JP2006318501A - Document preparation system, document preparation method, and document preparation program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enhance the work efficiency by making it possible to easily prepare and edit documents such as a disclosure document while browsing it in HTML format. <P>SOLUTION: A server 12 in a document preparation system creates data in HTML format from data in XML format which has a first data structure and should be edited, and transmits the data in HTML format to a client terminal and creates a lookup table associating prescribed identification numbers with editing positions of data in XML format. When a specific image display symbol is selected and editing is instructed with image display symbols displayed on the client terminal, the server 12 receives a corresponding identification number and the edit instruction from the client terminal and refers to the correspondence table to specify an editing position of the data in XML format. The server 12 edits the editing position on the basis of the edit instruction to create data in XML format having a second data structure and converts this data in XML format into data in HTML format to publish data in format accessible mode by the client terminal. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a document creation system for creating a document such as a disclosure document, a document creation method, and a document creation program.

  Conventionally, when creating financial data related disclosure documents, etc., or when preparing documents for submission that a publicly traded company is required to create, it is common word processing software, especially Microsoft's popular name `` WORD '' Etc. have been created. Further, when creating a financial data-related disclosure document using this word, the creation function is locally performed using a template function provided in the word.

On the other hand, a technique for submitting documents using the Internet has been introduced. For example, on June 1, 2001, the “Electronic Disclosure System for Disclosure Documents such as Securities Reports Based on the Securities and Exchange Law (hereinafter“ EDINET ”) is introduced. In this EDINET, the HTML format is defined as the file format of the document to be handled in order to shift to the electronic document submission form on the Internet instead of the conventional paper document submission (see Non-Patent Document 1). Even a typical securities report is required to be submitted in HTML format (provided that it can be displayed in a browser). For this reason, document submitters have conventionally employed a method in which a manuscript is first created with word processing software, and data is converted to HTML format when the manuscript is completed.
Outline of EDINET of the Financial Services Agency's “Electronic Disclosure System (EDINET) for Disclosure Documents such as Securities Reports based on the Securities and Exchange Law”

  Conventionally, however, browsers have not been able to create or display the manuscript. The reason is as follows. First, in order to enable editing on a browser, it is necessary that data input from a client is mapped to a database (DB) on a server. However, in the past, it was possible to map data input on the DB from the browser, but it was necessary to prepare an input field in advance. (For example, when a registration button on the member registration screen on the homepage (HP) is clicked, these data are arranged in a DB on a server owned by the service provider).

  However, in the above-described method in which an input field is prepared in advance, free editing / layout cannot be performed like a word processor. This is inadequate for the preparation of financial data-related disclosure documents such as securities reports that are primarily targeted by the present invention.

  Actually, when a change is required in which “Document A / Document B / Image C / Table D” arranged in a part of the securities report is arranged as “Document A / Table D / Image C / Document B”. In order to perform free editing and layout like a word processor, it is essential to specify “where” and “what” to create. Specifically, a designation such as “I want to put a table after this sentence” or “I want to put a sentence before this table” is made concrete. That is, a mechanism for designating “this sentence”, “this table”, “this image”, or the like in the browser is required. Further, conventionally, there has been no mechanism for designating or selecting a target item of the document for editing purposes on a browser.

  In general, when creating financial data related disclosure documents etc. using the above word template, there are many complicated input work, and consistency check etc. of financial related documents etc. I couldn't do it with a template. For financial data disclosure documents, submission of reports in HTML format based on securities reports prepared in accordance with the Securities and Exchange Law is permitted. There is nothing but the method of creating and then batch-converting to HTML format.

  Among the disadvantages of the conventional input method using word processing software, the final result in the HTML format cannot be easily visually confirmed, for example, and the HTML format data output by batch conversion is displayed on the Web browser. If there are many cases where there is no guarantee that the data can be displayed properly, and there are many cases where the converted HTML format data does not have a simple HTML format structure, it is necessary to input data using input items that require consistency. There was also no means for automatically detecting the error when there was an error such as operation.

  As described above, in the conventional document preparation method described above, it is necessary to convert to an HTML format data file, and the final display state of the submitted document cannot be confirmed. Documents are highly specialized and the disclosure rules are frequently revised, making it very difficult to create such documents quickly and accurately. The data of submitted documents such as securities reports are highly interrelated and it takes time to verify the consistency.

  In addition, the preparation of documents to be submitted such as securities reports involves multiple departments at the submitting company, accounting auditors at the submitting company, and a number of related parties such as the printing company. These parties are not necessarily at the same work site, and usually they will collaborate by fax or e-mail to proceed with the creation, proofreading, and editing of submitted documents. Is required.

  As described above, in the conventional method, the display in the HTML format that is the formal submission form cannot be confirmed to the end, and if it is attempted to confirm it, the data conversion processing must be performed each time, while the converted document is displayed on the browser (Internet It was extremely inconvenient due to a bug that there was no guarantee that it could be displayed correctly on the viewing software. Therefore, it can be said that the most rational method for solving these problems is “the creation of a document obligated to be displayed in the browser is created by the browser”.

  The present invention has been made paying attention to such a problem, and the object of the present invention is to provide a document such as a disclosure document in an environment in which a client terminal and a server device are connected via a predetermined network. Is to provide a document creation system, a document creation method, and a document creation program that can be easily created and edited in HTML format.

  In order to achieve the above object, a document creation system according to a first aspect of the present invention is connected to a client terminal and the client terminal via a predetermined network, and is based on a request from the client terminal. A document creation system comprising a server device for creating an HTML document, wherein the server device creates HTML format data from XML format data to be edited having a first data structure and transmits the data to the client terminal. A comparison table creating means for creating a comparison table in which a predetermined identification number is associated with an edited portion of the XML format data when the HTML format data is transmitted to the client terminal, and the HTML format data An image display symbol corresponding to the identification number is displayed in each area of the client terminal. Receiving means for receiving an identification number corresponding to the selected image display symbol and the editing instruction transmitted from the client terminal when a specific image display symbol is selected and an editing instruction is given in the displayed state And specifying means for specifying the editing location of the XML format data with reference to the comparison table based on the identification number received by the receiving means, and the editing location specified by the specifying means by the receiving means. Editing means for editing based on the received editing instruction to generate XML format data having the second data structure, and XML format data having the second data structure generated by the editing means to HTML format data Conversion means for converting, and HTML format data converted by the conversion means, the client Terminal anda publishing section to expose an accessible form, over the network.

  The document creation system according to a second aspect of the present invention is the document preparation system according to the first aspect, wherein the HTML format data includes data relating to a table, and each region constituting the table can be clicked as the image display symbol. A simple image display symbol is displayed.

  In the document creation system according to the third aspect of the present invention, in the second aspect, the editing means creates another table in the table to create a nested table.

  A document creation method according to a fourth aspect of the present invention is based on a request from a client terminal in a system including a client terminal and a server device connected to the client terminal via a predetermined network. A document creation method for creating a document in the server device, wherein HTML creation means creates HTML format data from XML format data to be edited having a first data structure, and transmits the data to the client terminal. A comparison table creation means for creating a comparison table in which a comparison table creation means associates a predetermined identification number with an edited portion of the XML format data when transmitting the HTML format data to the client terminal. A step, and an identification number corresponding to each area constituting the HTML format data. In a state where the image display symbol to be displayed is displayed on the client terminal, when the specific image display symbol is selected and an editing instruction is given, the receiving unit transmits the selected image display symbol transmitted from the client terminal. A receiving step of receiving the identification number corresponding to the editing instruction and the editing instruction, and a specifying unit that specifies the editing portion of the XML format data with reference to the comparison table based on the identification number received in the receiving step An editing step in which the editing unit edits the editing part specified in the specifying step based on the editing instruction received by the receiving unit to generate XML format data having a second data structure; The converting means has the second data structure generated in the editing step. A conversion step of converting XML format data into HTML format data, and a publishing step in which the publishing unit publishes the HTML format data converted in the conversion step in a format accessible by the client terminal via the network; It comprises.

  According to a fifth aspect of the present invention, in the fourth aspect, the HTML format data includes data relating to a table, and an image display symbol that can be click-operated is provided in each area constituting the table as the image display symbol. Is displayed.

  According to a sixth aspect of the present invention, in the fifth aspect, the editing means creates a nested table by creating another table in the table.

  A document creation program according to a seventh aspect of the present invention is based on a request from the client terminal in a system including a client terminal and a server device connected to the client terminal via a predetermined network. In order to create a document in the server device, the computer creates HTML format data from the XML format data to be edited having a first data structure, and transmits the HTML format data to the client terminal; and the HTML format data Is sent to the client terminal, a comparison table creating means for creating a comparison table associating a predetermined identification number with the edited portion of the XML format data, and each region constituting the HTML format data The image display symbol corresponding to the identification number is the client terminal. Receiving means for receiving an identification number corresponding to the selected image display symbol and the editing instruction transmitted from the client terminal when a specific image display symbol is selected and an editing instruction is given in the displayed state And specifying means for specifying the editing location of the XML format data with reference to the comparison table based on the identification number received by the receiving means, and the editing location specified by the specifying means by the receiving means. Editing means for editing based on the received editing instruction to generate XML format data having the second data structure, and XML format data having the second data structure generated by the editing means to HTML format data Conversion means for converting, and HTML format data converted by the conversion means, the client A public means to expose an accessible format terminals via the network, thereby to function.

  According to an eighth aspect of the present invention, in the seventh aspect, the HTML format data includes data relating to a table, and an image display symbol that can be click-operated is provided in each area constituting the table as the image display symbol. Is displayed.

  According to a ninth aspect of the present invention, in the eighth aspect, the editing means creates a nested table by creating another table in the table.

  According to the present invention, in an environment in which a client terminal and a server device are connected via a predetermined network, a user can easily create and edit a document such as a disclosure document while browsing in HTML format. As a result, work efficiency increases.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. The document handled here as a specific explanation in the present embodiment is, for example, an EDINET submission document that a publicly traded company is required to create, and creates this submission document using a network, particularly the Internet. The document creation system and creation management program will be described.

  Currently, the Financial Services Agency has actually announced the requirements for preparing the EDINET submission documents as follows. That is, an HTML document can be created using the following document editing software.

I. A word processor with HTML output capability;
B. HTML editor;
C. Text editor;
In addition, a general EDINET submission document is prepared as follows by the method “a”.

1. Create a document for EDINET submission using a word processor.

2. Use the HTML file creation function provided in the word processor to convert the file format specific to the word processor to the HTML file format.

  In the work based on this method, the client creates presentation data after confirming the format of the EDINET document on the word processor. In addition to this, the Financial Services Agency provides for the creation of HTML-formatted documents using the HTML editor or text editor, which are the methods of “b” and “c”, but at present there are no actual operations that have been created by these methods. Absent.

  Therefore, the document preparation system of the present invention implements what satisfies the following functional requirements.

・ Jointly create and edit related disclosure documents such as documents for EDINET submission on the Internet.

-Update the XML data format on the server with the HTML data format edited by the browser.

・ Display creation guidance according to the document to be edited.

-Since data is stored in XML format, consistency between related numeric items can be verified.

  In other words, this document creation system is easy to use with the function to display the relevant basis clauses and creation examples according to the creation location as guidance during document creation and editing. It is a system having a function of automatically verifying whether or not the consistency of the data is maintained.

  The main configuration resources of the system include a plurality of terminal devices (abbreviated as “terminals”) connected to the Internet, a server, a database (DB), and various software and tools.

  Thus, as a premise of the operating environment, the terminal device on the user side need only have a browser that can output in the HTML format and can operate a script sent from the server together with the HTML format document. When sending information from the server side to the terminal on the user side, the data conversion function from the XML format to the HTML format is performed by the XML conversion means (XSLT, CSS, etc.). Conversely, when the client changes the document, data conversion from the HTML format to the XML format is performed.

  The document creation system of the present invention is a system that realizes the ability to freely edit and lay out texts including tables and images on a browser like a word processor. Hereinafter, the document creation system will be specifically described with reference to FIG. 1 to FIG.

  FIG. 1 shows an overview of an entire document creation system as an embodiment. This document preparation system is operated so that a plurality of users who have completed a predetermined contract can participate as clients (customers) and use functions provided by a service provider via the Internet 10, for example. It is a system based on one premise.

  As a function to be provided, a user (hereinafter referred to as a “client”) can create a desired document on the Web. On the other hand, the client is required to submit the document to a government agency or the like at a predetermined place. Clients that include other companies, so-called “document submission companies”.

  Therefore, as shown in the figure, a service provider that provides this function is configured such that a server 12 including a number of DBs (not shown) and a terminal device 14 connected to the server 12 are connected to the Internet 10 first. ing. In addition, for example, a terminal device (hereinafter referred to as a general affairs department or an accounting department) dedicated to a client who is obligated to submit a “financial disclosure document” as a document desired by the client (ie, “document submitting company”) 16, 18, and 20) (also referred to as “client terminals”) are connected to the Internet 10.

  The above financial data related disclosure documents are specifically, for example, securities reports, financial statements, commercial accounting documents, convocation notices for shareholders, financial statements, tax returns, semiannual reports, interim financial reports, and interim reports. , Quarterly financial report, securities registration statement, issuance registration statement, securities notification statement, correction report, prospectus report, extraordinary report, treasury stock purchase status report, tender offer report, tender offer report, Such as a large-capacity report, a report for registration application at the time of application for public offering.

  A service provider (hereinafter abbreviated as “provider”) sends a terminal device from a plurality of client terminals 16, 18, and 20 serving as a document submission company to a server 12 (ie, a service provider DB) connected to the Internet 10. 14 is granted access by making a prior contract. A control program (creation management program: details will be described later) as a “document creation system” according to the present embodiment is resident and stored in the server 12, and is always accessed from the client terminals 16, 18, and 20 via the Internet 10. It is set to a possible state.

  The server 12 includes the following various databases (DB) and various software.

・ ID provided to the document submitting company (client), ID and password DB that holds the password;
・ Processing software for clients (data input program in browser, etc.);
・ Document submission company (client) data (For details, XML format DB etc.);
Creation management program (server-side control program: object-oriented language, etc.);
-Style definition data for HTML and XML (for example, CSS (Cascading style-sheets), XSL (Extensible style-sheets language), etc.);
A transformation program for converting XML format to HTML format (for example, XSLT (XSL transformation), etc.);
Update processing program (editing software: object-oriented language, etc.);
-Guidance data DB corresponding to XML data (for example, rationale text and creation example data);
・ Consistency table DB for main numerical data;
That is, the document creation system according to the present invention includes a server 12, and terminals 14, 16, 18, and 20, which can be operated by a customer and connected to the server 12 via the Internet 10, for example, having an HTML data output function. It is configured in terms of hardware.

  FIG. 2 shows the main functional configuration related to the document creation system of the present invention and the flow of processing data by these functions. In terms of software, this document creation system includes a “creation management program” for controlling and managing document creation for creating a document including a table (for example, a financial disclosure document).

  Specifically, the creation management program included in the document creation system interprets output data sent from the server 12 as a change or a predetermined command (from the client terminal device 14, 16, 18, 20). At the same time, an individual identification number is assigned to the output data, and the XML-format document built in the server 12 is updated (added / deleted) while specifying the editing portion of the document based on the identification number. Data management function unit 12a that centrally manages information in the document creation system by processing, and server 12 based on client requests input from these terminal devices 14, 16, 18, and 20. Editing means for editing document data (XML format data) 12f in accordance with predetermined information via the URL (the editing management function unit 12b of the creation management program), and the XML format data edited by the editing means is converted into HTML format data (ie, Conversion means (data conversion of the creation management program) for conversion into the data format used in the terminal device 14, 16, 18, 20 on the client side Function unit 12c (CSS, XSLT, XML parser, DOM, etc.)) and publishing means for publishing the HTML format data in a form accessible on the Internet 10 (public function unit of the creation management program (Web browser, etc.)) And means for supporting the input of the client terminal devices 14, 16, 18, and 20 (the script function unit 12d of the creation management program).

  The data management function unit 12a creates an image display symbol that can be clicked from the client terminal (details will be described later) corresponding to an identification number (details will be described later) related to the edit target portion of the document data specified by the click operation. Based on the comparison table 12e and the editing instruction from the client terminal, it is set as a program so as to collate and update the corresponding part in the document.

  When a predetermined client terminal accesses the server 12 via the Internet 10 by manual operation of the client, a “creation management program” is called from the document creation system resident in the server 12 and processed in a predetermined order. Is set to be performed. However, the server 12 manages this document creation system with XML format data.

  The data in the XML format is simply text having no style definition. Therefore, in order to display correctly on the user side via an “XML non-compliant” Web browser, for example, a normal HTML compatible browser, etc., the XML parser is converted including the style definition and implements, for example, DOM (Document Object Model). The source that is made into an object by the work of etc. is generated and sent.

  Therefore, when sending the XML format data to each client terminal on the server 12 side, the XML format text data is converted into HTML format data by XSLT after considering the style definition by XSL. Is controlled to do.

  Next, the operation and preparation of the system according to this embodiment will be outlined. When a service provider signs a contract with a document submitting company (client), it receives the documents submitted in the previous year (data on the format of the submitted documents) and makes the specified corrections so that it can be used for input work for the current year. The data (that is, “submission company data”) is stored in an XML file format determined by the service provider.

  These clients are informed in advance of a dedicated ID and password for logging in to the server 12 of the service provider. Only clients who have obtained such an ID and password and have been authenticated can access the server 12 via the Internet 10 from their dedicated terminal devices, that is, client terminals 16, 18, and 20.

  For example, when the client accessed from the client terminal selects an arbitrary type of disclosure document, in this case “securities report”, from the menu screen displayed on the terminal, the creation management program of this document creation system The client's request is received and processed, and the submitted document data (in this case, securities report data) prepared in XML format is called.

  Note that the dedicated terminal device 14 of the service provider may also be a terminal device having the same specifications as the client terminals 16, 18, and 20, and can similarly access the server 12 via the Internet 10. Operation is performed via an in-house LAN.

  This system can be operated only after the operational preparations described above are completed.

  Next, “EDITS” which is a specific example of the EDINET submission document creation system will be described in detail with respect to the operation and operation of the document creation system. When power is supplied to the resources (hardware) of the system, the server 12 constituting the system starts a predetermined creation management program and starts executing a series of processing steps shown in the flowchart of FIG. This creation management program first authenticates the ID and password. Therefore, an initial screen (login screen) for prompting the client to input the ID and password is displayed (step 1).

  Since the client logs in to the server 12 of the service provider via the Internet 10 from the dedicated client terminal 14, 16, 18 or 20, a unique ID and password given in advance to the server 12 of the service provider Manually input sequentially.

  The system verifies the input ID and password against the registered contents of a predetermined ID and password database (DB). When the result of these verifications is OK (access right approval), menu display information (details will be described later) dedicated to each client is displayed from the server 12 on the client terminal 14, 16, 18, 20 on the client side. Software "can be used. In other words, dedicated software (details will be described later) used for the receiving process and the like related to the menu and the menu item is transferred (step 2).

  The transition of the screen will be described with reference to FIGS. 4 to 7B. First, as the menu display information, a screen (EDITS main menu) as illustrated in FIG. 4 is displayed on the terminal screen, and the client creates it. A prompt for selecting one of the types of documents to be targeted is blinked to prompt the selection operation (step 3).

  When the selection operation is completed, the menu data selected by the client (in this case, data representing the type of the submitted document) is transferred to the server 12, and based on the judgment of the management program, the corresponding submitting company data (XML format) Data) table of contents data (table of contents generation information) is extracted.

  However, since the extracted table of contents data is in the XML format, it cannot be correctly displayed and output by a browser (for example, WWW) on the client side as it is, so here XSLT (that is, XSL which is an XML style sheet description language) is used. The table of contents data in the XML format is converted into the HTML format. Thereafter, the table of contents data converted into the HTML format and the client processing software are sent from the server 12 to any one of the client terminals 14, 16, 18, 20 on the client side. The table of contents data is displayed in a format as shown in (start screen: FIG. 5A) (step 4).

  Subsequently, the system prompts the client to selectively input a predetermined item from the displayed table of contents data (step 5). When this client selection operation is completed, the creation management program of the server 12 calls the submitted document data (XML format) corresponding to the selected item, and creates a comparison table of HTML data and XML data. This comparison table is stored in the server 12 for verification purposes. On the other hand, the data converted into the HTML format is sent to any one of the client terminals 14, 16, 18, and 20 on the client side (step 6).

  As necessary processing, a comparison table between HTML format data to be sent out and XML format data which is the original data is created in advance on the server 12. In this comparison table, the correspondence between the table and the image display symbol is described, and is created so that both the client terminal and the server can recognize each time editing is performed. By creating the comparison table in this way, when the HTML data is input and edited in any of the client terminals 14, 16, 18 and 20 in the next processing step, where or how is added or edited. The correspondence relationship indicating whether or not it has been deleted becomes clear on both sides, and it is possible to determine and implement which XML data in the server-side DB held as a shared “master file” should be updated.

  Here, the selection operation by the client will be outlined. “EDITS” according to the present embodiment has, for example, a first goal of creating a financial data related disclosure document or the like. It has four main modes with the following functions.

"View" mode: display and view the HTML finish of the document;
“Input” mode: Data input;
"Formatting" mode: Changing the font size, margins and other formatting;
“Add / Delete” mode: Additional copies or deletions of tables and text;

  This EDITS has the following features in order to solve the drawbacks of the prior art.

1. In EDITS, all HTML data (sentences, tables, images, etc.) displayed on the browser can be selected (clickable) and has an individual identification number. The selectable form differs slightly depending on the data, but relatively small image display symbols are used except for text. The text has hyperlink information in a clickable form.

2. A user (client) operating the terminal can access data recognized by the individual identification number through an operation of clicking and operating an image display symbol that is easy for humans to understand. That is, specific data on the server 12 can be operated by operating the image display symbol displayed on the browser side.

3. Only when the specific data can be recognized, it is possible to specify "I want to put a table after this sentence" or "I want to put a sentence before this table".

4). In EDITS, data is stored in a server in XML format. The reason is that the data can be given meaning by having the data in the XML format.

  In response to a request from the client terminal, the XML format data is converted into the HTML format and sent out from the server 12. The conversion from XML to HTML is performed using XSLT. At the time of such XSLT conversion, an individual identification number is given to clickable information. (For details, refer to the clickable information for each data type.)

  Actually, for example, when the client inputs desired data, select from the frames arranged on the upper edge of the screen in FIG. 5B, and click the “input” button on the right side of the “view” button that has been designated so far. click. When an operation instruction is given in this way, a rectangular input form is displayed on the screen in an area (numerical value input field) where numerical values can be input as shown in FIG. Then, the user is prompted to input numerical data so that numerical values can be input in the input field.

  Also, for example, when it is desired to describe a desired sentence in the lower part of the input field, when the desired position is double-clicked, a sub-window as a text editing dialog is further displayed on the right side of the screen as shown in FIG. The client is prompted to enter data for text editing. A variable length area that can be displayed on the screen is prepared as an area (character input field) where character input is possible, and the client is prompted to perform character data input operations for text editing.

  As described above, the hyperlink is basically automatically set for the text portion of the submitted document. In the editing operation, by using the click / double-click operation with the mouse as described above, the client can It is set so that various documents can be edited by allowing input while displaying a sub-window alongside the text portion being edited.

  In addition, the case of changing the format of input data will be outlined. When the client desires to change the format, the user clicks the “format setting” button from the frame arranged on the upper edge of the screen in FIG. By this operation, the screen is displayed at a predetermined position corresponding to various image display symbols that can be clicked as in the format setting mode of FIG. These image display symbols depend on the target data, for example, the whole document is a large green (green), the table is orange (orange), the row is blue (blue), the column is yellow (yellow), the cell is gray (gray), In this way, it is divided by various determined colors and shapes.

  When these image display symbols are clicked, a dialog corresponding to the target data (the dialog when clicking the cell in FIG. 7A) is displayed as shown in FIG. 7B, and the client clicks on this dialog. By the operation, it is possible to transmit the format change target data and the change contents (for example, font change, ruled line setting, etc.) to the server 12.

  Following the above step 6, the data edited (input / changed) so far is transferred to the server 12 in a form compliant with the HTTP protocol. Then, after collation with the comparison table created in step 5 by the creation management program, it is possible to obtain information relating to document editing as to which XML format data is to be updated. Is updated (step 7).

  Thereafter, the updated XML data is converted into the HTML format in the same manner as described above, and then sent to one of the client terminals 14, 16, 18, 20 to display the document data content as an edited document. (Step 8). Then, if desired, a series of processing steps may be terminated.

  Next, when the client selects and designates “guide display” (from the EDITS main menu (see FIG. 4)), information indicating the file currently being edited is transmitted to the server 12 (step 9).

  In the server 12, the information is processed by the creation management program, and guidance information regarding the file currently being edited is extracted from a predetermined guide data DB and sent to any one of the client terminals 14, 16, 18, and 20. Then, a guide display is performed (step 10).

  In addition, when the client selects and instructs “output consistency check table” (see FIG. 8) from the main menu of the EDITS, the creation management program, based on reference to the consistency data prepared in advance, Predetermined data is extracted from the data DB (step 11), and a consistency check table as illustrated in FIG. 8 is displayed as a result of the consistency check (step 12).

  In summary, the client terminals 14, 16, 18, and 20 display the XML document stored in the server 12 through the browser built in each terminal and send it from the server 12. It becomes possible to specify the editing purpose by obtaining the auxiliary action of the script. The designation of the editing purpose is performed by the server 12 through the individual identification number and the image display symbol attached to the HTML data. In other words, the client terminal user specifies the data given the individual identification number by clicking on the desired image display symbol, and transmits the editing instruction to the server 12.

  The server 12 which has received the designation from the browser recognizes the individual identification number by the creation management program, and identifies the changed part through comparison with the comparison table prepared at the time of data transmission. After specifying the changed part, editing is executed by the function of the editing unit of the creation management program based on the editing instruction.

  An individual identification number is assigned (numbered) to the execution result described above, and the result is converted into the HTML format and sent to the browser together with the script.

  Through the above series of steps, the client terminal user can operate the XML format data on the server 12 by designating the data in the HTML format with the image display symbol without directly inputting the HTML data. Become.

  FIG. 9 is an example (Table Example 1) of an HTML format table created by the document creation system according to an embodiment of the present invention. However, this is a display image on the client terminal. Here, an outline will be given of a case where necessary information of various documents is input as shown in the figure, and an arbitrary document is created and then changed.

  Table 1 is a “leasing transaction-related document”, and Table 11 is further included in Table 1. The item 11a describes the amount equivalent to the acquisition price. This document is displayed on the browser using the HTML format by the document creation system. Still further, another another table (not shown) can be included in the table 11 arbitrarily using the HTML format on the browser.

  As described above, in the financial data related disclosure document, the table is often edited in the “nested” state as described above. Conventionally, in such a case, the processing method of creating and attaching a table portion that falls within the table as an image is common, and the processing of the so-called “table in the table” in Microsoft “WORD” is delicate. It was difficult to control. On the other hand, in the present invention, it is possible to insert a table “nested” into the table almost unlimitedly (details will be described later). In addition, in the EDINET electronic disclosure of securities reports, etc., instructed by the Financial Services Agency, the use of graphic data is required to be avoided as much as possible. Therefore, the present invention that can easily process the tables in the table is more preferable. Conform to electronic disclosure.

  Next, FIG. 10 illustrates a part of the balance sheet. As illustrated, the document creation system of the present invention can create a table in a tree (hierarchical) form. This tree-like data structure corresponds to a data (node) structure in the XML format. When editing this data structure, a circle image display symbol (hereinafter also abbreviated as “image”) in Table Example 2 is applied as a graphic user interface, and the client performs a click operation. In other words, a predetermined table (standard table) or a table in which the number of rows and columns can be freely set can be inserted before and after the insertion target selected by clicking such a circular image.

  Since the standard table is prepared with a pattern corresponding to the edited document, only those suitable for use in the document are displayed. The table to be inserted can be previewed in advance on the browser. For example, in Table 2, the area represented by the image 24 in the table includes buildings and structures, accounts receivable “1,111”, which is the previous period, and accounts receivable “2,222”, which is the current period. Therefore, the client can move, copy, or delete the area as described above by clicking the image 24 arranged on the upper left with a mouse (not shown) or the like. ing.

  In addition, the area represented by image 23 in the table includes three areas: tangible fixed assets and their previous and current areas, machinery and equipment and their previous and current areas, and buildings and structures and their previous and current areas. Since the area is included, the client can similarly move, copy, or delete the three areas by clicking the image 23 arranged at the upper left of the area.

  Similarly, image 26 allows you to manipulate stock issue costs and their previous and current period, and image 25 shows deferred assets and their previous and current areas, founding costs and their previous and current areas, and stock issue costs. You can manipulate the previous and current territories. In addition, in the image 21, it is possible to operate an area having 16 items from the current asset in the table and its previous period and current period to the stock issue cost and its previous period and current period.

  Next, based on FIGS. 11A and 11B, a case where rows and columns are inserted into the table created by the document creation system will be described as an example. FIG. 11A shows a table example 3 created in HTML format data by this document creation system. When one row is inserted into this table example 3, the table shown in FIG. 11B is displayed on the browser. In Example 3, the image display symbol displayed at the position where the line is to be inserted is clicked, and the line 32 can be inserted as shown.

  For example, when one column is inserted in front of the column 30, when the image display symbol 31 displayed in the location (in this case, the immediately preceding column) where the column is to be inserted in the example 3 on the browser is clicked, A new row 33 can be created and inserted as shown.

  In this way, it is possible to freely insert rows and columns into a table created with HTML format data using a browser like spreadsheet software (for example, Microsoft's “Excel”). become.

  FIGS. 12A and 12B and FIGS. 13A and 13B are explanatory views illustrating a case where a plurality of cells are integrated (combined editing).

  First, as shown in FIG. 12A, a cell 40 that is a start point and a cell 41 that is an end point of a cell group to be integrated are specified, and four cells are integrated (combined) as shown in FIG. 12B. Edit). Also, as shown in FIG. 13 (a), the cell 42 that is the start point and the cell 43 that is the end point of the columns to be merged are designated, and four columns of 8 cells are shown in FIG. 13 (b). Can be integrated (combined editing).

  As described above, for example, the Securities and Exchange Law permits electronic disclosure using data in HTML format. However, by applying the embodiment of the present invention that combines data in HTML format and XML format, Creation work can be performed while checking the display.

  In addition, since the data is stored in the XML format in this embodiment, it is possible to give meaning to the data and to check the consistency between the data. For example, the core of the financial data disclosure document is the financial statements, and the financial statement data is cited throughout the disclosure document. By preparing the definition document of the XML format data related to each other including this financial statement data, it is possible to check the consistency between specific data.

  In addition, for example, financial statements are the core of financial statements disclosure documents, but in the Securities Exchange Law and the Tanshin disclosure system, financial statements are prepared according to the same rules. As the timing of preparation is shorter in the case of the summary report, it is desirable that the financial statement data entered in the summary report be transferred directly to the securities report or semiannual report. In the present invention, this function is realized by a combination of the HTML format and the XML format. In addition, as an incidental effect, it is possible to solve the problem of consistency between created disclosure documents.

  In addition, by adopting a browser as an online “data sharing input means”, a user (client) who can access the Internet 10 can access from anywhere.

  In general, financial statements disclosure documents are created by many parties, including the disclosure document submitting company, audit corporation (certified accountant), and printing company. By using the Internet 10, the latest data can be accessed anytime, anywhere. This makes it possible to significantly reduce the effort to create disclosure documents.

  Further, when the XML data on the server 12 is edited with HTML on the browser of the client terminals 14, 16, 18, 20, and the editing result is returned to the server 12 again, the client terminal 14, 16, 18, Of the HTML data to be transmitted to the 20 browsers, numbers that can be uniquely identified are assigned to the elements to be processed. This number is displayed as an image display symbol in the display on the browser, and the client itself using the client terminal 14, 16, 18, 20 specifies the processing target. Is performed by designating the image display symbol.

  In addition, transmission from the client terminals 14, 16, 18, and 20 to the server 12 can be performed by transmitting only the processing target that has been changed, thereby reducing the data transmission amount.

  Furthermore, when inputting, displaying attributes, and adding / deleting to one element, four modes of “view”, “input”, “formatting” and “adding / deleting” are set in the so-called “in each data”. In this case, input fields and image display symbols are set for elements that can be selected in each mode. By such processing, the number of image display symbols displayed on one screen can be controlled. As a result, a screen that is easy for the client to understand can be configured.

  Further, when saving the screen position at the time of mode switching, if the mode is switched while the scrolled screen is displayed, a new page is sent from the server 12, so that the top of the page is always displayed. Therefore, even when the mode is switched, the currently displayed screen is displayed as it is. Therefore, when the mode is switched, the position of the displayed page is recorded and transferred to the server 12, and the next page is displayed. Scroll to the same position when displaying.

  Thus, the client can secure the same screen display position even when a new page is sent from the server 12 by switching the mode without clicking the mouse (not shown) to grasp the current position.

  Furthermore, in order to clarify the location of editing, attribute change, and addition / deletion, when the input is performed by the browser and the response is returned from the server 12, the top of the page is displayed. In other pages, extra operations are required to return to the input location. Conventionally, it takes time and effort to search for a changed portion. However, in the present invention, the background of the changed item is switched by a timer, the changed portion information is transferred from the server 12, and the page is displayed at the corresponding place. By moving, it scrolls to the position where the changed item is displayed and displays the changed part blinking (blinking), so that the client can easily grasp the changed part.

  As described above, in the document creation system according to the present invention (that is, the whole of the document creation apparatus and the document creation method), a desired file can be obtained while sharing a master file that is centrally managed by many parties via the Internet. While viewing the document to be submitted (for example, in HTML format), the master file itself can be accessed to perform editing operations such as new creation / change / addition / deletion of the document.

  In addition, during editing such as the creation of texts in the document, it is provided with a function that displays guidance information according to the creation location, for example, grounds and similar creation examples as guidance. This makes editing work more efficient. In addition, the main data of the document can be automatically verified as to whether or not the consistency between numerical values is maintained, so that it is difficult for the document as a whole to contradict. Needless to say, security measures against unauthorized access and data update are appropriately taken.

  As described above, the description is based on the embodiment. Next, a modification of the embodiment will be described. In the above-described embodiment, the document creation system has been described as an example of the EDINET submission document (public document) that a publicly traded company is required to create, but in addition to this, the object to be handled is the following document: The document creation system of the invention may be applied and can be modified as follows.

  Examples of documents that can be handled include business cards, slips, business forms, financial statements, bills, customs documents, articles (newspapers), book manuscripts, magazine manuscripts, various electronic government related applications, and various notification forms. .

(Modification 1)
For example, the present invention may be modified as follows, and an effect equivalent to that of the above-described embodiment can be expected. That is, the present invention can be applied as a system that creates and edits “newspapers, books, magazines, etc.” with the configuration illustrated in FIG. .

  Author A / B / C, together with editor D, is preparing to create a book (not shown). The author A / B / C and the editor D use the terminal devices 20, 18, 16, and 14 connected to the Internet 10 to access the manuscript of the book E on the publisher server 12. Each terminal device 20, 18, 16, 14 of the author A / B / C and the editor D has a built-in browser as browsing software for the Internet 10.

  Therefore, the authors A / B / C and the editor D can perform the document creation / editing work independently of the word processing software by using the system of the present invention.

  When the author A / B / C and the editor D log in to the document creation system from each terminal and designate the “original” to be edited, a screen as shown in FIGS. 15A and 15B is displayed. Is done. Author A / B / C and Editor D call this editing screen through the Internet 10, and specify the table of contents (Chapter 2 Financial Statements) displayed on the left side of the screen. First, the screen is displayed as shown in FIG. 15A, so that the editing operation can be performed on the document portion.

  Originally, the processing in a browser having only a browsing function is up to this point. However, when the document creation system of the present invention is used, it is possible to freely edit a document displayed in the browser and change the layout.

  FIG. 15A shows a “view” mode in this document creation system, and this edit screen has a mode displayed at the top of the screen as in the case of the above-mentioned “financial data related document creation system”. . By clicking on the image display symbol at the top of the screen, this "view" mode can be switched as follows.

  FIG. 15B shows the screen layout switched to the “input” mode, but clickable data is sent from the server 12 by switching the mode as in the case of the “financial data related document creation system”. In this state, all text / numerical data can be clicked.

  For example, when the first sentence starting with “What is a financial statement ...” is clicked in the input mode of FIG. 15B, a sub-window is activated, and an editable state as shown in FIG. Similarly, all text and numbers can be edited.

  This basic mechanism is exactly the same as that of the “financial data document creation system” of the above-described embodiment, and the layout is changed in the “add / delete” mode. When the “add / delete” button is further clicked, the screen of FIG. 16B of the first modification is displayed.

  Unlike the “input” mode illustrated in FIGS. 6A and 6B described above, in the “add / delete” mode, an orange image display symbol is displayed in tabular data (in this case, the balance sheet). .

  As in the case of the “financial data related document creation system” in the above-described embodiment, in this example, the author A / B / C or the editor D clicks the orange image display symbol and designates the designated loan. A table such as a comparison table can be copied / deleted / moved.

  According to the implementation of the first modification, the following effects can be obtained.

1. Since the author and the editor can always work while viewing the same manuscript in real time, the communication between the author and the editor becomes smooth.

2. Since there is always one original document, there is no mistake in the document.

3. Authors can view each other's shares, making it easy to unify terms and expressions.

4). Since the created document is XML, conversion to various formats (HTML, PDF, etc.) using XSLT can be easily performed. For this reason, publishing (DTP or the like) can be easily performed on the Internet 10 simultaneously with output to paper. Therefore, according to this modification 1, the effect equivalent to or more than that of the above-described embodiment can be expected.

(Modification 2)
Similarly, the present invention can be modified and applied to a “business form” as follows. And the effect equivalent to the above-mentioned embodiment can be expected. The “business form” referred to here is a document indicating a general format used for business such as an estimate, an invoice, an invoice, and a receipt. This modification illustrates that it is also effective for creating such business form versions.

  According to FIG. 17, the printing company and the designer A use the document creation system of the present invention, and design a business form version such as an invoice here according to the request of the client B. The terminal devices 14 and 20 of the designer A and the client B have a built-in browser that is browsing software for the Internet 10.

  By using this document creation system, the designer A and the client B can perform joint creation / editing work on the bill version without using word processing software or the like. Specifically, the designer A first accesses the bill version on the publisher server 12 using the terminal device 14 connected to the Internet 10.

  When logging in to the document creation system from the terminal device 14 or 20 and designating “document creation”, a screen as shown in FIG. 18A is displayed. The designer A can call up the editing screen via the Internet 10 and specify the table of contents displayed on the left side of the screen to call up the original to be edited and perform editing work.

  In each table of contents, a standard business form example (estimate example) has been created in advance, and designer A can present these samples to client B via a browser and proceed with the work.

  The screen illustrated in FIG. 18A is the “view” mode in the system, but this editing screen has a mode displayed at the top of the screen as in the case of the “financial data related document creation system”. ing. The “view” mode in FIG. 18A can be switched to another mode by clicking a button at the top of the screen.

  FIG. 18B shows the screen switched to the “input” mode, but clickable data is sent from the server 12 by switching the mode as in the case of the “financial data related document creation system”. In this state, all text / numerical data can be clicked. For example, when a text starting with “as follows” is clicked in the “input” mode of FIG. 18B, a sub-window is activated, and an editable state as shown in FIG. Similarly, all text / numerical values can be edited.

  This basic mechanism is exactly the same as that of the “financial data document creation system”. For example, a text editing dialog is displayed in the sub-window of FIG. 19A, and desired text can be edited.

  The layout is changed in the “add / delete” mode. Specifically, when the “add / delete” button is clicked, the screen of FIG. 19B is displayed. Unlike the input mode of FIG. 18B, in the “add / delete” mode, an orange image display symbol is displayed in tabular data (in this case, the balance sheet). As in the case of the above-mentioned “financial data related document creation system”, the designer A can copy / delete / move a specified table by clicking the orange image display symbol.

  According to the second modification, the following effects can be obtained.

1. Since designer A and client B can always work while looking at the same document in real time, communication between designer A and the editor of the printing company becomes smooth.

2. Designer A can work in any place as long as it can be connected to the Internet 10.

3. Since there is always one original composition, there is no mix-up between compositions.

4). Since the created block is XML, it can be easily converted into various formats (HTML, PDF, etc.) using XSLT. For this reason, publishing on the Internet 10 can be easily performed simultaneously with output to paper.

(Other variations)
In addition, for example, a CSS for conversion and display can be used as the first conversion means as an XML conversion program with a style definition, and for example, XSLT, XML parser, DOM, etc. can be used as the second conversion means. The display associated with the mutual communication between the terminal device and the server may be enabled.

  Note that the document creation system of the present invention can be modified not only to use XML currently used in the Internet field, but also to correspond to a description language derived therefrom, such as XHTML and XBRL. In addition, various modifications can be made without departing from the scope of the present invention.

  Finally, the following can be listed when the items achieved by the system of the present invention are summarized. The data on the browser and the data on the server can be synchronized by the identification number. The identification number is alternatively represented by an image display symbol (or hyperlink) that differs depending on the type of data.

  As a result, the client can freely specify the XML data on the server simply by operating an easy-to-understand image display symbol or the like. In other words, the object selected on the browser can be easily moved, deleted, copied, etc. by the “man-machine interface” which is easy to understand visually and sensorially.

  In other words, if the document creation system according to the present invention is used, the client can easily check, for example, an EDINET submission format document on the screen and share data on the document among related parties via the Internet 10. It can be created by operation, and the document can be published at the same time. At this time, when the document creation system edits the related data based on the requests from the client terminals 14, 16, 18, and 20, the client itself does not recognize the difference in the data format (XML or HTML format etc.) to be handled. In addition, speedy and accurate creation / editing efficiency via the Internet 10 can be realized very easily.

FIG. 1 is a system configuration diagram showing an overall outline of a document creation system according to an embodiment of the present invention. FIG. 2 is an explanatory diagram showing the main functional configuration related to this document creation system and the flow of processing data by these functions. FIG. 3 is a flowchart showing a processing procedure performed based on the document creation system and a configuration diagram of the data file system. FIG. 4 is an explanatory diagram illustrating an example of a main menu screen displayed on the terminal device in the system (EDITS) according to the embodiment. FIGS. 5 (a) and 5 (b) show changes in the display screen relating to the company following the main menu. FIG. 5 (a) is an explanatory diagram showing a table of contents and a start screen, and FIG. It is explanatory drawing which shows the screen at the time of selecting "change of a stock price". 6A and 6B show the input mode, FIG. 6A is an explanatory diagram showing the screen in the input mode, and FIG. 6B is further displayed on the right side of the screen. It is explanatory drawing which shows the subwindow as a text edit dialog. FIGS. 7A and 7B show a case where the “format setting” mode is operated. FIG. 7A shows a screen layout on which a clickable image display symbol is displayed, and FIG. , Is a screen layout showing a dialog for “format setting”. FIG. 8 is a consistency check table as a result of consistency check regarding data from the submitted document data DB. FIG. 9 is a diagram showing an actual example (table example 1: display image) of an HTML format table created by the system. FIG. 10 is a diagram showing an example (table example 2: image display symbol) of a table showing a part of a document created by the system. FIGS. 11A and 11B are diagrams illustrating table examples (table example 3: image display symbol) showing a case where rows and columns are inserted into the table example created by the system. 12A and 12B show an example of editing according to the embodiment, and are explanatory diagrams showing a case where four cells are combined. FIGS. 13A and 13B are diagrams illustrating another example of editing according to the present embodiment and illustrating a case where eight cells are integrated. FIG. 14 is a system configuration diagram showing a configuration as a first modification in which the present invention is applied to creation and editing of “newspapers, books, magazines, and the like”. FIGS. 15A and 15B show screen changes in the first modification. FIG. 15A shows the screen layout of the “view” mode of the system, and FIG. 15B shows the “input” mode. It is a figure which shows the screen layout at the time of switching to. FIGS. 16A and 16B show display screens in the first modification, FIG. 16A shows a screen layout showing a sub-window as a text editing dialog, and FIG. It is a figure which shows the screen layout containing the image display symbol which can be clicked in an "add / delete" mode. FIG. 17 is a system configuration diagram showing a configuration as a second modification in which the present invention is applied to creation and editing of a “business form version”. FIGS. 18A and 18B show screen changes in the second modification. FIG. 18A shows the screen layout of the “view” mode of the system, and FIG. 18B shows the “input” mode. It is a figure which shows the screen layout at the time of switching to. FIGS. 19A and 19B show display screens in the modified example 2. FIG. 19A shows a screen layout showing a sub-window as a text editing dialog, and FIG. 19B shows a modified “ It is a figure which shows the screen layout containing the image display symbol which can be clicked in an "add / delete" mode.

Explanation of symbols

1 ... Table example (first table),
2 ... Table example (second table),
3 ... Table example (third table),
10 ... Internet (network),
11 Table (table included in the first table),
11a ... item area,
12 ... Server (DB of service provider: including disclosure means),
12a ... Data management function unit (data management means),
12b ... edit management function part (editing means),
12c: Data conversion function part (conversion means),
12d ... Script function part (script tool),
12e ... Comparison table (correspondence table),
12f ... Document data file (DB),
14 ... (terminal device of service provider),
16, 18, 20 ... client terminal (customer terminal device),
21-26 ... Image display symbols (pin marks, etc.)
30 ... line (the previous line),
31 ... row (immediate row),
32 ... lines (additional lines),
33 ... column (additional column).
Step 1 to Step 12: Processing steps.

Claims (9)

A document creation system comprising a client terminal and a server device connected to the client terminal via a predetermined network and creating a document based on a request from the client terminal, the server device comprising:
HTML creation means for creating HTML format data from XML format data to be edited having a first data structure and transmitting the data to the client terminal;
A comparison table creating means for creating a comparison table in which a predetermined identification number is associated with an edited portion of the XML format data when the HTML format data is transmitted to the client terminal;
In a state where an image display symbol corresponding to the identification number is displayed on the client terminal in each area constituting the HTML format data, when the specific image display symbol is selected and an editing instruction is given, the client terminal Receiving means for receiving an identification number corresponding to the selected image display symbol to be transmitted and the editing instruction;
A specifying unit that specifies an editing portion of the XML format data with reference to the comparison table based on the identification number received by the receiving unit;
Editing means for editing the editing location specified by the specifying means based on an editing instruction received by the receiving means to generate XML format data having a second data structure;
Conversion means for converting XML format data having the second data structure generated by the editing means into HTML format data;
Publishing means for publishing HTML format data converted by the converting means in a format accessible by the client terminal via the network;
A document creation system characterized by comprising: 2. The document creation system according to claim 1, wherein the HTML format data includes data relating to a table, and an image display symbol which can be clicked is displayed in each area constituting the table as the image display symbol. . 3. The document creation system according to claim 2, wherein the editing unit creates a nested table by creating another table in the table. In a system comprising a client terminal and a server device connected to the client terminal via a predetermined network, a document creation method for creating a document in the server device based on a request from the client terminal,
HTML format data creating step in which HTML creation means creates HTML format data from the XML format data to be edited having the first data structure and sends it to the client terminal;
A comparison table creating step for creating a comparison table in which a comparison table creating means associates a predetermined identification number with an edited portion of the XML format data when transmitting the HTML format data to the client terminal;
In a state where an image display symbol corresponding to the identification number is displayed on the client terminal in each area constituting the HTML format data, when a specific image display symbol is selected and an editing instruction is given, the receiving means Receiving the identification number corresponding to the selected image display symbol transmitted from the client terminal and the editing instruction;
A specifying step of specifying an editing portion of the XML format data with reference to the comparison table based on the identification number received in the receiving step;
An editing step in which the editing means edits the editing part specified in the specifying step based on the editing instruction received by the receiving means to generate XML format data having a second data structure;
A converting step for converting XML format data having the second data structure generated in the editing step into HTML format data;
A publishing step for publishing the HTML format data converted in the converting step in a format accessible by the client terminal via the network;
A document creation method characterized by comprising: 5. The document creation method according to claim 4, wherein the HTML format data includes data relating to a table, and an image display symbol which can be clicked is displayed in each area constituting the table as the image display symbol. . 6. The document creation method according to claim 5, wherein the editing unit creates another table in the table to create a nested table. In a system comprising a client terminal and a server device connected to the client terminal via a predetermined network, in order to create a document in the server device based on a request from the client terminal, a computer is provided.
HTML creation means for creating HTML format data from XML format data to be edited having a first data structure and transmitting the data to the client terminal;
A comparison table creating means for creating a comparison table in which a predetermined identification number is associated with an edited portion of the XML format data when the HTML format data is transmitted to the client terminal;
In a state where an image display symbol corresponding to the identification number is displayed on the client terminal in each area constituting the HTML format data, when the specific image display symbol is selected and an editing instruction is given, the client terminal Receiving means for receiving an identification number corresponding to the selected image display symbol to be transmitted and the editing instruction;
A specifying unit that specifies an editing portion of the XML format data with reference to the comparison table based on the identification number received by the receiving unit;
Editing means for editing the editing location specified by the specifying means based on an editing instruction received by the receiving means to generate XML format data having a second data structure;
Conversion means for converting XML format data having the second data structure generated by the editing means into HTML format data;
A document creation program for causing HTML format data converted by the converting means to function as a publishing means for publishing the data in a format accessible to the client terminal via the network. 8. The document creation program according to claim 7, wherein the HTML format data includes data relating to a table, and an image display symbol that can be clicked is displayed in each area constituting the table as the image display symbol. . 9. The document creation program according to claim 8, wherein the editing unit creates another table in the table to create a nested table.

Images