KR20100069648A - Flash file generation system and original image information generation system - Google Patents

Abstract

PURPOSE: A flash system for generating file and an original picture information generated system are provided so that the moving picture or the image information carrying the high generality of the high quality is created always without the need to consider the version up of maintenance and repair of system or the software to state-of-the-art. CONSTITUTION: A flash file editing management part(20) edits the information including still image, character, and the moving picture or the slide. The flash file still image conversion treatment changes the stop picture information into the flash file production enable state. The flash file character conversion treatment changes the character information into the state that is generable the flash file.

Description

Flash file generation system and original image information generation system {Flash file generation system and original image information generation system}

The present invention relates to a flash file generation system and an original image information generation system, and more particularly, to a flash file generation system and an original image information generation system for generating a flash file through an information communication device such as a web or a mobile phone or a mobile terminal. will be.

Conventionally, a user has obtained image information by various means. For example, image information is obtained by photographing with a digital camera or by scanning a book or the like with a scanner or by photographing with a digital video camera or the like. The image information may be used only for reading, but the user often applies something (such as inputting character information or giving effects) to the image information in order to express originality.

In such a case, there is also a free licensed application for editing image information. However, in order to process by more advanced technology, a licensed dedicated application (e.g., Adobe's Photoshop (registered trademark) or Flash (registered trademark) It is preferable to use)). This makes it possible for the user to edit or generate image information with design. Particularly in moving image information, a method of reproducing a flash file generated by using a flash player (registered trademark) has become mainstream. Flash Player is licensed free of charge, and features better than other playback applications. However, when using such a dedicated application, it is necessary to install a dedicated application of the user terminal. Also, dedicated applications are generally not cheap, and there may be version upgrades, so it is not always easy to use the latest technology.

On the other hand, with the spread of the Internet, an application service provider method that can be used without installing a dedicated application has been utilized. In the case of using the application service provider method, access to the Internet is essential and a license must be purchased from the company providing the service, but it is advantageous in that the maintenance of the application is unnecessary and the version is not affected by the upgrade.

Among them, for example, as shown in Japanese Patent Application Laid-Open No. 2005-45757 (Patent Document 1) or Japanese Patent Application Laid-Open No. 2005-84987 (Patent Document 2), character information input and effects are provided on the web by an application service provider method. Improvements have been made to enable the generation of moving picture information on. However, these prior arts could not be applied when generating a flash file corresponding to a flash player.

In addition, as can be seen, for example, in Japanese Patent Application Laid-Open No. 2007-66303 (Patent Document 3), there is an improvement that enables the generation of a flash file on the web. However, this conventional technique was impossible to apply when generating a flash file with designability expressing originality due to poor operation screen function.

[Patent Document 1] Japanese Unexamined Patent Publication No. 205-4575

[Patent Document 2] Japanese Unexamined Patent Publication No. 205-G47-7

[Patent Document 3] Japanese Unexamined Patent Publication No. 20-66-6303

As described above, since the on-line moving picture information generation system has generated a flash file or a poor flash file generation function, a user can create a flash file that expresses originality in addition to installing a dedicated application. It was impossible to apply when doing.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems of the prior art, and the user (for example, an individual user or an in-company user, etc.) can maintain a system by realizing flash file creation and editing of original still image information on the web. Flash file generation system and original image information generation system which enables the generation of high quality and versatile moving image information and image information without the need of professional creators without considering software upgrades. It aims to provide. Another object of the present invention is to help enhance personal privacy in the case of individual users and to expand business chances in case of users in enterprises.

SUMMARY OF THE INVENTION In order to solve the problem, the present invention is a flash file generation system for generating image information related to a flash file on a web, and edits information including at least one of image information, character information, moving image information, and various kinds of information applied to a slide. A flash file image processing processor (image converter) for converting image information related to editing into a state capable of generating a flash file including resizing and changing the data format, and character information used for editing as a data format. A flash file character information conversion processing unit (text converter) for converting a flash file to a state capable of generating a flash file including a change of a file, and a flash file moving image for converting a moving image information used for editing into a state for generating a flash file including a resizing and data format change. Information conversion processing unit (Video converter), a flash file generation processing unit (generator) for generating a flash file based on information including at least one of various information including converted image information, character information, and moving image information, and a screen of a user terminal through a network. Flash file operation screen display processing unit for providing graphical operation display to a web browser, and a flash file communication unit for transmitting and receiving information including at least one of various information including image information, moving image information, and flash file through a network. A file management device (flash file server), a flash file member information storage unit that stores member information related to a user who uses a flash file generation system, and image information, moving picture information, and music information edited by the flash file editing processing unit. At least one of the Flash file editing material storage unit for storing information used for the material, and special effects for imparting at least one of various information including image information, character information, moving image information, and information used for the slide. A flash file storage section having a flash file special effect storage section and a flash file storage section for storing a flash file generated by the flash file generation processing section.

With this arrangement, between the user terminal and the flash file server, the flash file editing processing unit edits the image information, the character information, the moving image information, or the information used for the slide, which is the basis of the flash file generation, and the image information used for editing. Used to change the image size (resize) or change the data format (JPEG) by a predetermined process in the flash file image information conversion processing unit (image converter) used in the flash file management device (flash file server) to suit the flash file. The conversion is performed, and the flash file character information conversion processing unit (text converter) performs the conversion used for changing the data format (JPEG) by a predetermined processing, and the flash file moving image information conversion processing unit (video converter) performs the predetermined processing. Change (resize) or data type of moving picture size A flash file operation screen display processing unit performs a series of operations for generating a flash file (SWF) which performs conversion used for expression change (FLV) and combines various information after conversion by a predetermined process in a flash file generation processing unit (generator). By realizing the operation on the operation screen displayed on the screen of the user terminal by the web browser via the network, the user can use a wide range according to the user's situation without having to build a system used for generating flash file information.

The flash file generation processing unit (generator) can generate a VGT file, a PNG file, etc. in addition to the flash file (SWF).

At this time, the flash file is generated by using the flash file editing material linked to the member information stored in the flash file member information storage related to the flash file database or the special effect stored in the flash file special effect storage. The flash file generated in this manner is stored in the flash file storage unit, so that the user does not need to manage data in the flash file generation process, thereby achieving a reliable security environment.

Flash file editing processing unit, flash file image information conversion processing unit (image converter), flash file character information conversion processing unit (text converter), flash file moving picture information conversion processing unit (video converter), flash file generation processing unit (generator) and flash file operation screen The program, software, and software used to implement various functions including the display processing unit may be implemented in an executable form, including those mounted on a recording medium, a ROM, and an electronic circuit.

In addition, the flash file editing processing unit according to the present invention adds image information or image information to be connected by a slide linking function and a slide linking function for linking image information and image information or moving image information, and linking between moving image information and moving image information. Or a slide moving picture information transmitting (uploading) function for transmitting (uploading) the image information used for the slide or the moving picture information used for the moving picture information through the flash file communication unit.

According to the present invention having the function to be used, the user can freely connect the original image information owned by the user with the image information or the moving image information and the connection and deletion of the moving image information and the moving image information by operation on the web. The generation of a high flash file is realized.

In addition, the flash file editing processing unit may have a flash file moving picture information extracting function capable of extracting a desired portion of the moving picture information.

In addition, among the moving picture information formed as a file by the flash file moving picture information extraction function, it is possible to extract a video of a scene required by the user, and the moving picture information about the extracted video and other moving picture information are also connected. It is possible to realize the generation of a flash file having a higher degree of freedom of the user.

The image information transmitted (uploaded) here includes ART, ABI, ABS, WMP, CMB, CIN, CMB, CMB, CRC2, CB, CRC, CTV, DCM, DCR, DCC, DVD, DVD, DV, DVD, DVD, EMF, EPF, EPI, EPS, EPS2, ESP3, EPS, EPS, EPT, EVR, FAX, FIP, FTS, FPS, WiFi, XP, TV, VR, WEB, COM, EV, USB, USB, EV WP, MAN, MAT, MIF, MOF, MON, MN, MXP, M2, MCP, MBR, MSL, MTV, MB, NF, OFR, OP, P7, PAL, PC, PC, PC PD, PE, PD, P BP, PPM, PPM, PICON, PIC, PI, COM, PBS, PMS, PPM, PS, PS2, PS3, PSD, PET, XP, RAD, RAF, RB, RBA, RAL, RB, SBC, SB, TV It includes data formats such as SV, SV, TV, TFT.

Also, the moving picture information that is transmitted (uploaded) includes MBP Image, MBP-1, JSB, MBP, MSP, MB, COM, MBC, ID, ID, COM, AR, COM, COM, COM, MOB, R, MO, MPEG video, Raw PCM8 / 16 bits, malaw / alaw, Raw CRI ADX audio, Raw Shorten audio, SUN AU Format, NUT, QuickTime, MPEG4, Raw MPEG4 Video, DV, 4xm, Playstation STR, Id RoQ, Interplay MVE 、 BC3 Ｍｏｖｉｅ 、 Ｓｅｇａ ＦＩＬＭ ／ ＣＰＫ 、 Westwood Studios VQA / AUD, Id Cinematic (.cin), FLIC format, Sierra VMD, Sierra Online, Matroska, Electronic Arts Multimedia, Nullsoft Video (NSV) format, ADTS AAC audio, Creative VOC, American Laser Games MM, AVS, Smacker It includes data formats such as BPF, CIN, MFP, SEB, DVA, THP, CB3, WEPNET, CAPT, CD, etc.

The flash file editing processing unit according to the present invention further includes a flash file image information calling function for calling image information stored in a flash file editing material storage unit and an image damaged (uploaded) by the called image information or the slide image information uploading function. The information including at least one of various information of the information or the text information entered in the slide or the information used in the slide is called and assigned to various information by calling various special effects (effects) stored in the flash file special effect storage unit described above. A flash file effect call grant function, a time difference display function for displaying a time difference within a predetermined numerical setting range and image information or character information to which a special effect (effect) has been assigned, and all slides are transmitted (uploaded) through the flash file communication unit. To set the image information as a background image Prior to the flash setting used for generating and the link setting function for linking the image setting used for editing, the image information used for editing, the information used for the slide, and the position information of one of the slides or web pages used for other editing with the information used for the slide, BGM setting function that selects one of the pieces of music information stored in the flash file editing material storage described above and assigns it to the flash file, and stores the flash file in the flash file storage or calls the flash file storage call function from the flash file storage. It is characterized by having.

According to the present invention having a function to be used, it is possible to use free image information originally stored in a flash database by a flash file effect call granting function by a user operating on the web, and a flash file effect call granting function, a time difference display function, Various functions including wallpaper setting function, link setting function, and BGM setting function enable the creation of a flash file as if it were created by a professional designer, and secure data management is realized by the flash file storing function.

Here, the image information stored in the flash file editing material storage called by the flash file image information calling function is, for example, landscapes, nature, seasons, textures, buildings, domestic landscapes, CG, still life, and food abroad. It includes various types of image information related to crafts, events, events, sports, figures, society, animals, designs, vehicles, and the like. In addition, effects given by the flash file effect call grant function include spots (such as wind movement) and repeat (rotation, etc.) that are applied to image effects or text information including, for example, colors, strobes, and slow motions. Text effects, including motions, etc., scenes (such as fog), drop (such as rain), color (such as colors), and seasons Scene effects including effects (such as Christmas effects), covers (such as slides falling from above), fade-throughs (such as overlaying each color with a transparent color on the slides), season effects (such as overlaying Christmas shapes) Transition effects, glyphs, embellishments, etc.), specials (such as erasers, etc.) Restrictors, and a variety of information about the item effects including image information or moving image information associated with the sticky business.

The BGM set by the BGM setting function includes, for example, various pieces of music information related to healing, fusion, orchestra, jazz, and the like.

In addition, a flash file effect that allows a flash file generation processing unit to generate a flash file in a state in which various effects granted by the flash file effect call granting function applied to the flash file editing processing unit according to the present invention are superimposed within a setting range. A configuration having an overlapping grant function may be used.

According to the present invention, it is possible to use the effects overly, and if it is within the setting range, flash file generation that meets the user's desire is realized.

In addition, the flash file editing processing unit according to the present invention is configured to have a flash file capacity setting change function that allows the flexible setting and change of the video time of the various information related to the editing and the unit capacity of the generated flash file according to the contract contents. You may.

According to the present invention, the user can arbitrarily determine the capacity of the flash file to be generated according to the situation, and the configuration change of the final flash file can be flexibly realized.

In the above configuration, the electric flash file editing processing unit stores a flash file and a tag information generation function for generating tag information for transmitting (uploading) the flash file stored in the electric flash file storage unit to a homepage via a network. It can also be set as the structure equipped with the flash file deletion function which deletes from a part.

With the additional functions used, you can upload the flash file created by the tag information generation function or the flash file deletion function to the homepage, and the user can simply create the flash file to enjoy reading, as well as the flash file to the public through the network. It is realized to facilitate self-expression by using.

In addition, the flash file editing processing unit according to the present invention is characterized by having a flash file capacity calculation function capable of calculating the capacity of the generated flash file or the like.

According to the present invention, when a mobile phone or the like having a limited reception capacity is used as a terminal, it is possible to determine whether the capacity is within or outside the capacity limit by calculating the capacity of the flash file generated by the flash file capacity calculation function.

Further, the flash file editing processing unit according to the present invention includes a flash file manipulation limit weighting function capable of generating an interface having an operation limitation to display on the screen of the cellular phone based on the result of the capacity determination by the flash file capacity calculation function. It is characterized by.

According to the present invention, provision of still picture information or effects exceeding the reception capacity can be prevented.

The flash file manipulation screen display processing unit according to the present invention is a screen displayed on an operation screen of a user terminal, and includes a flash file manipulation window for editing various types of information, a slide linking function for a flash file editing processing unit, a slide addition deletion function, and a slide. Flash file image information calling function for flash file slide array display part and flash file editing processing part to check slide arrangement status with signal input button to activate image information upload function, flash file effect call grant function, time difference Activates the flash file editing editor and the flash file editing processing section for tag information generation and flash file deleting functions for operating any of the display function, wallpaper setting function, link setting function, BGM setting function and flash file information storage function. May be configured to align the flash file selection bubunreul flash file operation screen display function for displaying said Genie the signal input Pointing button for selecting a file on the flash editing.

According to the present invention, the user can open the flash file manipulation window by the operation on the web to check the slide arrangement status of the flash file in the slide arrangement display portion displayed in the flash file manipulation window, and to generate the flash file in the flash file editing editor. The editing operation is possible, and the flash file stored in the flash file selection section can be called, and the graphical operability is improved by the user without requiring any special command input or setting.

At this time, the flash file operation screen display function may be provided with a flash file moving picture information extraction unit for operating the flash file moving picture information extraction function for the flash file editing processing unit.

According to this configuration, a desired image can be extracted by using a flash file moving image information extraction table, for example, by clicking (marking) the start and end times of the image to be extracted at the portion where the reproduction time information of the moving image information is displayed by cursor operation. Can be.

In this case, the flash file manipulation screen processing unit may be configured to expand the screen by moving the numeric keys, move the cursor, or arrange the arrangement of the numeric keys, such as still image information displayed on the mobile phone screen, especially when the user terminal is a mobile phone. It is also possible to have a numeric key operation function that constitutes a user interface.

According to this configuration, by pressing the numeric keys of the mobile phone by the numeric key operation function, all operations necessary for switching, selecting a cursor, moving still images or character information to be inserted, selecting, determining, and generating other files are all numeric. Since it is possible to perform with a key, the user can generate a desired flash file, VGT file, or PNG file and send it to other users by e-mail without having to know the special operation.

In addition, another aspect of the present invention to solve the above problems is an original image information editing system for editing image information on the web suitable to be linked to the flash file generation system, the original image information generation system is the original Mars information management device and And an original image information storage device, wherein the electric original image information management device resizes and resizes original image information editing processing unit for editing information including at least one of various types of information including image information and character information, and image information related to editing. Original image information processing unit for converting the original image information to a state capable of generating original image information including the change of data format and Original image information statement for converting character information related to editing to the state capable of generating original image information including the change of data format An image conversion processing unit and an original image information generation processing unit for generating original image information based on information including at least one of various information including image information and text information related to editing, and a web browser graphically displayed on a screen of a user terminal through a network. An original image information editing unit providing an operation display and an original image information communication unit for transmitting and receiving information including image information related to editing via a network with an operation screen display processing unit, and the electric original image information storage device includes an electric image information editing system. An original image information editing member information storing unit that stores member information about a user to use, and an original image information special effect storing unit for giving a special effect to the electric editing material.

By configuring as described above, the original image management apparatus (original image server) is used to edit image information and character information in the original image information editing processing unit between the user terminal and the original image server, and to fit the edited image information into the original image information. The original image information image information conversion processing unit converts the image size change (resize) or the data format change (JPEG) by a predetermined process, and the original still video information character information conversion processing unit The original operation screen display processing unit performs a series of operations for converting a format change (JPEG) and generating original image information (JPEG) by combining various pieces of information after editing by a predetermined process in the above-described original image information generation processing unit. Through the network Since the web browser realizes the operation on the operation screen displayed on the screen of the user terminal, it is possible to generate a flash file using the original image information generated casually. It is possible to play a wider range of activities such as the user's prompt planning of operational planning strategy.

The original image information editing processing unit, the original image information converting processing unit, the original image information character information converting processing unit, the original image information generating processing unit, and the original image information editing operation screen display processing unit are made into executable forms of programs and software that realize various functions. It may be realized by mounting on a recording medium, ROM, and algorithm as an electronic circuit.

In addition, in the above configuration, the electric original image information editing processing unit transmits (uploads) the original image information upload function for transmitting (uploading) the image information relating to the image information to be edited through the electric original image information communication unit, and transmits it on the transmitted (uploading) image information ( Call the original image information synthesizing function capable of overlapping image information relating to processing including upload) and the various image special effects (image effects) stored in the image information special effect storage unit described above in the transmitted (uploaded) image. It is also possible to have a configuration having an original picture information effect call grant function to be provided to the picture information.

According to the present invention, the user can edit the image information possessed by the user by the image information upload function through the operation on the web, and can freely combine various image information by the original image information synthesizing function. By the effect call grant function, editing of the original image as if made by a professional designer is realized.

Among the image information transmitted (uploaded) here, for example, the still image information includes, for example, ARTV, AV, ABS, MBM, CV, CV, CV, COM, CV2, CV, CV, CVT, DC, DC, DC, DV, DVD, DV , DVD, DVD, EMF, EFP, EPI, ESP, EPS2, ESP3, ESP, EPS, EBP, EVR, FAX, FIP, FTS, FAP, VIP, FPS, TV, TV, EV, EV, EV 、 XP2 、 PCC 、 JPE 、 MAN 、 MAT 、 MIF 、 Mono 、 MNＧ 、 MFG 、 M2Ｖ 、 MCC 、 MVR 、 MSL 、 MTV 、 MV 、 NEF 、 OCF 、 OTM 、 PC ・ PCM ・ PM ・ PM 、 PCB ・ PC 、 PCB 、 PCD 、 CD PPE, PFA, PPF, PPM, PPM, PICON, PICT, PIV, PEN, PNM, PPM, PS, PS2, Ps3, Psd, PFT, PPM, RAD, RAF, RB, RBA, RB, RB, RB, It includes data formats such as SV, SHTML, SV, SV, TV, TFT, etc.

In this case, the effect given by the original picture information effect call granting function is, for example, effects related to colors such as sepia, sharp, grace, kale, and glow, and brightness or contrast, which are applied to the original picture information. (B) effects related to mosaics, pens, brushes, etc. that can be applied to local parts of the original image information; ), And other information (such as notes, moons, hats, etc.), effects related to image information related to rounding, cut-out edges, and frame selection regarding shaded original image information.

Further, in the above configuration, the electric original image information editing operation screen display processing unit is a screen displayed on the operation screen of the user terminal, and the original image information editing operation widow for editing the image information and the original image information uploading function for the original image information editing processing unit. An original image information editing editor for operating an original image information display section for confirming image information on editing and an original image information effect call grant function for the original image information editing processing section, having a signal input button for operating It is also possible to set it as the structure provided with an original image information editing operation screen display function.

According to the present invention, the user can open the original image information editing operation window by operation on the web and check the image related to one or more edits in the original image information display unit displayed in the original image information editing operation window. Editing operations for image editing are possible, and the graphical operability is improved without requiring special command input or setting by the user.

In addition, the original image information communication unit according to the present invention carries out a process including transmission to make the original image information generated by the original image information generation processing unit related to the original image information generation system available as image information about the flash file generation system. It can also be set as the structure provided with the original image transmission function performed.

According to the present invention, the original image information edited by the user can be used for generating a flash file, and it is possible to easily generate a more unique flash file.

According to the present invention, the flash file generation and the original image information editing are realized on the web, and the user (for example, the individual user or the user in the company) can use the professional creator without having to consider the system maintenance or the software upgrade. Even if you don't have the technology that you have, you can always use the latest technology to create high-quality general-purpose moving image or image information, and for personal users, you can enhance your privacy, and for corporate users, you can expect more business opportunities. .

Fig. 1 is a block diagram showing the overall configuration of a composite web service system 1 of a flash file generation system 2 and an original image information generation system 3, which are one of embodiments of the present invention.
2 is a flow chart showing the overall operation and flow of functions of the system, which is one of the embodiments of the present invention.
Fig. 3 is a timing flowchart of the detailed configuration and operation of the user registration processing of the flash file generation system 2 which is one of the embodiments of the present invention.
Fig. 4 is a timing flow chart showing the detailed configuration and operation of the still image information and the moving image information conversion process related to flash file generation in the flash file generation system 2 according to one embodiment of the present invention.
Fig. 5 is a timing flow for the detailed configuration and operation of the editing, conversion, and slide editing processing of image information, character information, or moving image information related to flash file generation in the flash file generation system 2 according to one embodiment of the present invention. It is a chart.
Fig. 6 is a timing flow chart showing the detailed configuration and operation of the storage process related to flash file generation of the flash file generation system 2, which is one of embodiments of the present invention.
Fig. 7 is a timing flowchart of the detailed configuration and operation of the user registration processing of the original image information generation system 3, which is one of embodiments of the present invention.
Fig. 1 is a timing flow chart for the detailed configuration and operation of the image information conversion processing for the original still picture information generation of the original image information generation system 3, which is one of the embodiments of the present invention.
Fig. 1 is a timing flow chart for the detailed configuration and operation of the image information and the character information editing and conversion processing related to the generation of the original still picture information of the original image information generation system 3, which is one of the embodiments of the present invention.
10 is a timing flow chart showing the detailed configuration and operation of a storage process relating to the generation of original still picture information of the original image information generation system 3, which is one of embodiments of the present invention.
11 is an operation screen of the flash file generation system 2 displayed on the screen of the user terminal 50 which is one of the embodiments of the present invention.
Fig. 12 is an operation screen of the original image information generation system 3 displayed on the screen of the user terminal 50, which is one of the embodiments of the present invention.
Fig. 13 is a timing flow chart related to the detailed configuration and operation of flash file generation according to the fifth embodiment.

EMBODIMENT OF THE INVENTION Hereinafter, the best form for implementing this invention with reference to drawings is demonstrated.

Fig. 1 is a block diagram showing the overall configuration of a complex web service system of a flash file generation system and an original image information generation system according to an embodiment of the present invention. Hereinafter, the scope necessary for the description in order to achieve the object of the present invention will be described primarily, and the scope necessary for the description of the corresponding part of the present invention will be mainly described, and the description thereof will be omitted by the known technology.

As shown in the same figure, the composite web service system 1 of the flash file generation system and the original image information generation system according to the embodiment of the present invention generates a flash file having a flash file server 10 and a flash file database 20. The original image information editing system 3 having the system 2, the original image information server 30, and the original still image information database 40 is provided in a basic configuration. In addition, the flash server 10, the flash database 20, the original image server 30, and the original still image database 40 are connected to a state in which information can be transmitted. The flash server 10 or the original image server 30 is connected in a state in which information can be transmitted to the user terminal 50 (either a mobile phone or the like) via the network 60 (either Internet or intranet).

The flash server 10 related to the flash file generation system 2 includes a flash file editing processor 101, a flash file image information conversion processor (image converter) 102, and a flash file character information conversion processor (text converter) 103. And a flash file moving picture information conversion processing unit (video converter) 104, a flash file generation processing unit (generator) 105, a flash file operation screen display processing unit 106, and a flash file communication unit 107.

The flash database 20 of the flash file generating system 2 includes a flash file user information storage 201, a flash file editing material storage 202, a flash file special effect storage 203, and a flash file storage ( 204).

The flash file editing processing unit 101 of the flash file server 10 connects image information and image information or moving image information, and a still image image connected by a slide connection function and a slide connection function to connect the moving image information and the moving image information. A slide addition and deletion function for adding or deleting information or moving image information, and a slide moving image information upload function for transmitting (uploading) moving image information regarding still image information or moving image information regarding editing through the flash file communication unit 107 are provided.

In addition, the flash file editing processing unit 101 has a flash file moving picture information extraction function capable of extracting a desired portion of the moving picture information.

In addition, the flash file editing processing unit 101 transmits (uploads) the still image information stored in the flash file editing material storage unit 202 by the calling flash file image information calling function and the called image information or slide image information uploading function. Invoke various special effects (effects) stored in the flash file special effect storage unit 203 to the image information including information on the slide or information including at least one of various information of the still image information or the character information input into the slide and assigning it to the image information. The flash file effect call grant function, the time difference display function for displaying the time-delayed character information or still image information to which the effect is applied within a predetermined numerical setting range, and the flash file communication unit 107 described for all slides are uploaded (uploaded). About wallpaper setting function and editing to set image information to background image Stored in the flash file editing material storage unit 202 in a flash file relating to the creation of a link and a link setting function that associates one piece of image information, character information, or information about a slide with position information of another slide or web phase for another edit. It has a BGM setting function for selecting one of the pieces of music information and assigning it to a flash file, and storing a flash file in a flash file storage unit or calling a flash file storage function from a flash file storage unit.

The flash file editing processing unit 101 can generate a flash file by the flash file generation processing unit (generator) described above in the state where the various effects assigned by the flash file effect call granting function are superimposed within a setting range. It has a flash file effect superimposition function.

The flash file editing processing unit 101 has a flash file capacity setting changing function that allows the video time of various information related to editing and the storage capacity per unit number of the generated flash file to be flexibly set and changed according to the contract contents.

The flash file editing processing unit 101 generates a tag information generating function for generating tag information for transmitting (uploading) the flash file stored in the flash file storage unit 204 to the homepage through the network 60 by a flash file storing function. And flash file delete function to delete flash files from flash file storage.

In addition, the flash file editing processing unit 101 has a flash file capacity calculation function capable of calculating the capacity of the flash file or the like.

In addition, the flash file editing processing unit 101 has a flash file manipulation limit weighting function capable of generating an interface having an operation limitation to display on the screen of the cellular phone based on the result of the capacity determination by the flash file capacity calculation function. .

The flash file image information conversion processing unit (image converter) 102 executes a process of converting the image into a state in which a flash file can be generated, such as resizing of image information related to editing or changing of a data format.

The flash file character information conversion processing unit (text converter) 103 executes a process of converting the file into a state in which a flash file can be generated, such as changing the data format of the character information related to editing.

The flash file moving picture information conversion processing unit (video converter) 104 executes processing for converting the moving picture information into a state capable of generating a flash file such as resizing of moving picture information and editing of a data format.

The flash file generation processing unit (generator) 105 performs a process of generating a flash file on the basis of information including at least one of various information of image information, character information, moving image information, and information about an edited slide converted as described above. Run

The flash file manipulation screen display processing unit 106 edits the flash file manipulation window and the flash file manipulation screen display processing unit 101 for editing various kinds of information related to the generation of the flash file. Flash file image information call function or flash file effect call grant function or time difference for the flash file slide arrangement display unit and the flash file operation screen display processing unit 106 for checking the arrangement of the slides having a signal input button for activating the function. To activate the tag information generation function and the flash file deletion function for the flash file editing editor and flash file editing processing unit to activate the display function, wallpaper setting function, link setting function, BGM setting function, and flash file information storage function. It is equipped with a flash the flash file operation screen display function of displaying a file selection unit for selecting the flash file on the edit button having a signal input for group. Specifically, it is shown in FIG.

The flash file operation screen display function of the flash file operation screen display processing unit 106 is provided with a flash file moving image information extraction table for operating the flash file moving image information extraction function for the flash file editing processing unit 101. Specifically, for example, a desired image can be extracted by clicking (marking) at the start and end of the image to be extracted with a cursor operation in a portion where the reproduction time information of the moving image information is displayed.

In addition, the flash file manipulation screen display processing unit 106 is particularly adapted to arrange the arrangement of the numeric keys and the arrangement of the still image displayed on the mobile telephone screen, such as the screen expansion, the movement of the cursor, or the like displayed on the mobile phone screen, by the user's terminal being a mobile phone. It is equipped with a numeric key operation function that constitutes a user interface.

The flash file communication unit 107 has a function of transmitting and receiving information including at least one of image information, moving image information, and various types of information of the flash file to the user terminal 50 connected via the network 60.

The flash file user information storage unit 201 stores user information registered by a predetermined procedure, for example, ID information such as a user's name, age, current address, and the like.

The flash file editing material storage unit 202 is a landscape, nature, season, texture, building, domestic landscape, CG, still life, food, craft, event, event, sport, person, society, animal, design, for example. Image information or moving image information related to a vehicle, a vehicle, and music information related to healing, fusion, orchestra, jazz, and the like are stored.

The flash file special effect storage unit 203 includes image effects including, for example, colors to be applied to images, strobes, slow movements, etc., spots (such as wind movements) and revils (motions such as winds) to the character information. Text effects, including scenes (such as fog), drop (such as rain), color (such as overlaid), and season effects (such as Christmas) Sin effects, covers (such as slides falling from above), revils (such as slides falling down), presses (such as sliding down, etc.), zoom (slides gradually expanding from the center) ), Fade-through (such as adding a transparent color to a slide), season effects (such as overwriting the shape of Christmas), spat Information relating to item effects including transition effects, pictograms, decorations, characters, stickers, business-related image information, or moving image information including shirels (such as an effect of erasing an image or the like with an eraser) is stored.

The flash file generation storage unit 204 stores a flash file for editing.

In addition, the flash file generation storage unit 204 stores an existing flash file. That is, it is stored in advance in the form (template), and the user can insert predetermined still image information or character information into the form of the flash file.

The original image server 30 according to the original image information editing generation system 3 includes the original image information editing processing unit 301, the original image information conversion processing unit 302, the original image information character information conversion processing unit 303, and the original image information. A generation processing unit 304, an original image information editing operation screen display processing unit 305, and an original image information communication unit 306 are provided.

The original image database 40 according to the original image information editing system 3 includes an original image information editing user information storage unit 401 and an original image information special effect storage unit 402.

The original image information editing processing unit 301 of the original image server 30 transmits (uploads) an original image information uploading function and transmits (uploads) image information related to image information to be edited via the original image information communication unit 306. Original image information synthesizing function capable of overlapping image information related to transmission (upload) and the like on the generated image information and various image special effects (image effect) stored in the image information special effect storage unit 402 in the transmitted (uploaded) image. Is provided with an original image information effect call granting function for assigning to image information for calling.

The original image information image information conversion processing unit (image converter) 302 executes a process of converting the image information into a state capable of generating a flash file such as resizing of image information related to editing or changing of a data format.

The original image information character information conversion processing unit (text converter) 303 executes a process of converting into a state capable of generating a flash file such as changing the data format of the character information related to editing.

The original image information generation processing unit (generator) 302 executes a process of generating original still picture information on the basis of information including at least one of various pieces of image information and character information edited as described above.

The original image information editing operation screen display processing unit 305 is edited having an original image information editing operation window for editing image information and a signal input button for activating an original image information upload function related to the original image information editing processing unit 301. Original image information editing operation screen display function for displaying an original image information editing editor for activating an original image information effect call grant function for the original image information display unit and the original image information editing processing unit 301 for checking image information relating to Equipped with. Specifically, it is shown in Table 12.

The original image information communication unit 306 has a function of transmitting and receiving information including at least one of image information and various kinds of information relating to the original image information to the user terminal 50 connected via the network 60. Original still picture information which is transmitted or the like so as to make the original image information generated by the original image information generation processing unit 303 relating to the original image information generation system 3 available as image information about the flash file generation system 2. Equipped with transmission function.

The original image information editing user information storage unit 401 stores user information registered by a predetermined procedure, for example, ID information such as a user's name, history, and current address.

The original image information special effect storage unit 402 is, for example, effects related to colors such as sepia, sharp, grace, kale, and glow, and effects related to light and shade, such as brightness and contrast, and original images, which are applied to the original image information. Effects related to mosaics, pens, brushes, etc. that can be applied to local parts of information, or effects or symbols (arrows, etc.), animals (bears, etc.), insects (butterflies, etc.), musical instruments (trumpets, etc.), etc. Input of image effects or character information tables including various information such as effects related to image information related to other (notes, moons, hats, etc.) and effects related to picking a frame about original image information with rounded corners, cutout edges, and shades Contains text effects, including text box related to, speech bubble-related effects, and so on.

Next, the operation of the combined web service system 1 of the flash file generation system and the original image information editing system of the present invention configured as described above will be described.

The overall operation and function flow of the system related to the present invention is shown in the flowchart shown in Table 2. That is, first, when the user uses the flash file generation system 2, the flash file generation system 2 executes a user registration process from the user terminal 50 (step F-10). Next, after completion of the user registration processing, transmission (upload) or selection and conversion processing of image information or moving image information related to the generation of the flash file is executed (Step F-20). After the conversion process, information processing including at least one of image information, character information, moving image information, and information on slides is performed, and conversion processing after editing and slide editing processing are executed (Step F-30). A flash file is generated on the basis of information including at least one of image information, character information, and various kinds of information of moving picture information caught on the edited slide (step F-40).

Secondly, when the user also uses the original image information editing system 3 that can be linked to the flash file generation system 2, the original image information editing system 3 executes a user registration process from the user terminal 50. (Step P-10). Next, after the user registration processing is completed, image selection and conversion processing relating to the generation of the original image information is executed (Step P-20). Editing and post-editing conversion processing of information including at least one of various kinds of image information and character information (step P-30), and finally including at least one of various kinds of image information and character information related to editing. The original image information is generated based on the information to be stored, and the storage process is executed (step P-40).

Next, the detailed configuration and operation of the user registration processing of the flash file generation system 2 according to the present invention will be described with reference to the timing flowchart shown in FIG. 3 and FIG. As shown in the figure, first, a connection request signal for requesting connection to the flash server 10 of the flash file generation system 2 is transmitted from a user terminal 50, for example, a personal computer (PC) or a cellular phone ( Step F-10-501). In response to this signal, the flash server 10 inquires whether or not it matches with the user information stored in the flash file user information storage 201 (step F-10-201). If the inquiry is possible, after completion of the inquiry processing (step F-10-202), the flash file operation window is displayed on the operation screen of the user terminal 50 by the flash file operation screen display function of the flash file operation screen display processing unit 106. (Step F-10-502). In addition, when it is impossible to inquire (not shown), the flash server 10 makes a new registration request with respect to the user terminal 50. FIG.

Next, the detailed configuration and operation of the conversion process of the image information or moving image information related to the flash file generation of the flash file generation system 2 according to the present invention will be described using the timing flowchart shown in FIG. 4 and FIG. . As shown in the figure, the transmission (upload) of image information or moving image information from the user terminal 50 to the flash server 10 via the network 60 by the slide image information upload function of the flash file editing processing unit 101. (Step F-20-501). In response to this, the flash server 10 receives the image information or the moving image information by the flash file communication unit 107 (step F-20-201). Thereafter, the image information is converted into a state capable of generating a flash file by the flash file image information conversion processing unit (image converter) 102, and the moving image information is converted into a state in which a flash file can be generated by the flash file moving image information exchange processing unit (video converter) 104. It is converted (step F-20-203) and displayed in an editable state on the operation screen of the user terminal 50 (step F-20-503).

Further, a selection signal for selecting still image information stored in the flash file editing material storage unit 202 is sent from the user terminal 50 (steps F-20-502). In response to this signal, the flash server 10 executes the call processing of the image information as the raw material by the flash file image information calling function related to the flash file editing processing unit 101 (steps F-20-202). Since the subsequent processing is as described above, the description is omitted. In addition, by the slide linking function of the flash file editing processing unit 101, the series of processing is possible for two or more slides, and the slide addition or deletion function enables the addition or deletion of slides. In addition, the series of operations are inputted from the flash file manipulation window and the flash file slide arrangement display unit displayed on the operation screen of the user terminal 50 by the flash file manipulation screen display function of the flash file manipulation screen display processing unit 106. It is performed by a process.

Next, a timing flow chart shown in Table 5 for the detailed configuration and operation of the editing, conversion and slide editing processing of image information, character information or moving image information related to flash file generation of the flash file generation system 2 according to the present invention. And description with reference to FIG. As shown in the figure, the user terminal 50 makes the image information displayed in the editable state by the operation editable, and transmits the image information basic editing signal for basic editing of the image information or the flash file special effect storage unit ( A selection symbol for selecting various image effects stored in 203 is sent (step F-30-501). Here, basic editing of image information includes movement of image information in the slide, change of size, timing setting in seconds, rotation, inversion, processing of UNDO, REDO, reset, and the like. With respect to this signal, the flash server 10 calls the various image effects by the flash file editing processing unit 101 or the flash file effect call granting function to give the still picture information (step F-30-201). ). Thereafter, the image information is converted into a state in which a flash file can be generated by the flash file image information conversion processing unit (image converter) 102 (steps F-30-204) and displayed in an editable state on the operation screen of the user terminal 50. FIG. (Step F-30-505).

In addition, the user terminal 50 transmits a text information basic editing signal for basic editing on text information to the image information or moving picture information displayed in an editable state by operation, or the flash file special effect storage unit 203 Or a selection signal for selecting various text effects to be stored (step F-30-502). Here, basic editing of character information includes input of character information, movement of character information in slide, font, italic font, bold font, font color, vertical writing, horizontal writing, character position (left alignment, center, right alignment), in seconds. Appearance timing setting and the like. With respect to this signal, the flash server 10 calls the various text effects by the flash file editing processing unit 101 by the processing related to basic editing or the flash file effect call granting function and assigns them to the character information (step F-30-202). ). After that, the character information is converted into a state in which a flash file can be generated by the flash file character information conversion processing unit (text converter) 103 (steps F-30-204), and displayed in an editable state on the operation screen of the user terminal 50. (Step F-30-505). In addition, in the series of processing, it is also possible to display a time difference display function or the like with respect to the flash file editing processing unit 101 with a time difference within a predetermined numerical setting range (not shown).

Furthermore, the user terminal 50 transmits the moving picture information basic editing signal for basic editing of the moving picture moving picture information by making the moving picture information displayed in the editable state by the operation editable (steps F-30-503). Here, the basic editing of moving picture information includes moving or changing the size of moving picture information in a slide. After that, the moving image information is converted into a state in which a flash file can be generated by the flash file moving image information conversion processing unit (video converter) 104 (steps F-30-204) and displayed in an editable state on the operation screen of the user terminal 50. (Step F-30-505).

By the operation on the user terminal 50, the stationary information on the background image in the slide relating to the series of processing is transmitted (uploaded) through the flash file communication unit 107, or the background signal is transmitted. Or a selection signal for setting various scene effects, telephone effects or item effects stored in the flash file special effect storage unit 203 (steps F-30-505). In response to this signal, the flash server 10 sets the image as the background image or sets the background color by the wallpaper setting function of the flash file editing processing unit 101, or calls various effects by the flash file effect call grant function to the slide. (Step F-30-205). The flash server 10 then recognizes the processing (steps F-30-206) and is displayed in an editable state on the operation screen of the user terminal 50 (steps F-30-506).

At this time, by the flash file effect superimposing function of the flash file editing processing unit 101, various effects can be superimposed within a predetermined setting range (not shown). In addition, the link setting function associates the image information, the character information, or the slide information with the position information of another slide or web page with respect to the editing, and the flash file is generated by the BGM setting function. Any of the pieces of music information stored in the file editing material storage unit 202 can be selected and given to the flash file (not shown). In addition, the series of processing is performed by the flash file manipulation window display function of the flash file manipulation screen display processing unit 106 and input processing from the flash file manipulation window and the flash file editing editor displayed on the manipulation screen held by the user terminal 50. It is done by.

Next, the detailed configuration and operation of the storage process related to the flash file generation of the flash file generation system 2 according to the present invention will be described using the timing flowchart shown in FIG. 6 and FIG. As shown in the figure, the storage of information including at least one of still information, text information, moving picture information, and information about an edited slide converted into a state in which a flash file can be generated by an operation on the user terminal 50 is stored. A storage signal is transmitted (step F-40-501). In response to this signal, the flash server 10 generates a flash file (SWF) by combining various kinds of information by a flash file generation processing unit (generator) 105 in a predetermined process (steps F-40-201). Thereafter, the flash file storage calling function for the flash file editing processing unit 101 stores the flash file storage unit 204 in the flash file storage unit 204 (steps F-40 to 202), and edits them on the operation screen of the user terminal 50. (Step F-40-502).

Moreover, the transmission signal which transmits (downloads) a flash file by the operation in the user terminal 50 is sent (step F-40-503). In response to this signal, the flash server 10 calls the flash file from the flash file storage unit 204 by the flash file storing call function (steps F-40-203). After that, the flash file communication unit 107 transmits the flash file (steps F-40-204), and is stored in the storage medium possessed by the user terminal 50 (steps F-40-504).

By the operation in the user terminal 50, a tag information generation signal for generating tag information relating to the homepage of the flash file is transmitted (steps F-40 to 505). In response to this signal, the flash server 10 generates tag information for transmitting (uploading) the flash file to the homepage via the Internet with a tag information generating function for the flash file editing processing unit 101 (step F-40-205). ). Thereafter, tag information is displayed on the operation screen of the user terminal 50 (step F-40-506). In addition, the flash file deletion function enables the flash file to be deleted from the flash file storage unit 204 (not shown). In addition, the series of processing is based on the input processing from the flash file operation window and the flash file selection unit displayed on the operation screen of the user terminal 50 by the flash file operation screen display function of the flash file operation screen display processing unit 106. It is done by.

Next, the detailed configuration and operation of the user registration processing of the original image information generation system 3 according to the present invention will be described using the timing flowchart shown in FIG. 7 and FIG. As shown in the figure, first, the user terminal 50 transmits a connection request signal for requesting connection to the original image server 30 of the original image information editing generation system 3 (step P-10-501). In response to this signal, the original image server 30 inquires whether or not it matches the user information stored in the original image information editing user information storage unit 401 (step P-10-301). If the inquiry is possible (Step P-10-302), the original image information editing operation window is displayed by the user terminal 50 by the original image information editing operation screen display function of the original image information editing operation screen display processing unit 303. The display is displayed on the held operation screen (step P-10-502). In addition, when it is impossible to inquire (not shown), the original image server 30 makes a new registration request to the user terminal 50.

Next, the detailed structure and operation | movement, such as the conversion process of the image information regarding the generation of the original still picture information of the original image information generation system 3 concerning this invention, are demonstrated using the timing flowchart shown in FIG. 8 and FIG. As shown in the figure, the user terminal 50 transmits (uploads) still image information to the original image server 30 via the network 60 by an original image information upload function of the original still image information editing processing unit 301. (Step P-20-501). In contrast, the original image server 30 receives the image information by the original image information communication unit 304 (step P-20-301). After that, the image information is converted into a state capable of generating original image information by the original image information conversion processing unit (image converter) 302 (step P-20-302), and the image information can be edited on the operation screen of the user terminal 50. The status is displayed (step P-20-502). In addition, the original image information synthesizing function of the original still image information editing processing unit 301 allows the image information related to transmission (uploading) or the like to be duplicated and edited on the image information transmitted (uploaded) by an operation on the user terminal 50. Yes (not shown). In addition, the series of processing includes the original image information editing operation window and the original image displayed on the operation screen of the user terminal 50 by the original image information editing operation screen display function of the original image information editing operation screen display processing unit 305. It is performed by the input process from the information display part.

Next, the timing flow chart shown in FIG. 9 and FIG. 1 for the detailed configuration and operation of the image information and the character information editing and conversion processing related to the generation of the original still picture information of the original image information editing generation system 3 according to the present invention. Explain using As shown in the figure, an original image information basic editing signal for basic editing of the original image information is made by making the original image information displayed in the editable state by the operation in the user terminal 50 editable or the original image information. The various effects stored in the special effect storage unit 402 are selected and a selection signal is sent (steps P-30-501). Here, the basic editing of the original still image information includes size change, rotation, and inversion. With respect to this signal, the original image server 30 calls various image effects to the processing related to basic editing or the original image information effect call granting function in the original purification information editing processing unit 301 to give still information (Step P-). 30-301). Thereafter, the image information is converted into a state capable of generating original still image information by the original image information image information change processing unit 302 (steps F-30-303), and displayed in an editable state on the operation screen of the user terminal 50. (Step F-30-505).

In addition, the user terminal 50 transmits a character information basic editing signal for basic editing on the character information to the image information displayed in the editable state by the operation or is stored in the original image information special effect storage unit 402. A selection signal for selecting a text effect is sent (steps P-30-502). Here, the basic editing of character information includes input of character information, fonts, italics, bold fonts, font colors, and the like. In response to this signal, the original image server 30 calls various text effects in the original still image information editing processing unit 301 by the processing related to basic editing or the original image information effect call grant function to give the still image information (Step P-). 30-302). Thereafter, the character information is converted into a state capable of generating original still image information by the original image information character information conversion processing unit 303 (steps F-30-303), and displayed in an editable state on the operation screen of the user terminal 50 ( Step F-30-505). In addition, the series of processing includes the original image information editing operation window and the original image displayed on the operation screen of the user terminal 50 by the original image information editing operation screen display function of the original image information editing operation screen display processing unit 305. This is done by input processing from the information editing editor.

Next, the detailed configuration and operation of the storage processing related to the generation of the original still picture information of the original image information generation system 3 according to the present invention will be described using the timing flowchart shown in FIG. 10 and FIG. As shown in the figure, a storage signal for storing information including at least one of various types of information ranging from the purified information or the text information converted into the state capable of generating the original image information by the operation in the user terminal 50 is transmitted. (Step P-40-501). In response to this signal, the original image server 30 combines various pieces of information into a predetermined process by the original still image information generating processing unit 304 to generate the original still image information JPAG (step P-40-301). Thereafter, the original image information communication unit 306 transmits information about the original still image information (JPAG) (steps P-40-302), and displays it in a state capable of being stored on the operation screen of the user terminal 50, and displays the user terminal ( The original still picture information (JPAG) displayed on the storage medium possessed by 50) is stored (steps P-40-502). In addition, the series of processing includes the original image information editing operation window and the original image displayed on the operation screen of the user terminal 50 by the original image information editing operation screen display function of the original image information editing operation screen display processing unit 305. This is done by input processing from the information editing editor.

It is also possible to transmit the original still picture information (JPAG) to the flash file generation system 2 in the original still picture information transmission function of the original image information communication unit 306 by an operation on the user terminal 50 (not shown). .

As described in detail above, according to the complex web service system 1 of the flash file generation system 1 and the original image information editing system 2, the user terminal 50 and the flash server 10 are controlled by the flash file generation system 2. The flash file editing processing unit 101 edits the image information, the character information, the moving image information, or the information about the slide, which is the basis of the flash file generation, and joins the still image information related to the editing to the flash file. In the information conversion processing unit (image converter) 102, conversion is performed on a change (resize) or a change in data format (JPEG) of the image size by a predetermined process, and the flash file character information conversion processing unit (text converter) 103 performs the conversion. The flash file moving picture information conversion processing unit performs conversion related to the change of the data format (JPEG) by a predetermined process. The conversion unit 104 converts the moving image size (resize) or the data format (FLV) by a predetermined process, and converts the various information after the conversion by a predetermined process by the flash file generation processing unit (generator). A system for generating flash file information is realized by a flash file operation screen display processing unit which realizes a series of operations for generating a combined flash file (SWF) by operation on an operation screen displayed on a screen of a user terminal by a web browser via the Internet. It can be widely used according to the user's situation without the need for construction.

The original image information editing processing unit 301 edits the image information and the character information between the user terminal 50 and the original image server 30 by the original image information editing system 2 which can be linked with the flash file generation system. The original image information image information conversion processing unit 302 of the original image server 30 changes or resizes the still image by a predetermined process so that the still image information related to the editing is adapted to the original still image information. The conversion is performed on the change (JPEG), and the original image information character information conversion processing unit 303 performs the conversion on the change of the data format (JPEG) by a predetermined process, and the original image information generation processing unit 304 converts the various information after the editing. A series of steps to generate the original still picture information (JPEG) by combining by a predetermined process in Since the original operation screen display processing unit 305 realizes the operation on the operation screen displayed on the screen of the user terminal by the web browser via the Internet, the flash file can be generated using the original still image information generated as a material. As a result, it can go beyond the framework of individual users, and can be utilized in a wide range of situations, such as scenes of rapid management planning strategies for users in a company.

Here, the first embodiment of the flash file generation system 2 according to the present invention, which is particularly characterized by simplicity of desired flash file generation, will be described with reference to FIG. In addition, since the first embodiment is a part of the best form for implementing the flash file generation system 2, illustration of overlapping parts, timing flowchart, etc. are abbreviate | omitted.

The flash file server 10 transmits (uploads) the still picture information through the slide image information upload function that is applied to the flash file editing processing unit 101 by the user terminal 50. In contrast, the flash file server 10 receives the still picture information by the flash file communication unit 107. The still picture information is converted into a state in which a flash file can be generated by the flash file still picture information exchange processing unit (image converter) 102. The user terminal 50 stores the corresponding still image and / or character information in the flash file generation storage unit 204 by a flash file effect call grant function for the flash file editing processing unit 101 of the flash server 10. To an existing flash file (flash template). After the provision, the file server 10 generates a flash file (SWF) by combining various pieces of information into a predetermined process by the flash file generation processing unit (generator) 105 by the storage signal from the user terminal 50.

Therefore, according to the first embodiment described above, the user can easily generate the flash file of the advertisement or the presentation material that can obtain the customer satisfaction with high added value simply by adopting the API (Application Programming Interface).

A second embodiment of flash file generation, which is characterized by having a method for editing moving picture information relating to flash file generation, in particular in the flash file generation system 2 according to the present invention, will be described with reference to FIG. In addition, since the second embodiment is a part of the best form for implementing the flash file generation system 2, the description of overlapping portions, timing flowcharts, and the like are omitted.

When generating a flash file in the flash file generating system 2, the moving picture information basic editing which makes basic edits of the moving picture information by making the moving picture information displayed in the editable state by the operation from the user terminal 50 editable. Send a signal. Here, the basic editing of moving picture information includes movement of moving picture information, change of size, and the like in the slide. Specifically, by selecting (double-clicking) moving image information to be edited, the desired image information is acquired from the flash file moving image information extraction table displayed on the flash file operation screen display processing unit 106 by the cursor operation only. can do. Specifically, for example, a desired image can be extracted by clicking (marking) at the start and end of the image to be extracted with a cursor operation in a portion where the reproduction time information of the moving image information is displayed. In addition, by the BGM setting function of the flash file editing processing unit 101, the playback time of the music information (BGM) or the like given to the moving picture information can be arbitrarily set.

Therefore, according to the second embodiment described above, a user can generate a flash file by combining desired moving picture information or music information on the Internet without installing a dedicated application on a unique terminal.

Next, using the flash file generated by the flash file generation system 2, a third embodiment, which can be used for the background of a mobile phone or transmitted by e-mail for a mobile phone, will be described with reference to FIG. do. Incidentally, since the third embodiment is part of the best form for implementing the flash file generation system 2, illustration of overlapping portions, timing flowcharts, and the like are omitted.

After generating the flash file, the transmitter transmits and downloads a flash file generated by an operation from the user terminal 50 (including a mobile phone). The flash file server 10 stores the flash file in response to this signal. The flash file is called from the flash file storage unit 204 by the call function. Thereafter, the flash file communication unit 107 transmits the flash file and stores the flash file in the storage medium of the user terminal 50. When the user terminal 50 is other than the cellular phone, it transfers to the cellular phone via the flash file communication unit 107 by the transition to a desired cellular phone or by an e-mail function.

Therefore, according to the third embodiment described above, it is possible to create a background screen or a flash file mail for a mobile phone simply without wasting design time using materials possessed by a user or a company.

Next, in the flash file generation system 2, a flash file generation embodiment of the flash file generation characterized by generating a flash file by adding special effects to each of four still picture information, respectively, will be used. Explain. Incidentally, since the embodiment of the yarn making is part of the best form for implementing the flash file generating system 2, the description of overlapping portions, timing flowcharts, and the like are omitted.

The flash file server transmits (uploads) four still image information from the user terminal 50 (including a mobile phone) via the network 60 by the slide image information uploading function of the flash file editing processing unit 101. 10). After uploading, the flash file effect call assign function is operated by the flash file editing editor displayed by the flash file manipulation screen display function of the flash file manipulation screen display processing unit 106 on the screen of the user terminal 50 to execute character information or various special effects ( To the corresponding still picture information. After the provision, the file server 10 generates a flash file (SWF) by combining various pieces of information into a predetermined process by the flash file generation processing unit (generator) 105 by the storage signal from the user terminal 50. When storing, the flash file stored in the flash file storage unit 204 is transmitted (uploaded) to the home page via a network by a tag information generation function of the flash file storage function of the flash file editing processing unit 101.

Therefore, according to the embodiment described above, the user can easily generate a flash file that becomes a 4-cut cartoon-style slideshow on the Internet by simply using the API (Application Programming Interface). In addition, since the flash file can be uploaded to the homepage or blog as tag information between users, file sharing can be easily performed.

Next, in the flash file generation system 2, in particular, the user terminal 50 is a mobile phone, and at least one of a flash file, a VGT file, or a PING file, wherein the numeric key of the mobile phone is configured as a user interface. A fifth embodiment of generating one will be described with reference to Figs. In addition, since the embodiment of the fifth is a part of the best form for implementing the flash file generation system 2, illustration of overlapping portions, timing flowcharts, and the like are omitted.

The user terminal 50 accesses the flash file server 10 via the network 60, and a predetermined initial screen is displayed. In addition, the numeric file manipulation function of the flash file manipulation screen display processing unit 106 of the flash file server 10 moves, selects, determines, and generates other files such as screen switching, cursor movement, and insertion of still image information and character information. All operations necessary for the above can be performed with the numeric keys, but are not limited to these. Specifically, when selecting the still image information of the background, select the number key corresponding to the desired background by aligning the arrangement of the background on the screen with the arrangement of the number keys, and press ＊ to return to the initial screen, and press 0 to return to the full screen. Press ＃ to go to the next screen. In addition, when inserting the reader's still image information (including a face photograph in this case) or character information (including an e-mail in this case) into the background, press 2 on the numeric keys for upward, press 8 for downward, Press 6 to move right, press 4 to move left. Press 5 to select, 0 to confirm the selection, or * to return to the full screen.

Fig. 13 is a timing flow chart related to the detailed configuration and operation of flash file generation according to the fifth embodiment. As shown in the figure, the flash file server 10 generates an initial interface (hereinafter referred to as "flash file") (step D-10-201). The initial interface here is an operation screen for generating a flash file. The initial interface is displayed on the screen of the user terminal 50 (step D-10-501). Thereafter, a process requiring signal transmission to the flash file server 10 by the operation of the user terminal 50, for example, selection of various still image information stored in the flash file editing material storage unit 202 (specifically, Indicates a background or selection of an item to be pasted) or a selection of various image effects stored in the flash file special effect storage unit 203 and a signal for an operation requiring processing in the flash file server 10 ( Step D-10-502, desired still picture information and effects are provided by the processing of the flash file server 10 (Step D-10-202) (an operation that requires no processing in the flash server 10, for example) For example, no signal shall be signaled for the repositioning or resizing of items. At this time, the capacity of the flash file generated by the flash file capacity calculation function of the flash file editing processing unit 101 is calculated, and from the result, it is determined whether the reception capacity of the user terminal 50 is within or outside the limit (step D). -10-203). Specifically, the reception capacity limit of the cellular phone is generally 100 Kb (kilobyte). If the capacity of the generated flash file is 90 Kb and another effect having 15 Kb is added, the total is 105 Kb. This allows you to create a flash file of your choice not exceeding 100Kb. Therefore, when it is determined that the reception capacity is within the limit, an interface without operation limitation is generated and stored (step D-10-204), and displayed on the screen of the user terminal 50 (step D-10-503). On the other hand, if it is determined that the limit is within the limit, the interface with the operation limit is generated and stored by the flash file operation limit weighting function of the flash file editing processing unit 101 (step D-10-205), and the operation on the screen of the user terminal 50 is performed. This is displayed including the impossible (step D-10-504). Specifically, operation keys for imparting other effects having the above 15 Kb are not selectable. After that, if other still picture information or effects can be provided, the process returns to step D-10-502 and the same processing is repeated. Accordingly, when an image of a desired flash file is constructed, the flash file generation processing unit 105 may combine various pieces of information into a predetermined process to generate a flash file, and the flash file may have a predetermined e-mail address. It can transmit to another user terminal.

Accordingly, according to the above-described embodiment of the fifth embodiment, a flash file, a VGT file, or a PING file can be simply generated on a mobile site related to a cellular phone, and thus can be utilized as interactive communication. It can also be used as various promotional campaign tools. In addition, it can be used as an exchange tool between members of a member site (for example, a community or social network service), or used for various advertisement settings (promotion campaign tool) for members. The file sharing format can be shared among users.

In addition, this invention is not limited to embodiment mentioned above, It is possible to change variously and to implement in the range which does not deviate from the main point of this invention.

In addition, what was described above is only an example of embodiment for embodying the technical idea of this application, The technical idea of this application is applicable also to other embodiment.

In addition, the value of the present invention is not diminished even if the devices, methods and systems produced using the present invention are listed and commercialized in the secondary product.

Industrial Applicability

According to the composite web service system of the flash file generation system and the original still picture information generation system according to the present invention, a user can realize the flash file generation and the original still picture information editing generation on the web or through an information communication device such as a mobile phone or a mobile terminal. (For example, individual users or users in the company), there is no need to consider system maintenance, software versioning, etc., and does not require the skills of professional creators. Therefore, the latest technology enables the generation of moving picture information and still picture information with high quality and versatility, and this effect can be achieved without increasing the privacy of individual users or expanding the business opportunities of users in the company. With regard to themes such as problems, for example, protection from environmental destruction due to warming, many users can express themselves on the issue through this system, which brings great benefits for various industries.

Claims (16)

A flash file generation system for generating image information related to a flash file on a web,
A flash file editing processing unit for editing information including at least one of still image information, character information, moving image information, and various types of information applied to a slide;
A flash file still picture information conversion processing unit for converting the still picture information into a state capable of generating a flash file including resizing and data format change during editing;
A flash file character information conversion processing unit for converting the character information into a state capable of generating a flash file including a change in data format during editing;
A flash file moving picture information conversion processing unit for converting moving picture information into a state capable of generating a flash file including a resizing and data format change during editing;
A flash file generation processor configured to generate a flash file based on information including at least one of various pieces of information including the converted still picture information, text information, and moving picture information;
A flash file manipulation screen display processing unit for providing a typical operation display to a web browser of a screen of a user terminal through a network;
A flash file communication unit configured to transmit and receive information including at least one of still image information, moving image information, and various types of information including a flash file through a network;
With flash file management device,
A flash file member information storage section for storing member information related to a user using each flash file generation system;
A flash file editing material storage section for storing information relating to a material including at least one of various types of information including still picture information, moving picture information, and music information edited by each flash file editing processing section;
A flash file special effect storage unit for storing special effects for giving information including at least one of still image information, character information, moving image information, and various kinds of information including information applied to a slide;
A flash file storage unit for storing a flash file generated by the flash file generation processor;
Flash file generation system comprising a flash file storage device. The method of claim 1,
The flash file editing processor;
A slide linking function for linking still image information and still image information or moving image information, and linking between moving image information and moving image information;
A slide addition deletion function for adding or deleting still image information or moving image information to be connected by the slide connection function;
And a slide image information transmission (upload) function for transmitting (uploading) the still image information used for the slide or the image information applied to the moving image information through the flash file communication unit. The method of claim 1,
And the flash file editing processing unit is provided with a flash file moving picture information extracting function capable of extracting a desired portion of moving picture information. The method of claim 1,
The flash file editing processing unit,
A flash file still picture information calling function for calling up the still picture information stored in the flash file editing material storage section;
The flash file special to information applied to the slide or information including at least one of the called still image information or the still image information transmitted (uploaded) by the slide image information upload function or the character information input into the slide. A flash file effect call grant function for calling various special effects (effects) stored in the effect storage unit and assigning them to the corresponding information;
A time difference display function for displaying the time difference displayed still image information or character information to which the special effect (effect) has been applied within a predetermined numerical setting range,
A wallpaper setting function for setting still image information transmitted (uploaded) through the flash file communication unit to a background image for all slides;
A link setting function for associating still image information, text information, and information applied to the slide with the position information of the slide or web page during the editing;
BGM setting function that selects one of the pieces of music information stored in the flash file editing material storage unit and assigns the flash file to the corresponding flash file upon creation.
And a flash file storing and calling function for storing the flash file in a flash file storage or calling from the flash file storage. The method of claim 1,
A flash file effect superimposing function for enabling a flash file generation processing unit to generate a flash file in a state in which various effects granted by the flash file effect call granting function applied to the flash file editing processing unit are superimposed within a setting range; Flash file generation system characterized by having. The method of claim 1,
Flash file, characterized in that the flash file editing processing unit has a flash file capacity setting change function that can be flexibly set and changed based on the contents of the contract the video time of the various information and the storage capacity of the generated flash file when editing by the flash file editing processing unit Generating system. The method of claim 1,
The flash file editing processing unit,
A tag information generation function for generating tag information for transmitting (uploading) the flash file stored in the flash file storage unit to a homepage through a network by the flash file storing function;
And a flash file deletion function for deleting the flash file from the flash file storage. The method of claim 1,
And a flash file editing processing unit having a flash file capacity calculation function capable of calculating a capacity of a generated flash file or the like. The method of claim 8,
And the flash file editing processing unit has a flash file manipulation limit weighting function capable of generating an interface having an operation limitation for displaying on the screen of the cellular phone based on the result of the capacity determination by the flash file capacity calculating function. File generation system. The method of claim 1,
The flash file operation screen display processing unit is a screen displayed on the operation screen of the user terminal,
Flash file operation window to edit various information,
A flash file slide arrangement display unit having a signal input button for operating a slide linking function, a slide addition and deletion function, and a slide image information upload function applied to the flash file editing processing unit;
Activating at least one of a flash file still picture information calling function, a flash file effect call granting function, a time difference display function, a wallpaper setting function, a link setting function, a BGM setting function and a flash file information storing function applied to the flash file editing processing unit; Flash file editor for
Flash file operation screen display function that has a signal input button for operating tag information generation function and flash file removal function applied to the corresponding flash file editing processing part and displays a flash file selection part for selecting a flash file to be applied to the editing. Flash file generation system characterized by having. The method of claim 10,
And a flash file moving picture information extracting unit for operating a flash file moving picture information extracting function relating to a flash file editing processing unit. The method of claim 10,
The flash file manipulation screen display processing unit is a user's mobile phone. In particular, the user terminal is a mobile phone. A flash file generation system comprising a numeric key operation function for configuring an interface. An original still picture information editing system for editing still picture information on a web suitable for linkage with flash file generation,
An original still picture information editing processing unit for editing information including at least one of various types of information including still picture information and character information;
An original still picture information still picture conversion processing unit for converting still picture information into a state capable of generating original still picture information including a resizing or data reformation during editing;
An original still picture information character information conversion processing unit for converting the character information at the time of editing into a state capable of generating original still picture information including a change of a data format;
An original still picture information generation processor for generating original still picture information based on information including at least one of various pieces of information including still picture information and character information during editing;
An original still picture information editing operation screen display processing unit for providing a graphical operation display in a web browser of a screen of a user terminal via a network;
An original still picture information management device having an original still picture information communication unit for transmitting and receiving sperm picture information and the like during editing through a network;
An original still picture information editing member information storage section for storing member information related to a user who uses the still picture information editing system;
An original still picture information storage device having an original still picture information special effect storage unit for imparting a special effect to the editing material. The method of claim 13,
The original still picture information editing processing unit,
An original still picture information upload function for transmitting (uploading) image information related to still picture information to be edited through said original still picture information communication unit;
An original still picture information synthesizing function capable of overlapping still picture information applied to a process including transmission (upload) on the transmitted (uploaded) still picture information;
An original still picture information effect call granting function of calling various still picture special effects (still picture effects) stored in the still picture information special effect storage section to the transmitted (uploaded) still picture information; An original still picture information generation system, characterized in that. The method of claim 14,
The original still image information editing operation screen display processing unit is a screen displayed on the operation screen of the user terminal,
An original still picture information editing operation window for editing still picture information,
An original still picture information display unit having a signal input button for activating an original still picture information upload function applied to the original still picture information editing processing unit, and for confirming still picture information applied to editing;
Original still picture information editing operation screen display function for displaying an original still picture information editing editor for operating an original still picture information effect call granting function applied to the original still picture information editing processing unit. Generating system. The method of claim 13,
The original still picture information communication unit includes a transmission for making original still picture information generated by the original still picture information generation processing unit applied to the original still picture information generation system available as still picture information applied to the flash file generation system. An original still picture information editing system, comprising: an original still picture information transmitting function for processing.

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