TW201337605A - Multipurpose network editing page automatic conversion mechanism - Google Patents

Abstract

A network digital content automatic conversion mechanism is provided in this invention. A user can use the tool provided by the network make-up editing mechanism to upload or link the existing digital elements, such as graphics, texts, video, and audio source materials on the personal computer, web album or community website, to the online digital editing platform provided by the system, and various editing tools provided by the network editing platform are employed to perform multi- or single-page editing on the page layout either customized or provided by the system. The files after the network editing can be stored in the network server. A user can convert these network stored files selected arbitraily into html webpage file, flash page-turning e-book, printing use PDF file or APP (application) e-book through the automatic conversion information module provided by the platform, in order to meet the needs of producing a variety of applications at one time.

Description

Multi-purpose network editing page automatic transfer technology

The invention provides a multi-page portable file which is edited on a web server editing platform and includes digital elements such as pictures, texts, images, sounds and the like through an internet network, and can be stored by an individual information conversion module. Web server files are simultaneously converted to a variety of final digital files for business, teaching or messaging applications through different transition modules, including Html web files, Flash page e-books, PDF files for printing or APP ( Application) E-book, this technology can be widely used in e-book production, document printing and web page production.

Republic of China Invention Patent Bulletin No. 505866 A method of making multimedia files via the Internet, including the following steps. Storing multiple multimedia objects in multiple object layers. An interface is created at a client, the interface displays the plurality of object layers and causes the multimedia object to be selected according to the object layer. A file that combines the selected multimedia objects is generated at a server. The present invention facilitates the production and output of multimedia files by providing a materialized and structured web editing interface. The online editing of the fixed version is carried out by the technology of the object layer. The invention mainly uses a fixed version for proofing and printing on the network.

The Republic of China Invention Patent No. 473672 is a fully automated operating system and method for editing and formatting a variety of media in combination with a network or other medium and database. The main purpose is to establish a graphic database and a sample database on the server side, respectively. The automatic execution means loads the multimedia data of the client collected in the graphic database into a specified layout sample in the template database, and automatically generates various multimedia products such as a flat print catalog, a CD or a web page; It can solve the problem that traditional typesetting requires multiple manpower, multiple proofs and wasted manpower time. At the same time, it can perform repeated work, improve work efficiency, reduce costs, and expand the multimedia database to meet the needs of different media customers. . This invention mainly produces and prints manuscripts for printed manuscripts with fixed layouts using multimedia databases and layout databases on the Internet.

The Republic of China Invention Patent No. I317102 is an online or offline editor that provides users with various online or offline editing operations to enable the user to complete the aforementioned editing, typesetting and publishing services via the system. Wherein the editor expresses each glyph outer frame as vector data, so that each word is formed as an object that can be used alone. The following steps are proposed on the line: 1. Online text to vector map; 2. Online vector text compression file; 3. Online dot matrix high-grade downgrade; 4. Online VML editing and layout; 5. Online RGB/CMYK comparison table and other technologies . The invention mainly uses the editor's Chinese character transfer mechanism on the network, and combines the layout mechanism to solve the problem corresponding to the text type in the printing and publishing, and provides the layout for the user to use, and can be applied to the printing industry after integration.

In summary, the existing inventions all emphasize the use of a network editing mechanism to complete the printing workflow, and at the same time use the multimedia database and the type database to print and print the fixed-page printed manuscripts in the fixed layout database. The layout and multimedia material need to be provided by the system builder, and the user can only place the image or text according to the existing layout position and cannot change the layout. However, in the face of the user's numerous customized layout requirements and media types such as web pages, e-books and apps, it is unable to meet the existing environmental needs.

The printing process includes layout size, style, font and other user requirements in different industries. The slight difference needs to be re-set, which will result in users not being able to complete the user's needs in a fixed plate mechanism. At the same time, today's personal social networking sites and video blogs are commonly used. Users need more flexible graphics, text, and audio and video input interfaces to facilitate the use of existing digital materials for e-book production.

In summary, it can be found that the prior art mainly solves the problem of online editing and printing of a fixed version, lacks an editing mechanism that interacts with the user, and is unable to handle the demand of a web page or a page turning e-book. This invention can effectively solve this problem. problem.

The main final function of the existing network editing mechanism is to provide printing use, such as editing mechanism combined with vector word processing, and the latter set is used for fixed editing type, for example, the image frame and the text frame are fixed, and the user needs to be at a fixed position. Putting a picture or a text, when there are multiple lines of text or a large layout, since all need to be converted into a vector file, this conversion method will consume a large amount of CPU computing resources on the server side, and an excessively large file is not conducive to instant network processing.

Other ways of using the multimedia database combined with the layout can overcome the problem of slow processing of the file too large, and the image frame and the text frame are fixed, so that the function of the user-defined version of the printed version cannot be provided. Users can only select the appropriate version of the plate on the existing fixed version, and cannot modify the existing version to the version that suits their needs, which will limit the convenience and efficiency of the user.

What's more, today's media needs to be more diverse, including websites, e-books, apps and prints, and the digital elements needed to be processed are more diverse, including graphics, text, movies, sounds, hyperlinks and file downloads. The part that was not considered in the prior art.

Therefore, it is necessary to develop a layout editing mechanism that can be freely edited on the network. The user is not limited to the version that cannot be changed, but instead, the version provided by the existing version library can be directly modified on the network into his own. The required version can reduce communication time and improve work efficiency. At the same time, the editing mechanism needs to provide audio and video hyperlinks, inserts, pages and delete pages in addition to the general text or image functions to meet the needs of today's e-book production. After the file is created, a multi-functional automated process transfer mechanism is required, which can convert the network storage file into Html web file, Flash page e-book, printing PDF file or APP (Application) e-book to conform to one production. A variety of needs.

The invention is a network editing mechanism suitable for a network server platform, and a network multi-function conversion module is combined via a mediation interface (Middleware Interface), wherein the network editing mechanism provides various common page editing functions such as Editing functions such as image addition, cropping, automatic reading, automatic pattern and text font, word level selection, text color, object lock and video hyperlink, when users customize or add various images or texts. object may be an object moved or copied to complete the production of their needs layout, system synchronization using XML (e X tensible M arkup L anguage) to mark each of the objects related to the position and attributes, such as text objects located on the X on the plate, Y-coordinate And object properties such as images, text, audio and video hyperlinks, and the property data is passed to the Object Image Processor (Object Image Processor), the object image processing module to determine the object characteristics and correct function response, as shown Like the object frame, it is necessary to judge the image resolution, the cutting range, etc., and the text object needs to judge the number of words, the font and the word level in the text object box, and at the same time, The subtle changes in the contents of the object boxes in each page are processed by Multi Thread and Real Time, and the result of this execution is returned to the browser, so that the browser can partially update the object. Web pages, not all updates to reduce server computing time, Object Image Processor can perform high and low file conversion for the entire page. For web browsing, it will provide low reading (72dpi) to speed up the browser. Read file speed, such as reading high-end (250dpi) for e-books or printing to ensure file reading and print quality.

After the file is edited, it can be stored in the server, and the process information integration is provided through an intermediary transfer interface, including the communication interface of the front end and the object image processing module, and the file information stored in the server, and the XML markup is needed. Information such as file storage path, name, page number, file format requirements, object link information, etc., delivered to the network multi-function transfer module for automatic transfer work procedures, network multi-function transfer module for data conversion The standard processing module can receive all the transfer delivery messages under the control of the system and convert the stored page format, and can provide converted file management functions, such as adding, deleting, and rendering functions.

The Html Processor Module in the network multi-function transfer module uses XML tags to transfer the required information to the object image processing module via the mediation transfer interface, and the file image processing module returns the file. The storage page plus the CSS (Cascading Style Sheets) web page frame is converted into a web page and automatically generates a URL (Uniform Resource Locator) address, so that the user can obtain the address of the web page for linking, browsing and embedding.

In the network multi-function conversion module, the Flash page module uses the XML tag to transmit the required information to the object image processing module via the mediation transfer interface, and the object image processing module is delivered. The file storage page of the back is set on the function framework of the Flash page e-book, and is converted into a swf file and automatically generates the URL address, so that the user can obtain the address of the swf file for linking, browsing and embedding.

The PDF processor module in the network multi-function conversion module uses XML tags to transfer the required information to the object image processing module via the mediation conversion interface, and the file image processing module returns the file. The page is saved, converted into a PDF file and the URL address is automatically generated, and the user can obtain the address of the PDF file for linking and downloading.

The APP processor module in the network multi-function transfer module uses XML tags to transfer the required information to the object image processing module via the mediation transfer interface, and the file image processing module returns the file. Save the page, nest into the APP e-book reading frame and automatically generate the URL (address, the user will be able to obtain the address of the APP file for linking and reading.

The technical embodiments are described in detail herein with reference to the accompanying drawings, in which the overall technical implementation flow and method are described in detail to solve the technical problems.

According to the present invention, the automatic transfer module is an Internet service mechanism built on the server. Referring to FIG. 1 , a user terminal 12 can perform a storage on the server side via the network 13 . 11 web page execution program layout editing mechanism 14 on the network, the layout editing mechanism 14 its complete illustration, please refer to the second page editing mechanism with editing tools such as text, image, layout, audio and video, each editing tool and The editing operation can be defined as a unique XML markup. The layout editing mechanism 14 can read and define a plurality of tags, and pass the plurality of tags to the object image processing module 15, and the object image processing module 15 has a complete icon. Referring to FIG. 3, the object image is immediately drawn according to the definition in the mark, and the object is drawn to the object when the user has not executed the stored program of the layout editing mechanism 14, and the mark drawn by the object is temporarily stored in the object according to the execution order. The data temporary storage area in the image processing module 15 is convenient for editing the objects that are individually drawn when all the objects on the page have not been stored in the data storage area 18 The object can be quickly accessed, and the tag object data is converted into an image file according to the tag content in the object image processing module 15, and is sent to the layout editing mechanism 14 to execute the object page to display the image file for the PNG or JPG that is convenient for the browser to draw. The file is executed by the layout editing mechanism 14 when the user determines that the layout editing is completed. At this time, the mark content of each object on the existing page of the final layout editing mechanism 14 is generated as a page mark, and is stored on the server side. In the data storage area of the 18, the page information and all the marked object data are integrated into a low resolution (72 dpi) and scaled down to a PNG or JPG file that is easy for the browser to draw. Appropriate adjustment according to actual needs, the user terminal 12 can directly browse the thumbnail to determine whether to access, which will shorten the page access and editing time.

The user terminal 12 can execute a program via the network interface 17 to process the page mark stored in the data storage area 18 of the server end 11 according to requirements, and the file transfer program can be stored via the execution network multi-function transfer module 16. The stored page mark on the server end 11 is converted into an overall page by the object image processing module 18, and the page converts the file into a PDF file format and a mark of the entire page according to the content requirement of the transfer, and then marks the entire page. The information is transmitted back to the network multi-function conversion module 16, and the PDF file format is converted into Html, PDF, SWF or APP files according to the marked content via the network multi-function conversion module 16 and the files and files are The file path is stored in the data storage area 18 and a corresponding URL location is generated. The user 12 can read the URL location via the network interface 17 via the network 13.

Each modular system sync mark using Extensible Markup Language XML (e X tensible M arkup L anguage) specification of each article to mark the position and attributes related to text objects including text objects Case number <id></id>, is located in the layout Pages <Pages page=""></Pages>, size <size></size>, color <color></color>, font <ttf></ttf>, X<x></x > coordinates, Y<y></y> coordinates, and the marked content includes object attributes such as image <pic></pic>, text <text></text>, and video <video></video>. The invention exemplifies the type of text object description by the above example, and does not use this as a function limitation of the text object instant description. For the overall image, please refer to FIG.

For the overall layout of the layout editing mechanism, please refer to Figure 2. The online editing function includes: text editing function. As shown in Figure 21, you can directly add the text object 210 to add the text object 211 to the editing page 201, and click the text object with the mouse. Two times, the text input box 212 can be jumped out on the edit page 201, and after inputting the text in the text input box 212, the text input box will be immediately displayed on the edit page 201 according to the range of the text object box, as shown in FIG. 2A. Click the edit function delete 215 to delete the text object instantly. Click the text input box 212 to close the function 216 to close the text input box 212. The image editing function, as shown in FIG. 22, includes a new image object 221 added to the edit page 201 after the image object 220 is directly clicked, and the image of the image area is automatically dragged into the image object image frame. 221, as shown in FIG. 22A, the image is immediately presented on the edit page 201 according to the image frame of the image object as shown in FIG. 22B, and the lock 213 can be clicked to lock the object to the fixed position, and the object can be selected after unlocking 214. On the editing page 201, the mouse clicks to select the dragging movement, and the deletion 215 can be clicked to delete the image object instantly, and the cutting 222 can be clicked to perform the cutting program to use the occlusion to cut the image object, which can be directly used to the mouse. Drag and drop the area 226 image object to the editing page 201, and use the mouse to drag and adjust the image object in the appropriate position on the editing page 201 as shown in FIG. 22C. The image linking function as shown in FIG. 23 includes direct selection on the editing page 201. After the text object is clicked, the image link object 230 is clicked, and the new link URL is input in the link dialog box 231. The layout conversion function is shown in Figure 24. The layout option 241 can be selected for the layout replacement as shown in Figure 24. The replacement version is shown in Figure 24A. In the layout editing mechanism, some auxiliary editing functions are also included, including Figure 2. The file name modification function 251 can modify the file name of the file, and the file storage function can store the file in the editing or editing. When the user clicks the storage element 252, the web page program will be executed, and all the objects on the page editing mechanism page will be executed. The information is encoded in XML. The object image data on the page is stored in the data storage area of the server by the object image processing module, so that the next access is available, and the step restore function 253 can read the data in the image processing module of the object. The object change record in the temporary storage area is restored to the next step, the word level selection function 254 can change the word level, the font selection function 255 can select the text font currently installed on the server side, and the text coloring function 256 can change the text color, and the text plus The coarse function 257 can change the text to bold, the text left function 258, the text center function 259, the text right function 260, and the object copy function 261, The piece rotation function 262, the page deletion function 263, the page insertion function 264, the page selection area 265, and the image selection area 266, the above-mentioned layout editing function can assist the user to complete the page editing on the network quickly, and all functions can be operated according to the user's operation. It is used in turn or individually, and the number of uses is not limited.

The object image of the object image processing module refers to the third figure. When the user sends the request for modifying the individual object on the web editing page, the object markup language transmitted by the online editing page is interpreted by the XML decoding interface 310 to analyze the mark content. Information delivery.

If it is a text object, it is submitted to the word processing module 320 to perform the instant synchronization processing of the word number 321, the word level 322, the font 323, the color 324, the object coordinate 325, the object size 326, etc., and uses SOAP (Simple Object Access Protocol). The transport protocol transfers the XML page service and uses JavaScript on the consumer side to process the response from the server. When the server converts the processing result into an image object and converts the image object into an XML markup language via JavaScript. After a web page program, the program execution result can be presented on the page of the layout editing mechanism.

If it is an image object, it is submitted to the image processing module 330 in an XML markup language to perform image synchronization, image size 332, use of the image 333, crop size 334, etc., and the image size 332 is processed in real time. The relationship between the image resolution and the size change can be synchronously determined to remind the user whether the output resolution is sufficient when the edit page enlarges the image object size, and the XML page service is transmitted by using the SOAP transport protocol, and the JavaScript is used on the user side. To process the response from the server, when the server converts the processing result into an image object and converts the image object related result into a web page language to generate a web page program via JavaScript, the program execution result can be presented in the layout. Edit the mechanism on the page.

The version and the number of pages related changes are submitted to the layout processing module 340 in the XML markup language to change the layout style 341 and the number of file pages 342. The instant synchronization processing is performed, wherein the number of file pages 342 can be synchronously determined whether there is an insert or a page. The change, and the processing result is respectively delivered to the application software interface for data login and the page service for transmitting XML with the SOAP transport protocol, and the JavaScript is used on the client side to process the response from the server, and the XML markup language generates a JavaScript via the XML markup language. After the webpage program, the program execution result can be presented on the page of the layout editing mechanism to synchronously update the content of the displayed page.

When the edit page data is changed, the file storage module 350 records the change data mark in the data temporary storage area 351 to be edited by the layout editing mechanism, and submits the data to the file storage module 350 in the XML markup language. The last mark data on each object of the page in the temporary storage area generates a new page through the mark integration 352 and simultaneously generates a page thumbnail file via the page thumbnail 353, and then stores the page mark and thumbnail path via the data processing interface 370. The data storage area on the server side.

When the edited page data is changed, if the image object is connected, the image is linked to the link processing module 360 in the XML markup language, and the image link data is processed via the image link 361, and the reference link image file can be used to generate a web page program in the XML markup language via JavaScript. The program execution results can then be rendered on the page of the layout editing mechanism.

The above method will ensure that all the objects in the edit page are changed, and the objects are converted into image objects after being converted into image objects through the object image processing module on the server side, so that the webpages can be avoided due to different final output resolutions. The content or location is different to achieve WYSIWYG, and the user terminal can execute the program for the change of each object by using the JavaScript program technology. The user-side editing page causes the editing page content to be executed due to the execution of the JavaScript program. Change, because the changes to the components on the individual editing pages rather than the entire page at the same time, can reduce CPU computing and improve network performance, while improving the efficiency of the network editing page, in order to shorten the editing time.

The flow diagram of the network multi-function switch module is shown in Figure 4. After the user sends a translation request to the file stored in the database on the web page, the user passes the XML markup language via the network interface 410. After the object markup language is interpreted, the content of the mark is analyzed for information delivery, and if the Html transfer request is submitted to the Html transfer module 411 to call the object image processing module 15, the intermediate software interface 31 of the object image processing module 11 will be The individual objects of the page stored in the data storage area are taken out from the data storage area 18, and the Html file and a set of XML tags are included after being combined into an Html page type according to the stored object description XML tags in the data storage area 18. The converted file is stored in the server data storage area 18. The XML mark of the group will record the file name, page number, page size, creation date and storage location of the file, and then submit the information back to Html via the intermediary software interface 31. The file module 411, the Html file transfer module 411 is a CSS (Cascading Style Sheets) web page framework mechanism that can separate the structure of the web page from the web page display, and mark the Html file and the XML mark. Do not carry out the Html framework nesting, and store the relevant page data archive XML tag embedded in the Html framework in the server side data storage area 18 and respond to a URL (Uniform Resource Locator) Html file location, the user can put this URL Share or hyperlink on the web.

After the user sends the translation request to the file stored in the database on the web page, the object markup language transmitted in the XML markup language is interpreted by the web interface 410 to analyze the mark content for information distribution, such as determining that it is Flash. The e-book transfer request is submitted to the Flash e-book transfer module 412 to call the object image processing module 15. The media interface 31 of the object image module 15 stores the individual objects stored in the data storage area 18. After the data storage area 18 is taken out, the XML tags are combined into a page type according to the stored object descriptions in the data storage area 18, and the files are recombined and converted into a PDF file and a set of XML tags and saved in the server data storage area 18 In this group, the XML tag will record the file name, page number, page size, creation date and storage location of the file, and then submit it back to the Flash e-book conversion module 412 via the media software interface 31, and use the Flash e-book. The Flash webpage execution program execution frame nested in the transition module 412, the webpage execution program includes a Flash e-book function box with a file name of .swf And various page format conversion execution programs such as PDF into JPG, SWF and other page file formats, the attached file name is .swf Flash e-book function framework can convert the converted page files such as PDF or JPG according to the XML mark of the PDF file. Pagination embedding, Flash e-book reading function frame has a variety of e-book common reading functions such as bookmarking, page turning, zooming in, zooming out, page jumping and markup, and generating an XML markup on the Flash e-book related page data with the Flash function framework. After the data file is stored in the server side data storage area 18, it responds to the file location of a URL, and the user can place the URL on the web page for sharing or hyperlinking.

After the user sends a translation request to the file stored in the database on the web page, the object markup language transmitted in the XML markup language is interpreted by the network interface 410 to analyze the mark content for information distribution, for example, as an APP. The e-book transfer request is submitted to the APP e-book transfer module 412 to call the object image processing module 15, and the individual object of the page stored in the data storage area 18 is obtained from the media interface 31 of the object image module. After being taken out in the storage area 18, the XML tags are combined into a page type according to the stored object descriptions in the data storage area 18, and the files are reassembled into a PDF file and a set of XML tags and stored in the server data storage area 18, The group XML tag will record the file name, page number, page size, creation date and storage location of the file, and then submit it back to the APP e-book transfer module 413 via the media software interface 31, and use the APP e-book transfer mode. The APP webpage execution program embedded in the group 413 executes the APP e-book function framework, and the webpage execution program includes an APP e-book function framework with an .apk file name. The e-book reading function framework with the file name .apk can be embedded in the PDF file according to the XML mark of the PDF file. The APP e-book reading function frame has various e-books such as bookmarking, page turning, zooming in, zooming out, page jumping and marking. The reading function generates an XML markup data file of the APP e-book related page data of the APP function frame and stores it in the server end data storage area 18, and responds to a URL file location, and the user can place the URL on the webpage. Share or hyperlink on.

After the user sends a translation request to the file stored in the database on the web page, the object markup language transmitted in the XML markup language is interpreted by the network interface 410 to analyze the mark content for information distribution, for example, as a PDF. The e-book transfer request is submitted to the PDF e-book transfer module 412 to call the object image processing module 15, and the individual objects of the page stored in the data storage area 18 are separated by the intermediary software interface 31 of the object image module 15. The data storage area 18 is taken out, converted into a high-resolution PDF (250 DPI) file and a set of XML tags according to the stored object description XML tags in the data storage area 18, and stored in the data storage area 18, the set of XML tags Information such as the file name, page number, page size, creation date and storage location of the file will be recorded, and then submitted to the PDF electronic file conversion module via the intermediary software interface 31, and a set of XML markup data will be generated for the relevant page data. The resolution PDF file is stored in the server data storage area and responds to the URL location of the URL. The user can download the high-resolution PDF file on the network for printing.

The flow chart of the network automatic transfer of the present invention is as shown in FIG. 5, and the overall step flow is: the user (501) reads the preset user interface webpage stored on the server end (502) on the network, and judges Whether to enter the editing program (503), if you do not need to edit the program, you can directly enter the conversion process. If you need to re-edit the page, or modify the page already stored on the server, you can download and execute the layout editing (504) execution program. Performing page editing, integrating each page of the edited file into an image page and an XML mark via the object image processing module (505), and storing the file in an information storage area (506) on the server side for later retrieval. If the transfer process is to be executed, the transfer request option Html/Flash/APP/PDF (509) provided by the server-side user interface is submitted to the network multiplexer transfer module (510) to execute the page. In the transfer process, during the transfer process, the network multiplexer can transfer the required file to the page stored in the data storage area via the intermediate software interface of the object image processing module (511) according to the XML mark. Other items from data storage After the internal extraction, according to the stored object description XML tags in the data storage area to be combined into a page type, the files are recombined and converted into a set of XML tags and a page by the page transfer mechanism in the object image processing module. The file format required for the group transfer can be Html/Flash/APP/PDF and stored in the server data storage area. The XML mark of this group will record the file name, page number and page size of the file. Information such as creation date and storage location, through the object image processing module (511) mediating software interface and then submitting back to the network multiplex power transfer module (510), storing the file in the server end data storage area and responding Publish a set of URL (514) file locations for easy data download or link.

11. . . Server side

12. . . User side

13. . . network

14. . . Layout editing mechanism

15. . . Object image processing module

16. . . Network multi-function transfer module

17. . . Default user interface

18. . . Data storage area

201~266. . . Second image function

31. . . Mediation software interface

32. . . XML interface

320. . . Word processing module

321~326. . . Word processing module function

330. . . Image processing module

331~334. . . Image processing module function

340. . . Version processing module

341~342. . . Layout processing module function

350. . . File storage module

351~353. . . File storage module function

360. . . Link processing module

361. . . Image link function

410. . . Default user interface

411. . . Html transfer module

412. . . Flash e-book transfer module

413. . . APP e-book transfer module

414. . . PDF electronic file transfer module

1 is a system block diagram of a network multi-purpose automatic transfer system of the present invention;

2 is a layout editing function diagram of the network multi-purpose automatic transfer system of the present invention;

21 to 24A are schematic diagrams showing the operation of the layout editing function of the network multi-purpose automatic transfer system according to the present invention;

3 is a schematic structural diagram of a system for processing an image processing module of a network multi-purpose automatic transfer system according to the present invention;

4 is a schematic diagram of a system structure of a network multi-function transfer module of the network multi-purpose automatic transfer system according to the present invention;

FIG. 5 is a schematic flow chart of a method for implementing a network multi-purpose automatic transfer system according to the present invention.

11. . . Server side

12. . . User side

13. . . network

14. . . Layout editing mechanism

15. . . Object image processing module

16. . . Network multi-function transfer module

17. . . Default user interface

18. . . Data storage area

Claims (19)

A network online transfer mechanism includes: a network layout editing mechanism, which can execute a page editing program provided by a server on a browser, and has edits such as text, image, layout, page jump, hyperlink, etc. A tool that allows users to edit pages on the web. An object image processing module is located at the server end, and can receive a plurality of mark labels of the layout editing mechanism, and can perform multiple execution order work, and can respectively perform the object modification requirements of the network layout editing mechanism, and can respectively edit the edited objects. Combine into a whole page and present it on the network layout editing mechanism, accept the request of the network transfer module, convert the page mark stored in the data storage area into a PDF file, and store the PDF file in the data file. The location of the storage area and the page mark are delivered to the network multi-function transfer module. A network multi-function transfer module is located at the server end, and can execute a user-specified transfer request, and can perform information transmission with the object image processing module via the intermediary software, and convert the object image module to a file according to the file. The user-specified requirements plus an e-book frame and a mark are stored in the data storage area for the user to access. A server program stores a webpage program required for a network online transfer mechanism, and a file component tag, a file path for storing a user stored file, and a digital file and a URL location after the file is transferred. The online online transfer mechanism of the first aspect of the application, wherein the text editing instant display function of the network layout editing mechanism includes at least a text object addition, modification, drag, zoom, rotation, color, font, word The functions such as level, bold, left, center, and right are referenced to generate the corresponding XML element tag number and identification code. The network online transfer mechanism described in the first aspect of the application, wherein the online editing function of the network layout editing mechanism includes at least an image object addition, modification, dragging, zooming, cutting, changing, and the like. The function and its function are referenced to generate the corresponding XML tag number and identification code. The network translation mechanism of the first aspect of the application, wherein the network layout editing mechanism linking function includes adding, deleting, dragging, zooming, and the like of the linked object, and the function is referenced to generate the corresponding XML. Element tag number, identification code. For example, the network translation mechanism described in the first item of the application scope, wherein the network layout editing mechanism version conversion function can be selected by the layout option, and the page number can be selected or deleted. The replacement function and its functions are referenced to generate the corresponding XML element tag number and identification code. A network transfer mechanism as described in claim 1, wherein the file name modification function of the network layout editing mechanism can modify the file name stored in the server, and the user executes the web page when the user selects the file storage function. The program encodes all the object information on the webpage editing page in XML, and transmits all the XML marked object data to the data storage area of the server through the object image processing module, so that the next access is convenient. A network transfer mechanism as described in claim 1, wherein the step restore function can restore the previous step, the next step, the object copy function can copy text, images, and linked objects, and the page delete function can delete the page and insert the page. The function can be inserted into the page, and the page selection area can display all the pages and click any page for editing. The network transfer mechanism of claim 1, wherein the mark is a descriptive method using XML as a multimedia object data, and the mark descriptive content includes the attribute features of the multimedia objects are classified into text, image, Types, links, files, etc. . The method of claim 8, wherein the descriptive content of the tag includes the general description of the object including at least a coordinate, a size, and an item number. The network transposition mechanism of claim 1, wherein the object image processing module comprises a decoding interface, and the XML tag of the object transmitted by the online editing page is interpreted and analyzed, and the information is delivered, such as text. The object is submitted to the word processing module, and if it is an image object, it is submitted to the image processing module, and the type and page number related changes are submitted to the pattern processing module, and each module converts the object into an image according to the marked content. An object that presents the results of the program execution on the page of the layout editing mechanism. The image processing module of the object of claim 11, wherein the file storage module records the mark of the edited page change data in the data temporary storage area according to the change order, and after the file editing requirement is submitted, the XML is submitted. The markup language is submitted to the file storage module, and the last mark data on each object of the page in the data temporary storage area is generated by the mark page integration module to generate a new page, and a page thumbnail file is generated through the thumbnail module synchronization. The page mark and thumbnail path are then stored in the data storage area of the server. The file storage module described in item 12 of the application scope includes a data temporary storage area, and all the object data marked on the page on the layout editing mechanism page can be recorded separately according to the order of use, if necessary, The editing step can be quickly accessed when you revert to the previous step. The network transfer mechanism of the first aspect of the application, wherein the network multi-function transfer module further includes an Html transfer module to insert the Html page of the object image module according to the Html mark information. The CSS framework stores the relevant page data file tags embedded in the CSS framework in the server-side data storage area and responds to the Html file location of a URL, which the user can place on the web page for sharing or hyperlinking. A network transfer mechanism according to the first aspect of the application, wherein the network multi-function transfer module further includes a Flash e-book transfer module that can transfer the PDF image of the object image module according to the PDF mark information. Nested into the Flash framework and stored in the server-side data storage area of the Flash framework and responded to the URL file location of the URL, the user can place the URL on the web page for sharing or hyperlinking. For example, the Flash e-book conversion module described in item 14 of the application scope includes a Flash e-book function frame with a file name of .swf and various page format conversion execution programs such as PDF to JPG, SWF and other page file formats. The Flash e-book function framework with the .swf file can embed the converted page files such as PDF or JPG pages according to the XML mark of the PDF file. The Flash e-book reading function frame has bookmarks, page turning, zoom in, zoom out, Common reading functions for various e-books such as page jumps and markup. A network transfer mechanism according to the first aspect of the application, wherein the network multi-function transfer module further includes an APP e-book transfer module, and the PDF page of the object image module can be converted according to the PDF mark. The information is embedded in the APP e-book framework and the relevant page data file tag embedded in the APP e-book frame is stored in the server-side data storage area and responds to the URL file location of the URL, and the user can place the URL on the web page for sharing. Or hyperlink. The APP e-book conversion module described in item 16 of the application scope includes an APP e-book function framework with an .apk file name and various page format conversion execution programs such as PDF to JPG, SWF and other page file formats. The APP e-book function framework with the file name .apk can embed the converted page file such as PDF or JPG page according to the XML mark of the PDF file. The APP e-book reading function frame has bookmarks, page turning, zoom in, zoom out, Common reading functions for various e-books such as page jumps and markup. For example, in the network transfer mechanism described in the first item of the application, the network multi-function conversion module further includes a PDF e-book conversion module, and the high-resolution PDF page can be transferred from the object image module. The PDF markup data is stored in the server-side data storage area and responds to the URL location of the URL, and the user can place the URL on the webpage for sharing or hyperlinking. In the network transfer mechanism described in item 1 of the application, wherein the network multi-function transfer module, the mark stored in the data storage area records the file name, page number, page size, and creation of the file transferred out of the file. Information such as date and storage location.