardbook generation method using a digital-based knowledge information card, characterized in that made by.
The method of claim 19, wherein the cardbook group creation step,

A card folder that stores the images used for the card and the XML files for each card, a media folder that stores the multimedia files contained as objects on each card, a thumbnail folder that stores the images of each card created as a snapshot of each card, An XML file storing basic information of a card book, and an XML file storing an order for each unique number of the card book are generated and compressed, thereby generating the card book bundle file. How to create a card book.
20. The method of claim 19, wherein the individual card entry / creation step is

A template generation / selection step (S21) of generating a template defining a size and a background image of a card or selecting a pre-generated template;

An individual card generation / editing step of calling the template to insert a body content of a card to generate an individual card (S22); And

Individual card information storage step of storing the completed individual card information (S23); card card generation method using a digital-based knowledge information card, characterized in that it comprises a.
The method of claim 21, wherein the template generation / selection step,

A method of generating a card book using a digital-based knowledge information card, characterized by generating a template for generating a scroll card of a scrollable form of a body part of a card.
The method of claim 21, wherein the individual card creation / editing step,

And a multimedia insertion step of inserting multimedia into the content of the text.
The method of claim 21, wherein the individual card creation / editing step,

And a link insertion step of inserting a link to another card in the content of the text.
20. The method of claim 19, wherein the cardbook constructing step comprises:

User authentication / shop that authenticates the connected user according to the login request of the user who accesses the web for the sale and management of the cardbook, and receives the linkage request with the shop for the sale of the cardbook on the web established by the user. Interworking request receiving step;

A card book issuing basic information input step of providing an input window for inputting card book issuing basic information which is basic information for issuing a card book, and receiving card card issuing basic information; And

Receiving a user's upload request, the cardbook file conversion / upload step of converting and uploading the cardbook file including the cardbook issuing basic information for cardbook issuance; Digital-based knowledge information, characterized in that it comprises a How to create a card book using a card.
The method of claim 25,

The card book issuance basic information includes card book issuer information, and the card book issuance basic information input step includes the issuer of the card book displaying one or more issuers previously registered in a shop for selling card books on the web. The cardbook generation method using a digital-based knowledge information card, characterized in that the issuer is selected by the dual user.
The method of claim 25,

And a cover image selecting step of selecting an image or an external image of each card included in the card book as a cover image of the card book.
The method of claim 27,

When a cover image is selected by performing the cover image selection step, a card folder using a digital-based knowledge information card may be generated by generating a cover folder in the cardbook bundle file and storing the corresponding image in the cover folder. How to create.
The cardbook file conversion / uploading step according to claim 28, further comprising:

Create a folder for each operating system of one or more mobile devices, convert the XML file of each card into an HTML format file for each operating system used in the operating system of one or more mobile devices, and then operate the mobile device in the HTML format. Create a folder in the folder created by the system, create a media folder to store the images and multimedia files used on the card, save all the images and multimedia files used on the card in the media folder, and create a snapshot of each card And a thumbnail folder for storing images of each card, and the cover folder, thereby generating the cardbook file.
The method of claim 25,

Receiving the selection of the completion of the production of the card book further comprising the step of receiving the production completion information when the user selects the production completion, and to post the status information of the corresponding card book of the shop for card book sales in the state of production completion Cardbook generation method using a digital-based knowledge information card, characterized in that.
The method of claim 25,

Receiving a selection of whether or not the production of the card book, further comprising the step of receiving the production information when the user selects during the production, and publishing the status information of the corresponding card book of the shop for card book sales in the state of production Cardbook generation method using a digital-based knowledge information card, characterized in that.
The method of claim 25

Issuing card book information input step of receiving and storing issuing card book information, which is information for display of the card book, from the user according to the user's selection in the card book information posted in the shop for card book sales; The cardbook generation method using a digital-based knowledge information card, characterized in that for changing the status information of the corresponding cardbook of the shop for sale of the cardbook in accordance with the completion of the issued cardbook information input.
33. The method of claim 32,

When the input of the issued card book information has been completed, the sales start input from the status information of the corresponding card book of the shop for selling the card book is received, and the card book posting information is generated by generating the card book posting information and starting the sale of the card book. Characterized in that it comprises a sales start step
The method of claim 33, wherein

When the issuance of the issued card book information is completed, the user receives an input for review request from the status information of the corresponding card book of the shop for selling the card book. The card book publication information is generated for the card book selected through the examination of the card book. A method of generating a card book using a digital-based knowledge information card, characterized by starting the sale of a book.