JP4660817B2 - Mobile terminal model information distribution method and distribution system - Google Patents

Description

  The present invention relates to a mobile terminal model information distribution method and a mobile terminal model information distribution system for content conversion for a mobile terminal such as a mobile phone and a PDA (Personal Digital Assistants), and in particular, a Web page for a personal computer (PC). The present invention relates to a portable terminal model information distribution method and a portable terminal model information distribution system that can provide model information of a portable terminal that is required when content is converted into contents for a portable terminal.

  In general, a Web page for a personal computer (PC) is created for a PC in consideration of the characteristics of a PC browser. In order to display such a Web page (content) on a portable terminal having a small display screen. In consideration of the data description format / data capacity / screen size for the portable terminal, it is necessary to perform conversion processing according to the individual specifications of the portable terminal.

The following patent document is cited as a document describing a technique for performing a Web page conversion process for a PC in accordance with the individual specifications of the portable terminal, and this document describes each portable terminal supported by the Web server. It describes that individual information is held as a model information database.
JP 2003-271508 A

  The technology for performing Web page conversion processing for a PC in accordance with the mobile terminal described in the patent document requires updating individual conversion information for each mobile terminal in the model information database. There was a problem that the burden was heavy. That is, new models of mobile terminals such as mobile phones are released every month from a plurality of carriers, and a wide variety of PDAs are also released from manufacturers all over the world, and individual information for each mobile terminal is Along with the creation and management for each Web server, there is a problem that it is substantially difficult to hold individual information for each of these various mobile terminals as a model information database.

  Also, the Web page conversion / editing process according to the prior art is based on the type of site information to be distributed, for example, characteristics of music sites that do not require image display and chords, characteristics of reservation sites that do not require chords, chords / images / pictograms / Java (registered trademark) application does not take into consideration the characteristics of the information providing site or the characteristics of the game site, and does not perform conversion / editing processing according to the type of site information corresponding to the Web content For this reason, there is a problem that it is difficult for the user to receive necessary and sufficient content.

  An object of the present invention is to eliminate the above-described problems caused by the prior art, and to centrally manage model information for each mobile terminal and distribute it to each Web server and mobile terminal model information distribution method and mobile terminal model information To provide a distribution system. Another object of the present invention is to provide a portable terminal model information distribution method and a portable terminal model information distribution system that can perform Web page conversion / editing processing according to the type of content site information.

  In order to achieve the above object, a mobile terminal model information distribution method according to the present invention includes a carrier site server having model information unique to a model of a mobile terminal, and an all model information database that stores the model information as an all model information file. And a model information management server that manages all model information files of the all model information database, and a Web server that edits and transmits Web contents according to the model information. In the mobile terminal model information distribution method of the mobile terminal model information distribution system that distributes the model information of the mobile terminal, the model information management server distributes the model information according to the type of the site information of the Web content of the Web server that distributes the model information The first feature is to edit the data.

  According to the present invention, in the mobile terminal model information distribution method described in the feature 1, site information for each Web server is stored in the all model information database, and the model information management server stores the site information stored in the all model information database and The mobile terminal model information distribution method according to the first or second feature, wherein the model information is referred to and edited to a distribution format corresponding to the type of the Web content site information of the Web server to be distributed and the model information. , The model information management server monitors the release information of the new model of the mobile terminal stored in the carrier site server, and when there is the release information of the new model, the model information of the new model is stored in the carrier site The third feature is that it is acquired from the server.

  Furthermore, the present invention provides the mobile terminal model information distribution method according to the feature 3, wherein the model information management server converts the acquired model information of the new model into the type and model information of the site information of the Web content of the Web server to be distributed. The portable terminal model information distribution method according to any one of the first to fourth aspects, wherein the portable terminal model information distribution method is a fourth characteristic of editing in a distribution format according to the storage format, storing it in an all-model information database, and distributing to a Web server. If the model information of the mobile terminal that has been inquired is not distributed to the Web server when the Web content of the Web server is requested by the model information management server, the model information management server sends the inquired model information to the Web server In the mobile terminal model information delivery method according to any one of features 1 to 5, wherein the model information is When the management server edits the delivery format according to the type of site information and model information of the Web content, if the type of site information is a music site, the delivery includes “chord” information and deletes “image” information. The sixth feature is to edit the format.

  The present invention also provides a mobile terminal model information distribution system for distributing model information specific to a model of a mobile terminal to a Web server, a carrier site server having model information specific to the model of the mobile terminal, and the model information for all models. An all model information database stored as an information file, a model information management server that manages all model information files of the all model information database, and a Web server that edits and transmits Web content according to the model information, A seventh feature is that the model information management server edits the model information into a distribution format corresponding to the type of site information of the Web content of the Web server to be distributed.

  According to the present invention, in the mobile terminal model information distribution system according to the feature 7, the all model information database has a function of storing site information for each Web server, and the model information management server includes the all model information database. An eighth feature is that the stored site information and model information are referred to, and a function of editing the distribution format in accordance with the type of site information of the Web content to be distributed and the model information is provided. In the mobile terminal model information distribution system described above, when the model information management server has a function of monitoring the release information of the new model of the portable terminal stored in the carrier site server and the release information of the new model, A ninth feature is that a function of acquiring model information of a new model from the carrier site server is provided.

  Furthermore, the present invention is the portable terminal model information distribution system according to the feature 9, wherein the model information management server converts the acquired model information of the new model into the type and model information of the site information of the Web content of the Web server to be distributed. The mobile terminal model information distribution system according to any one of the features 6 to 10, wherein the mobile terminal model information distribution system according to any one of the features 6 to 10 has a function of editing in a corresponding distribution format, storing it in an all model information database, and distributing to a Web server. If the model information management server does not distribute the model information of the mobile terminal that has been inquired to when the web content of the web server is requested from the mobile terminal, the model information that has been inquired is An eleventh feature has a function of delivering to the Web server, and any one of the features 6-11 In the band terminal model information distribution system, when the model information management server edits the distribution type according to the type of the site information of the Web content and the model information, if the type of the site information is a music site, the “chord” information is displayed. A twelfth feature is that it has a function of editing to a distribution format that includes and deletes “image” information.

  A mobile terminal model information distribution method and a mobile terminal model information distribution system according to the present invention inquires a model information management server carrier site server for new model information, and performs conversion / editing processing according to the type of model information and site information. Is stored in the all model information database, and the new model information is provided to the Web server to which the new model information is not registered, so that the mobile terminal can change the contents of the Web server according to the type of site information. Can be displayed.

Hereinafter, an embodiment of a portable terminal model information distribution system to which a portable terminal model information distribution method according to the present invention is applied will be described in detail with reference to the drawings. 1 is a diagram showing a configuration example of a model information distribution system to a web server for mobile terminals according to the present embodiment, FIG. 2 is a functional block diagram of the web server, FIG. 3 is a functional block diagram of a model information management server, and FIG. FIG. 5 is a diagram showing an example of all model information files that are information specific to the mobile terminal model in the all model information database, FIG. 5 is a diagram showing an example of a model information distribution contract screen, and FIG. 6 is created using the model information distribution contract screen example. FIG. 7 is a diagram showing an example of a communication message format, FIG. 8 is a diagram showing a flow of a series of processing of the model information management server, and FIG. 9 is a model information management server 10 is a diagram showing a detailed flow of new model inquiry processing, FIG. 10 is a diagram showing a detailed flow of model inquiry response processing of the model information management server, and FIG. 11 is a model information file example for each Web server type. 12 is a diagram showing an example of a new model information format and a new model information file, FIG. 13 is a diagram showing an example of a web page screen of the content of the referenced web server, and FIG. 14 is a keyword and site information for searching for a web page FIG.
<Description of configuration>

  As shown in FIG. 1, the model information distribution system according to the present embodiment includes a network 9 such as the Internet based on TCP / IP, a model information file unique to a portable terminal model, and Web servers 1 and 2 having Web contents. , Connected to the Web servers 1 and 2, for managing model information databases 3 and 4 for storing model information files specific to mobile terminal models and Web contents, and all model information files for model information specific to mobile terminal models A model information management server 5, a model information database 6 connected to the model information management server 5, storing all model information files of model information unique to mobile terminal models and site data files of Web server information, and the network 9 A mobile terminal 8 such as a mobile phone / PHS / PDA connected via the data center 7; And a career-site server 10 to operate the website of the carrier (mobile terminal communication management company). It should be noted that the above-described configurations are merely illustrative, and it goes without saying that a large number of Web servers and other configurations are connected via the network 9.

  The Web servers 1 and 2 perform application management 111 such as Web browser / mail / data reference, and schedule management such as input / output control / event notification / application activation / termination, as in the functional block shown in FIG. An operating system (OS) 112, a communication control unit 113 including a driver for controlling a LAN interface, TCP / IP protocol control, and the like, an input control unit 114 including a driver for performing input control such as a keyboard and a mouse, and a display device A display control unit 115 including a display driver / video memory management for controlling (DISP), and a model information management unit 117 and a web content conversion unit 118 (to be described later) at the time of content reference request, and using model information of each portable terminal Web content for each mobile device Web content control unit 116 that performs conversion processing and the specific model information of the portable terminal are managed, the model name information is received from the Web content control unit 116, the model information database 3/4 is searched, and the model information of the portable terminal is obtained. A model information management unit 117 that passes to the Web content conversion unit 118 via the Web content control unit 116 and a Web content is read from the model information database 3/4, and the model information of each portable terminal from the model information management unit 117 is used. The Web content conversion unit 118 performs conversion processing corresponding to each mobile terminal and passes the Web content to the Web content control unit 116.

  As shown in the functional block of FIG. 3, the model information management server 5 performs application management 211 such as Web reference / mail control / data reference, and schedule management such as input / output control / event notification / application start / end. Controls an operating system (OS) 212, a communication control unit 213 including a driver for controlling a LAN interface and TCP / IP protocol control, a new model information control unit 215, and a model information distribution control unit 216, and is specific to a portable terminal model Model information control unit 214 that manages model information and distributes model information to Web servers 1 and 2, and monitors information that each carrier releases a new model mobile terminal, and acquires unique information of the new model to be released Then, create a model information file and change it to all model information files in the all model information database 6 Edit the model information of the new model information control unit 215 that performs the combined processing and the model information file of all model information database 6 by referring to the distribution format and site information for each Web server of the site data file of all model information database 6 Then, a model information file for each Web server is created, the model information distribution control unit 216 that distributes the created model information file to the Web servers 1 and 2, a user registration process of the Web server, and management of the site data file And a site information control unit 217 for performing

  The all model information file, which is information specific to the portable terminal model in the all model information database 6, supports the date field 401 indicating the release date information of the portable terminal and the communication of the portable terminal as shown in FIG. A carrier name field 402 indicating the name of a carrier having a telephone network, a model field 403 indicating a model name of the portable terminal, a browser field 404 indicating a language format supported by the portable terminal, and a portable terminal supporting An image format field 405 indicating the type of image processing being performed, a display size field 406 indicating the maximum size that can be displayed by the mobile terminal, a display character number field 407 indicating the number of characters that can be displayed by the mobile terminal in the horizontal direction and the vertical direction, A pictograph field 408 indicating the number of types of pictographs supported by the mobile terminal; A color number field 409 indicating the number of colors supported by the mobile terminal, a cache capacity field 410 indicating the cache memory capacity built in the mobile terminal, and a Java (registered trademark) application program supported by the mobile terminal. Java (registered trademark) field 411 indicating the type, JAR / data size field 412 indicating various memory capacities that can be used in the Java (registered trademark) application of the portable terminal, and the number of chords supported by the portable terminal The mobile terminal model specific information is information necessary for converting the content of the Web page for the PC into the content for the mobile terminal. Although the display size field 406 is not described in the present embodiment, the model having two screens has information on the display size of each screen.

  This system displays a model information distribution contract screen 500 on the screen of the Web server 1 when an operator of the Web server that requires model-specific information of the mobile terminal accesses the model information management server 5 from the Web server 1. Yes, as shown in FIG. 5, the model information distribution contract screen includes a Web server name input area 501 for setting the Web server name, a Web server URL input area 502 for inputting the content address of the Web server 1, and a radio button 504. A credit card company name list is displayed by clicking, a credit card company display area 503 for selecting and inputting a credit card company from the list, a credit card number input area 505 for inputting a credit card number, For entering credit card expiration date A card expiration date input area 506, a mail address input area 507 for inputting the mail address of the Web server, and a confirmation mail address input area 508 for re-inputting the input mail address of the Web server. Use period check mark input areas 509 and 510 for designating a period of six months or one year and a radio button 512 to display the contents of distribution format (automatic distribution, inquiry distribution), and a distribution format for selecting either A display area 511, and a registration button 513 for encrypting (SSL) the above-mentioned input content by pressing it to the model information management server 5 and registering it in the site data file of the all model information database 6; A cancel button 514 that is pressed to end the registration when canceling the registration. Obtain. The selection by the radio button is such that when automatic distribution is selected, the model information is distributed to the Web server each time new model information of the portable terminal is collected, and when inquiry distribution is selected, the selection from the Web server is performed. It has a function of distributing the model information of the model inquired in response to the model information inquiry request.

  As shown in FIG. 6, the site data file of the all model information database 6 input using the model information distribution contract screen 500 includes a Web server name 601, a password 602 determined after confirming the credit card, and a Web server URL. (Web server content address) 603 and set after confirmation of credit card, “1” is set when the user's contract is valid / “0” when invalid, and this is set at the time of distribution to the web server. The valid flag is checked, and the valid flag 604 for performing distribution processing only to the user of “1” (valid), the contract period 605 of the model information distribution service, the credit card company name 606, the credit card number 607, and the Web server E-mail address 608, the type of Web server, and model information required for the Web server And a site information 609 for selecting (and model information is selected by writing in parentheses).

  As shown in FIG. 7, the format (horizontal axis) of the communication message communicated in each of the above components is composed of a source IP address 701, a destination IP address 702, a command 703, and a content 705. Axis) is user registration 711, user registration completion 712, new model information query 713, new model information query result 714, new model information distribution 715, access request 716, access result 717, model information query 718, model information query result 719. Consists of.

  The message format shown in FIG. 7 shows various information set in the message content (vertical axis) corresponding to the message type (horizontal axis), and the source IP address 701 / destination IP address 702 is A source address and a destination address in the TCP / IP protocol are designated, the command indicates the type / character of the message, and it is possible to determine what is included as the content content by these information.

  The user registration 711 shown in FIG. 7 is a user for making a model information distribution contract between the model information management server 5 and each Web server when each Web server needs a distribution service for model-specific information of the mobile terminal. This is a message to be registered, and the contents 705 includes model information distribution contract contents (contents input in FIG. 5). The user registration completion 712 is a message for reporting a user registration result, and the content includes registration completion / password / registration not possible / reason. The new model information inquiry 713 is a message for inquiring about model information newly released for each carrier (mobile terminal communication management company), and the content 705 includes a new model information format (see FIG. 12). The new model information inquiry result 719 is a telegram that reports the new model information inquiry result from each carrier, and the content includes the presence / absence of new model release and new model information (see FIG. 12). The new model information distribution 715 is a message for distributing model information to each Web server, and the content 705 includes model information necessary for each Web server (the contents of the model information differ depending on the site type, see FIG. 11). . The access request 716 is a message indicating a request for referring to each Web server from each mobile terminal, and the content 705 includes Web server content path information, model name information, and the like. The access result 717 is a message for transmitting the Web content to the requesting portable terminal, and the content 705 includes the Web content converted so that it can be displayed on the requested portable terminal. The model information inquiry 718 is a message for inquiring model information from the Web server to the mobile terminal, and the content 705 includes the Web server name / password / model name. The model information inquiry result 719 is a message for reporting the model information inquiry result to the Web server, and the content 705 includes the model information of the inquired model name (the contents of the model information differ depending on the site type, see FIG. 11). It is.

  As shown in FIG. 11, the model information of the portable terminal corresponding to the Web server to which the model information distribution system according to the present embodiment is applied is roughly divided into carrier name / model / browser / display size / number of display characters / number of colors / cache. Music site model information including capacity / number of chords, carrier name / model / browser / image format / display size / number of characters displayed / number of colors / reserved site model information including cache capacity, carrier name / model / browser / image format / Display size / Number of display characters / Number of pictograms / Number of colors / Cache capacity / Java (registered trademark) application / Information site model information including JRA data size and carrier name / Model / Browser / Image format / Display size / Number of display characters / Pictogram / Number of colors / Cache capacity / Java (registered trademark) application / JRA data size / Chord It is divided into a game site model information including these information is stored in all the model information database 6. That is, Web contents are roughly classified into types of site information (music site / reservation site / information site / game site, etc.).

  As new model data items, as shown in the upper part of FIG. 12, date / carrier name / model / browser / image format / display size / number of displayed characters / pictogram / number of colors / cache capacity / Java (registered trademark) application / JAR data It consists of items of size / number of chords, and specific information is as shown in the lower part of FIG.

Further, the Web page targeted by the present embodiment includes keywords 1301 in the text sentence included in the Web page such as “Can be reserved online” and “Reservation is here”, as shown in FIG. As shown in FIG. 14, the correspondence with the model information of the mobile terminal is determined by whether or not there is a keyword according to the site type 1410-1413 (game / reservation / song title, melody, ringtone, ringtone / information, weather, news, guidance) The relationship of whether or not there is a keyword is represented by ○ × −.
<Description of operation>

  Now, the model information management server 5 of the model information distribution system according to the present embodiment configured as described above creates all model information files of model-specific information of mobile terminals already released in the format shown in FIG. When all the model information database 6 is already constructed and stored in the model information database 6, as shown in FIG. 8, when the Web server 1 needs a service for distributing the model-specific information of the portable terminal, the model information management server 5 and the Web server 1 Then, when accessing the model information management server 5 from the Web server 1 in order to make a model information distribution contract, the model information distribution contract screen 500 (FIG. 5) is displayed on the screen of the Web server 1, and necessary items are entered and a registration button 513 is entered. A process of transmitting a “user registration” message to the model information management server 5 by pressing (Step S821).

  Upon receiving this, the model information management server 5 creates a new site data file in the format shown in FIG. 6, and then confirms payment information for the distribution service usage fee registered by the user. In this embodiment, since a credit card is taken as an example, the confirmation process is performed for the credit card company.

  If this confirmation process is completed and passed, this system sets the valid flag setting (“1 (valid)”) and password of the created new site data file, and this setting information is stored in the all model information database 6. A user registration process (step S811) for deleting the created new site data file is executed when it is determined to be unsuccessful in the confirmation process.

  Next, the model information management server 5 creates a “user registration complete” message and transmits it to the Web server 1. The contents of the message include registration completion and password, which are the results of user registration, or registration failure and reason.

  After the user registration is completed, the model information management server 5 refers to the Web server using the registered Web server URL 603 (FIG. 6), and what kind of model information is necessary for the Web server that has made a distribution contract is a keyword. To determine the type of model information and site information necessary for the Web server, and the site determined as the site information 609 of the Web server that has contracted to distribute the site data file already stored in the all model information database 6 The information is registered (step S812), and then an inquiry process (step S813) is performed in which the model information management server 5 sends a “new model information inquiry 713” message to each carrier every day. The carrier that has received the “new model information inquiry 713” message performs a reply process (step S801) to return a “new model information inquiry result 714” message according to the message, and the model information management server 5 that has received this response The received model information is integrated into the all model information file stored in the all model information database 6. In step S801, each carrier receives a “new model information inquiry 713” message, and when there is a plan to release a new portable terminal, the information on the new portable terminal is input in the model information format, and model information is created. Model information inquiry result 714 "is a process of transmitting to the model information management server 5 as a message.

  Next, the model information management server 5 receives a “new model information inquiry result 714” message from each carrier, and refers to the site information 609 of the site data file stored in the all model information database 6 for the received model information. Then, the model information (see FIG. 11) for each Web server is edited and created, and is transmitted to each Web server as a “model information distribution 715” message (step S814).

  Upon receiving this, the Web server executes processing for integrating and storing the received model information in the model information file of the model information database 3 (Step S822). When each mobile terminal 8 refers to the Web server, the path of the Web server content A process of adding an information / model name information and transmitting an “access request 716” message to the Web server (step S831), and then searching for a model information file in the model information database 3 based on the received model name information ( If there is no model information in the model information file of the model information database 3 as a result of this search, a “model information inquiry 713” message with the Web server name / password / model name added is created, and model information management is performed. Transmission processing to the server 5 (step S824), the search result, the model information file of the model information database 3 is stored. If the file has model information, Web content model type conversion processing (step S825) is executed.

  Upon receiving the model information inquiry, the model information management server 5 refers to all model information files stored in the all model information database 6 based on the model name information of the received “model information query 713” message, and matches. According to the site information in the site data file, the model information for the Web server is edited and created, and is transmitted to the Web server as a “model information inquiry result 714” message (step S815). Upon receiving the request, the Web server integrates and stores the received model information in the model information file of the model information database 3, and refers to the model information database 3 for the Web content requested to be accessed based on the model information. By performing model-specific conversion processing so that it can be displayed on the mobile terminal, mobile terminal Web content is created and transmitted to the mobile terminal as an “access result 717” message (step S825). Receiving this, the mobile terminal 8 can display the received Web content (step S832).

  As described above, in the model information distribution system according to the present embodiment, the model information management server 5 inquires of the carrier about new model information, stores it in the all model information database 6, and does not register the new model information. By providing the new model information to the server, the mobile terminal 8 can display the contents of the Web server.

  In the above-described embodiment, the example in which the model information management server 5 inquires the carrier about the new model information and provides the new model information to the Web server has been described. However, the present invention is not limited to this. For example, when there is an inquiry about model information from the mobile terminal to the Web server, and the model information of the new model does not exist in the Web server, the model information management server 5 requests the all model information database 6 in response to a request from the Web server. If the corresponding model information does not exist even if the all model information database 6 is searched, the carrier is inquired to acquire the model information, and the above-described conversion is performed. May be configured to be provided to a Web server.

Next, details of the detailed flow of the new model inquiry process of the model information management server 5 will be described with reference to FIG.
First, the model information management server 5 creates a “new model information inquiry 713” message (daily model information format (see FIG. 12)) in order to acquire the portable terminal model information of the newly released model of each carrier every day. Is set in the content 705) (step S901), then a "new model information inquiry 713" message is transmitted to each carrier (step S902), and reception of the "new model information inquiry result" message 714 is determined (step S903: Since a message reception event occurs, confirm the content at that time), and when it is received, the content of the received "new model information inquiry result" message 714 is checked, and if a new model is available, the content 705 The added new model information is integrated into all model information files stored in the all model information database 6 and each Executing processing (step S904) of holding by merging only more new model information received. If there is no new model release, do nothing.

  Next, the model information management server 5 determines whether the “new model information inquiry result 714” message has been received from all carriers (step S905), and has received the “new model information query result 714” message from all carriers. If not, the process returns to step S903, and if it is determined that all have been received, the new model information held in steps S906 and S904 is referred to the site data file in the all model information database 6, and the distribution format is automatic. In accordance with the site information 609 of the Web server name, edit creation processing (step S906) is performed on the model information file (the contents are different for each type of site as shown in FIG. 11).

  Further, the model information management server 5 sets the model information file in the content 705 and sets the Web server URL of the Web server name detected in step S906 in the destination IP address 702, thereby “new model information distribution 715”. A message is created (step S907), a "new model information distribution 715" message is transmitted (step S908), and it is determined whether the message is transmitted to all Web servers whose distribution format is automatic (step S909). When it is determined that all transmissions are complete, the process is terminated.

  As described above, the model information management server 5 according to the present embodiment creates a message of “new model information inquiry 713”, inquires all carriers, and sets the obtained new model information file in the content 705. It operates to distribute to each Web server.

Next, a detailed flow of the model inquiry response process of the model information management server 5 will be described with reference to FIG.
In the model inquiry response process, as shown in FIG. 10, when a message reception event occurs, it is determined whether or not the message command 703 is a “model information inquiry 718” message (step S1001), and is determined not to be a message 718. In this case, when other processing is executed and it is determined as the message 718, the site data file in the all-model information database 6 is searched based on the Web server name of the received message content 705 (FIG. 7), and the detected Web server The password 602 of the name 601 is compared with the password of the content 705, and if they match, it is further determined whether or not the validity flag 604 is valid (1) (step S1002).

If the validity flag 604 is invalid (0), the password does not match, or the Web server name cannot be detected by this determination, the system creates a “model information inquiry result” message 719 (sets inaccessible information to the content 705). When the process (step S1007) is executed and the valid flag 604 is valid “1”, the process searches for all model information files in the all model information database 6 based on the model name of the content 705 and acquires model information (step S1003). ) And the acquired model information is stored in the model information distributed to the Web server according to the site information 609 of the Web server name 601 detected in step S1002 (as shown in FIG. (Different) is edited and created (step S1004), and "model information inquiry result 7 9 "create a telegram (model information file set to the content 705) to process (step S1005) and the execution.
Subsequent to step S1005 or step S1007, the system executes a process (step S1006) of transmitting a “model information inquiry result” message 719 and ends the process.

  As described above, in the model information distribution system according to the present embodiment, the model information management server 5 determines whether or not the Web server name of the content 705 is valid when the “model information inquiry” message 718 is received. In this case, the new model information is edited by searching the all model information database 6 using the model name included in the content 705 as a key and editing the new model information to be distributed to the Web server. Information can be provided to a Web server.

  Also, according to the present embodiment, the type of site information to be distributed, for example, characteristics of music sites that do not require image display and chords, characteristics of reservation sites that do not require chords, chords / images / pictograms / Java (registration) (Trademark) Since the conversion / editing process taking into account the characteristics of the information providing site or the characteristics of the game site necessary for the application is performed and stored in the all model information database, it is necessary and sufficient for the user according to the type of the site information. You can receive content. For example, when the model information management server edits the distribution format according to the type of site information of the Web content and the model information, if the type of the site information is a music site, the “chord” information and the “image” information are deleted. By editing the distribution format, content corresponding to the type of site information of the site can be provided.

The structural example figure of the model information delivery system by one Embodiment of this invention. The functional block diagram of the Web server by this embodiment. The functional block diagram of the model information management server by this embodiment. FIG. 3 is an example of an all model information file according to the present embodiment. The model information delivery contract screen example figure by this embodiment. FIG. 3 is a diagram showing an example of all model information database site data files according to the present embodiment. The example of the communication message format by this embodiment. A series of processing flow figures of a model information management server by this embodiment. The new model inquiry processing flowchart of the model information management server by this embodiment. The detailed flowchart of the model inquiry response process of the said model information management server. The model information file example figure for every Web server kind by this embodiment. The new model information format and new model information file example figure by this embodiment. FIG. 6 is a diagram showing an example of a web page screen of content of a web server according to the present embodiment. The correspondence table example figure of the keyword and site information by this embodiment.

Explanation of symbols

1 and 2: Web server, 3 and 4: Model information database, 5: Model information management server, 6: All model information database, 7: Data center, 8: Mobile terminal, 9: Network, 10: Carrier site server 111: Application software, 113: Communication control unit, 114: Input control unit, 115: Display control unit, 116: Content control unit, 117: Model information management unit, 118: Content conversion unit, 211: Application software, 213: Communication control unit 214: Model information control unit 215: New model information control unit 216: Model information distribution control unit 217: Site information control unit 401: Date field 402: Carrier name field 403: Model field 404: Browser field, 405: Image format field, 406: Table Size field, 407: display character number field, 408: pictogram field, 409: color number field, 410: cache capacity field, 411: application field, 412: data size field, 413: chord field, 500: model information distribution contract screen, 501: Server name input area, 502: Input area, 503: Credit card company display area, 504: Radio button, 505: Credit card number input area, 506: Card expiration date input area, 507: Mail address input area, 508: Confirmation mail address input area, 509: usage period check mark input area, 511: distribution format display area, 512: radio button, 513: registration button, 514: cancel button, 601: server name, 602 Password, 604: Valid flag, 605: Contract period, 606: Credit card company name, 607: Credit card number, 608: Email address, 609: Site information, 701: Address, 702: Address, 703: Command, 705: Content 711: User registration, 712: User registration completed, 713: New model information query, 714: New model information query result, 715: New model information distribution, 716: Access request, 717: Access result.

Claims (12)

  Carrier site server having model information specific to the model of the mobile terminal, all model information database storing the model information as all model information files, and model information management for managing all model information files of the all model information database Mobile terminal model information distribution of a mobile terminal model information distribution system comprising a server and a Web server that edits and transmits Web content according to the model information, and distributes model information specific to the model of the mobile terminal to the Web server A mobile terminal model information distribution method, wherein the model information management server edits the model information into a distribution format corresponding to the type of site information of the Web content of the Web server to be distributed.   2. The mobile terminal model information distribution method according to claim 1, wherein site information for each Web server is stored in the all model information database, and the model information management server refers to the site information and model information stored in the all model information database. Then, the mobile terminal model information distribution method is characterized in that editing is performed into a distribution format corresponding to the type and model information of the Web content site information of the Web server to be distributed.   3. The mobile terminal model information distribution method according to claim 1, wherein the model information management server monitors the release information of the new model of the mobile terminal stored in the carrier site server, and the release information of the new model is obtained. A mobile terminal model information distribution method, wherein the model information of the new model is acquired from a carrier site server at a certain time.   4. The mobile terminal model information distribution method according to claim 3, wherein the model information management server distributes the acquired model information of the new model according to the type of site information and model information of the Web content of the Web server that distributes the model information. A portable terminal model information distribution method comprising: editing, storing in an all model information database, and distributing to a Web server.   5. The mobile terminal model information distribution method according to claim 1, wherein when the mobile terminal requests a Web content of a Web server, the model information of the mobile terminal inquired is distributed to the Web server. If not, the model information management server distributes the inquired model information to the Web server.   The mobile terminal model information delivery method according to any one of claims 1 to 5, wherein when the model information management server edits the site information type of the Web content and a delivery format corresponding to the model information, the type of site information In the case of a music site, the mobile terminal model information distribution method includes editing the distribution format so as to include “chord” information and delete “image” information. A mobile terminal model information distribution system for distributing model information specific to a model of a mobile terminal to a Web server,
Carrier site server having model information specific to the model of the mobile terminal, all model information database storing the model information as all model information files, and model information management for managing all model information files of the all model information database A server and a Web server that edits and transmits Web content according to the model information, and the model information management server responds to the type of site information of the Web content of the Web server that distributes the model information. Mobile terminal model information distribution system characterized by editing into a distribution format.   8. The mobile terminal model information distribution system according to claim 7, wherein the all model information database has a function of storing site information for each Web server, and the model information management server stores the site information stored in the all model information database. And a mobile terminal model information distribution system having a function of referring to model information and editing the distribution format according to the type of site information of the Web content of the Web server to be distributed and the model information.   9. The mobile terminal model information distribution system according to claim 7 or 8, wherein the model information management server monitors a release information of a new model of the portable terminal stored in the carrier site server, and a new model release. A portable terminal model information distribution system comprising a function of acquiring model information of the new model from a carrier site server when there is information.   10. The mobile terminal model information distribution system according to claim 9, wherein the model information management server distributes the acquired model information of the new model according to the type of the site information and model information of the Web content of the Web server that distributes the acquired model information. A portable terminal model information distribution system having a function of editing and storing in an all model information database and distributing to a Web server. 11. The mobile terminal model information distribution system according to any one of claims 7 to 10, wherein the model information management server is the model of the mobile terminal that is inquired when the mobile terminal requests a Web content of a Web server from the mobile terminal. A portable terminal model information distribution system having a function of distributing the inquired model information to the Web server when the information is not distributed to the Web server. 12. The mobile terminal model information distribution system according to any one of claims 7 to 11, wherein when the model information management server edits to a distribution format corresponding to the type of site information and model information of the Web content, the type of site information In the case of a music site, a portable terminal model information distribution system having a function of editing a distribution format including “chord” information and deleting “image” information.

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