JP2007018371A - Method and system for mobile one-stop communication - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily communicate with an opposite party by registering a single communication subject and to collect information concerned with a target without depending on information literacy and without generating digital divide. <P>SOLUTION: The mobile one-stop communication method is provided with: a step for generating a communication key for uniquely specifying a target user for communication; a step for arranging the communication key generated for the desired user on a desk top of a mobile apparatus; a step for displaying information related to various communication tools corresponding to the communication key on the desk top of the mobile apparatus by an interactive format; and a step for generating an alert on the communication key corresponding to updated information displayed on the desk top of the mobile apparatus when the information is updated. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to communication in a mobile terminal called mobile such as a mobile phone, and more particularly to a mobile communication method and system that can be applied to various applications.

  Conventionally, a portable terminal is a tool for purpose-based data access and communication. As a general rule, communication is based on relative communication.

However, although information transmission tools and communication tools have been diversified, in the conventional method, each is configured as an individual tool.
In the conventional method, when update information from a communication target is generated, a tool that serves as a means of transmission is selected and activated from those tools.

  One way to solve the problem of selecting and launching a tool responsible for such communication is “Full Browser”, but “Full Browser” is just a transfer of the PC environment. Information is not narrowed down only by using. In other words, it cannot be denied that high “information literacy” is demanded on the user side, and “convenience” on the user side is still impaired.

  In the conventional method, the user A, who individually registers the communication method ID (for example, information about the phone number of Mr. A, information about the mail address, information about the blog, and information about the URL), orally or It was necessary to communicate to the other party individually by means of infrared rays.

Further, in the conventional method, when collecting information on an object of interest, it is necessary to carry out each time depending on whether a keyword is input to a search site or an RSS (Rich Site Summary) reader.
Therefore, the conventional method has a problem that it depends on information literacy and a digital divide occurs.

  The present invention has been made in view of the problems in the above-described conventional system, and can easily communicate with the other party by registering a single communication subject, and does not depend on information literacy and is a digital divide. It is an object of the present invention to provide a mobile one-stop communication system and method capable of collecting information on an object without generating a problem.

  An object of the present invention is a mobile one-stop communication method that realizes communication between a plurality of users using various types of communication networks, and generates a communication key that uniquely identifies a user to be communicated Placing the generated communication key on a mobile desktop for a desired user; and information associated with various communication tools associated with the communication key in a form capable of interacting with the mobile Displaying on the desktop, and generating an alert on a communication key associated with the updated information displayed on the desktop of the mobile when the information is updated. Characteristic mobile It is achieved by one-stop communication method.

  In addition, the above-described problem of the present invention is a mobile one-stop communication system that realizes communication among a plurality of users using various types of communication networks, and provides a communication key for uniquely identifying a user to be communicated. A generating means for generating, an arrangement means for arranging the generated communication key on a mobile desktop for a desired user, and a format capable of interacting with information associated with various communication tools associated with the communication key Display means for displaying on the desktop of the mobile, and, when the information is updated, generating an alert on a communication key associated with the updated information displayed on the mobile desktop Has It is achieved by a mobile stop communication system, characterized in that.

Regardless of the type of tool, when information is sent from the other party, an icon alerts you. In response to the alert, the user simply clicks on the icon to be communicated and can concentrate on the communication itself.
Mr. A who is a user only has to register one communication subject (a key that uniquely identifies the other party to communicate with, that is, an icon or a random number), and also creates his own two-dimensional code stored in the terminal. Just make the other party scan the ID (icon, random number).
In addition, when collecting "information" about an object of interest, information literacy is simply obtained by searching for a search site or RSS (Rich Site Summary) that is two-dimensionally encoded (= icon), scanning, and capturing it. And the digital divide does not occur.

  In the mobile one-stop communication method of the present invention, the communication key may be a random number.

  In the mobile one-stop communication method of the present invention, the communication key may be an icon in which a unique random number is two-dimensionally encoded.

  In the mobile one-stop communication method of the present invention, the communication key may be an RSS icon.

  In the mobile one-stop communication method of the present invention, the communication key may be an agent icon.

  In the mobile one-stop communication method of the present invention, the step of generating an alert on the communication key is configured to generate an alert by changing the movement of the icon and to notify the user that the information has been updated. Also good.

  In the mobile one-stop communication method of the present invention, the step of generating an alert in the communication key is configured to generate an alert by changing the shape of the icon and to notify the user that the information has been updated. Also good.

  In the mobile one-stop communication method of the present invention, the communication tool may include at least one or a combination of two or more communication means including a telephone, mail, blog, URL, hotline (bulletin board), location information, and the like. . Note that a hotline refers to an area shared between opposing communication subjects, and an Internet bulletin board is one example.

  In the mobile one-stop communication system of the present invention, the generation means may be configured to generate a random number as a communication key.

  In the mobile one-stop communication system of the present invention, the generation means may be configured to generate an icon in which a unique random number is two-dimensionally encoded as a communication key.

  In the mobile one-stop communication system of the present invention, the generation means may be configured to generate an RSS icon as a communication key.

  In the mobile one-stop communication system of the present invention, the generation means may be configured to generate an agent icon as a communication key.

  In the mobile one-stop communication system of the present invention, the generating means may be configured to generate an alert by changing the movement of the icon to notify the user that the information has been updated.

  In the mobile one-stop communication system of the present invention, the generating means may be configured to generate an alert by changing the shape of the icon and to notify the user that the information has been updated.

  In the mobile one-stop communication system of the present invention, the communication tool is configured to include at least one or a combination of two or more communication means including a telephone, mail, blog, URL, hotline, location information, and the like. Also good.

  Hereinafter, a mobile one-stop communication method and system according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 shows a schematic configuration of a mobile one-stop communication system for implementing a mobile one-stop communication method according to the present invention.
As shown in FIG. 1, a mobile one-stop communication system 10 includes mobile phones 11 _{1 to} 11 _m , a wireless base station 12, a mobile telephone switching center 13, a voice network and a data communication network, which are mobile embodiments. Including a network 14, a communication management center 16 having a gateway (or server) 15, and information providers (IP: Information Provider) 18 ₁ to 18 that provide various information and contents from the servers 17 _{1 to} 17 _n. and _n, the Internet 19 to the server 17 ₁ to 17 _n to the network connection of the communication control center 16 and information provider 18 ₁ ~ 18 _n, a personal computer connected to the Internet 19 (hereinafter, abbreviated as PC) 20 ₁ ~ 20 _m (hereinafter, represents the one of its representative by reference numeral 20), and PC20 memory / storage or S An external memory such as a card (hereinafter, the memory / storage abbreviated) 20S ₁ ~20S _m (hereinafter, represents the one of its representative by reference numeral 20S) is composed of a. Here, m and n are arbitrary integers indicating the numbers of mobile phone subscribers and information providers, respectively.

FIG. 2 is a schematic block diagram showing the hardware configuration of the cellular phones 11 _{1 to} 11 _m (one of which is typically represented by reference numeral 11) shown in FIG.
1 includes a baseband CPU (central processing unit) 21, an antenna 22, a transmitter 23, a power amplifier 24, a high frequency IC 25, an application CPU and a DSP (processor dedicated to digital signal processing) 26, a memory, and the like. / Storage 27, UIM card 28, camera device 29, two-dimensional bar code reader 30, icon control device 31, GPS receiver 32, input device 33, display device 34, battery 35, etc.

  As shown in FIG. 2, software for operating these devices includes a wireless communication protocol 101 of the mobile phone 11, a device driver 102 that controls various peripheral devices, and a real-time OS (operating software) that controls the entire software. System) 103, telephone software 104, mailer software 105, SMS / MSM software 106, browser software 107, document viewer software 108, JAVA application software 109, telephone directory software 110, PIM (Personal Information Manager) Software 111, text processing software 112, audio processing software 113, image processing software 114, video processing software 115, SSL / TCP / IP software A 116, JAVA · VM software 117, and a middleware processing software 118, and soft / data download software 119, and the like.

  Next, a mobile one-stop communication method according to the present invention will be described in detail with reference to FIGS.

1. Initial setting (Figure 3)
First, the user turns on the PC 20 connected to the Internet 19 and turns on the information providing service site which is one of information providers (hereinafter abbreviated as IP) 18 ₁ to 18 _n shown on the screen A001 from a browser (not shown). Is referred to (step S101).
On the information providing service site, service guidance regarding this service, how to use the application, and other service menus (described later) are posted, and access to the mobile site information providing mobile phone site for downloading the application is guided. A two-dimensional code is displayed as an image file (in the following description, description will be made using a QR code generally used as a two-dimensional code). This QR code describes the URL of the information providing mobile phone site.

The user turns on the cellular phone 11 owned at this time, and activates the two-dimensional barcode reader 30 and the camera device 29 in conjunction with the input device 33 on the screen of the display device 34 of the cellular phone 11. To do. The user analyzes the QR code scanned through the camera device 29 with the two-dimensional barcode reader 30 and displays the URL included in the QR code on the display device 34. The user uses the input device 33 to access the information providing mobile site that is one of the IPs 18 ₁ to 18 _n from the URL linkage (step S102).

  On the information providing mobile site shown on the screen A002, service guidance and how to use the application are posted, and a download button (not shown) for downloading the application is displayed. When the user presses the download button using the input device 33, the application is carried from the server 17 by the software / data download function (function activated by operating the software / data download program 119) linked to the download button. It is downloaded and stored in the memory / storage unit 27 of the telephone 11 (step S103).

  When the download is completed, a message to start is displayed on the screen of the display device 34, so the user starts the application using the input device 33 (step S104).

  At the first activation, an empty desktop screen may be displayed on the screen of the display device 34, or an MY icon basic information registration screen shown on the screen A003 may be displayed. In the present embodiment, the latter, that is, the screen “A003” of “MY icon basic information registration” is displayed (step S105).

  On the screen of the display device 34, based on the screen A003 of “MY icon basic information registration”, (a) registered name, (b) telephone numbers 1 to n, (c) mail addresses 1 to n, (d) BLOG 1 to n, (e) A communication means such as a website is registered in the memory / storage 27 and the server 17 of the mobile phone 11 by inputting necessary data (information) using the input device 33 of the mobile phone 11 ( Step S106).

  Here, it is assumed that the above (b) telephone number (mobile phone number) and (c) e-mail address (mobile e-mail address) are automatically obtained from the UIM 28 or the like. In addition, when a new communication means that does not exist at the time of filing of the present invention but can be developed later is used, it is possible to input and apply on this screen for the ID assigned to the user in that means. It becomes.

2. MY icon addition / QR code display (permission change) (FIGS. 4 and 5)
The user of the mobile phone 11 opens the menu screen A004 shown in FIG. 5 using the input device 33 from the desktop screen F001 shown in FIG. 4 displayed on the display device 34 of the mobile phone 11 (step S201).

Select (1) Icon creation (not shown) on the menu screen A004, select an MY icon (not shown) from icon creation (not shown), and display the “MY icon application registration” screen A005 on the display device 34. . In the application for registration of the MY icon, the registration name to be displayed when it is added to the other party's desktop screen and the use for identifying when a plurality of MY icons are created are input using the input device 33, respectively. A communication means for performing communication using the MY icon to be created is input using the input device 33 or selected from those displayed on the screen. The communication means checks the types of phone numbers 1 to n, mail addresses 1 to n, blog URLs, website URLs, etc. based on MY icon basic information stored in the memory / storage 27 of the mobile phone 11. Display with the selection formula. When a hotline (bulletin board) is opened with the other party, it is selected by a check method (not shown). In addition, when the position information is disclosed to the other party, whether or not to disclose is selected. The range of communication methods for the other party selected here is called permission. By creating a plurality of MY icons with different permissions, the user controls which icon (that is, the type of communication means) is used for communication by the other party. It can be so. When the input and selection are completed, the user presses the application button on the screen using the input device 33, whereby the terminal unique number and the application information are transmitted to the server 18 (step S202).
The terminal unique number and the application information transmitted from the mobile phone 11 to the server 17 via the data communication network 14 are expanded in the memory MR of the server 17. A unique random number (discontinuous number of about 20 digits) for one application is generated by the server application, and the application information developed in the memory MR is databased using the generated random number (random number) as key information. Register in DB (area on storage secured by database app). Simultaneously with registration, a random number as key information and a part of the application content are QR-coded using a two-dimensional code encoder (not shown) and stored in the database DB (step S203).
The generated QR code is transmitted to the memory / storage 27 of the mobile phone 11 through the data communication network 14 in the form of an image file or the like. The transmitted QR code is displayed on the display device 34 of the mobile phone 11 together with icon properties (for example, registered name, permission, etc.) (step S204).
The user can store the QR code in the external memory (hereinafter abbreviated as “memory / storage”) 27 such as a memory / storage of the mobile phone 11 or an SD card using the input device 33 (step S205).
In order to confirm the issued icon, the user selects “(2) MY icon / QR code display” (not shown) from the menu screen A004, and displays the QR code, that is, the MY icon on the display device 34 in a list (screen A008). Can be displayed. Here, in order to change the registered name or permission, the target MY icon is selected from the list and the change application screen A009 is displayed (step S206).
The user can newly generate a QR code by the same method as in steps S203 to S206. In this case, the newly generated QR code overwrites the original data (steps S207 to S210).

3. Register the MY icon with the communication partner (Fig. 6)
On the screen of the display device 34, the menu screen A 004 is displayed on the display device 34 from the desktop screen F 001 (see FIG. 4) of the user's own mobile phone 11 that has been “standby set” (step S 301).
From the menu screen A004 displayed on the display device 34, “(2) MY icon / QR code display” (not shown) is selected, and the QR code, that is, the MY icon to be registered with the other party is selected from the list and displayed (shown). (Omitted). The display device 34 displays the registered name and permission information together with the QR code (see screen A008), and allows the user to confirm the contents given to the other party (step S302).
The other party selects “(3) 2D barcode reader activation” from the “menu” on the screen A 010 of the display device 34 (not shown), the 2D barcode reader 30, and the camera device 29 in conjunction therewith. Is activated (step S303).
By scanning the QR code displayed on the display device 34 of the user's cellular phone 11 as shown on the screen A011 (step S304), an icon is added to the desktop as shown on the screen A012 (step S305).
When the other party adds an icon and selects his own icon to be added to the user's desktop from the list on screen A008, the random number of the icon added from the other party's mobile phone 11 and the random number of the icon given to the user are displayed. The data is transmitted to the server 17 via the data communication network 14. The server application stores the random number of the icon in both databases 17 and secures a hotline (bulletin board) area in the memory / storage 27 of the mobile phone 11. Further, when the icon information of the other party is transmitted to the user's mobile phone 11 and the user registers it on the desktop screen as shown on the screen A013 (step S306), the hotline area is determined (step S307).

4). Referencing information (Figure 7)
Various icons registered so far are displayed on the desktop of the mobile phone 11 of the user who has been set to “standby” on the screen of the display device 34. When there is a contact or update from the communication target, the icon control device 31 automatically gives an action to the icon displayed on the screen of the display device 34, thereby issuing an alert as shown in the screen A014 ( When the icon that issues the alert is selected (that is, when a communication target is clicked) (step S401), a list screen A015 is displayed on the screen of the display device 34 (step S402). In the list, the type of information source (telephone, mail, blog, hotline, communication means such as location information), read / unread, etc. are identified and displayed (not shown). When the user selects unread update information, a detailed information screen A016 is displayed on the display device 34 (step S403). Here, functions such as hyperlinks and scripts can be used in the same way as a general web browser, and a general website can be accessed as shown in a screen A017 (step S404).
If an icon link is given on the detailed information screen, an icon can be added to the user's own desktop as shown in screen A018 by clicking this (step S405).
When the list is displayed on the screen of the display device 34 (that is, at the time of step S402) or when detailed information is displayed on the display device 34 (that is, at the time of step S403), the user displays the screen A019. Select “Reply method” (Normally, reply by email is used for contact by email, but you can easily select reply via hotline or phone even if you contact by email) (Step S406), as shown in screen A020, a reply is created and transmitted (step S407), or step S407 is directly executed from step S403.
In step S407, the user can highlight the text when creating a reply and assign an icon on his or her desktop (for example, the Nikkei News RSS icon on the user's desktop is very convenient. In this case, it is possible to attach it to the text so that the communication partner can easily obtain the same icon (without searching, etc.).
Further, when the list is displayed on the screen of the display device 34, the user can delete the selected data as shown in the screen A021 (step S408).

5. Transmission of information (Fig. 8)
On the screen of the display device 34, various icons registered so far are displayed on the desktop of the user's own mobile phone 11 that has been set to "standby", as shown in screen A022 (step S501). When sending information to the target of communication, select the target icon and select the outgoing method from the list, and at the same time, select the outgoing mode (expressing emotions such as emotion, emotion, affection, etc.) from the list shown on screen A023. (Step S502).
When the input screen is displayed, the user inputs information to be transmitted using the input device 33 as shown in screen A024 (step S503). At this time, it is possible to assign a link destination URL or an icon to be given to a communication target.
When the update information via the data communication network is transmitted to the partner icon, the icon control device 31 issues an alert in the same manner as in step S401. If the call mode is selected, the icon control device 31 gives the icon displayed on the other party's desktop screen a motion for expressing emotion as shown on the screen A028 (step S504).

6). Status notification (Figure 9)
On the display device 34, the menu screen A026 is displayed on the display device 34 (step S602) from the desktop screen A025 of the user's own mobile phone 11 that has been “standby set” (step S601).
When transmitting its own status to the communication target, the status is selected from the list as shown in screen A027 (step S603).
When the update information via the data communication network is transmitted to the other party's icon, the icon displayed on the other party's desktop screen by the icon control device 31 is given a motion to express the status as shown in screen A028 ( Step S604).

7). Issuing group icons (Figs. 10 and 11)
The user turns on the PC 20 connected to the Internet 19 and refers to an information providing service site that is one of the IPs 18 ₁ to 18 _n as shown on the screen B001 from a browser (not shown) (step S701). When the group icon application screen B002 is displayed from the menu “Create group icon” on the information providing service site and the input of the “registered name” to be displayed when added to the desktop screen of the participating member is completed, the user displays the screen on the screen. Is clicked and transmitted to the server 17 (step S702).
Application information transmitted from the PC 20 to the server 17 via the Internet 19 is expanded in the memory MR of the server 17. A unique random number (discontinuous number of about 20 digits) for one application is generated by the server application, and the application information developed in the memory MR using the generated random number (random number) as key information is stored in the database DB. Register in the storage area secured by the database app. Simultaneously with registration, the random number, which is key information, is converted into a QR code using a two-dimensional code encoder (not shown) and stored in the database DB (step S703).
The generated QR code is transmitted through the Internet 19 to a memory / storage (not shown) of the PC 20 in the form of an image file or the like. The transmitted QR code is displayed on the screen of the PC 20 together with an icon property (registered name). The user can save the QR code in the memory / storage of the PC 20 or an external memory (hereinafter abbreviated as memory / storage) 20S such as an SD card as shown on the screen B003 (step S704).
The saved QR code file is sent to the group member as an e-mail attachment.
As shown in FIG. 11, the user opens a menu screen (not shown) using the input device 33 from the desktop screen B004 displayed on the display device 34 of the mobile phone 11 (step S705).
The group icon application screen B005 is displayed on the display device 34 from “(1) Create icon” (not shown) on the “menu” screen, and the “registered name” to be displayed when added to the participating member desktop screen is input. When completed, the user presses the application button on the screen using the input device 33, whereby the application information is transmitted to the server 17 (step S706).
Application information transmitted from the mobile phone 11 to the server 17 via the data communication network 14 is expanded in the memory MR of the server 17. A unique random number (discontinuous number of about 20 digits) for one application is generated by the server application, and the application information developed in the memory MR using the generated random number (random number) as key information is stored in the database DB. Register in the storage area secured by the database app. Simultaneously with registration, the random number, which is key information, is converted into a QR code using a two-dimensional code encoder (not shown) and stored in the database DB (step S707).
The generated QR code is transmitted to the memory / storage 27 of the mobile phone 11 through the data communication network 14 in the form of an image file or the like. The transmitted QR code is displayed on the display device 34 of the mobile phone 11 together with the icon property (registered name) as shown in a screen B006. The user can store the QR code in the memory / storage 27 of the mobile phone 11 using the input device 33 (step S708).
The saved QR code is displayed on the display device 34 of the mobile phone 11 in the same manner as in step S302 above, and is scanned by members who join the group.

8). Add a group icon to the desktop (Figure 12)
A member who participates in the group selects “(3) 2D barcode reader activation” from the menu on the screen B007 of the display device 34 (step S801), and the 2D barcode reader 30 as shown in the screen B008. And the camera apparatus 29 is started in conjunction with it (step S802).
As shown in screen B009, by scanning a QR code distributed from the group owner or displayed on the display device 34 of the mobile phone 11 (step S803), an icon is added to the desktop as shown in screen B010. (Step S804).
The random number and unique identification information of the icon added from the cellular phone 11 of the group member are transmitted to the server 17 via the data communication network 14. The server application stores the member's unique identification information in the database DB using the random number of the icon as key information, and determines a hotline (bulletin board) area in the memory / storage 27 of the mobile phone 11 or an existing group hot Join the line (step S805).
As shown in the screen B011, the group member can store the QR code scanned from the group owner in the memory / storage 27 of his / her mobile phone 11 to allow further members to scan (step S806).

9. Group icon Information reference (Figure 13)
Various icons registered so far are displayed on the desktop of the mobile phone 11 of the user who has been set to “standby” on the screen of the display device 34. When contact is made from a group member, as shown in screen B 012, the icon control device 31 automatically issues an alert by giving a motion to the icon displayed on the screen of the display device 34. When the icon that has issued the alert is selected (step S901), the hotline detail screen B013 is displayed on the screen of the display device 34 (step S902). Here, as shown in a screen B014, functions such as hyperlinks and scripts can be used in the same way as a general web browser, and a general website can be accessed (step S903).
When the detailed information is displayed on the display device 34, the received member can input the reply content on the hotline as shown in the screen B015 (step S904). The input data is added to the upper part on the detail screen, and alerts other group members.

10. Issuing marketing icons (Figure 14)
A person in charge of a corporation such as a company turns on the PC 20 connected to the Internet and refers to an information providing service site that is one of IPs 18 ₁ to 18 _n shown on the screen C001 from the browser (step S1001). A marketing icon application screen C002 is displayed from the menu “marketing icon creation” on the information providing service site (S1002). When a new creation button is pressed, a screen for inputting an icon name and an outline is displayed. After inputting the information, the application information is transmitted to the server 17 by pressing the application button. The application screen takes the form of logging in using a user ID and password, but the person in charge such as a company or corporation that uses it for the first time is the person in charge information (corporate name, department, person in charge) on the application screen for the first time. Name, address, telephone number, e-mail address, etc.) and the next user ID and password are input and transmitted.
Application information transmitted from the PC 20 to the server 17 via the Internet 19 is expanded in the memory MR of the server 17. A unique random number (discontinuous number of about 20 digits) for one application is generated by the server application, and the application information developed in the memory MR using this random number (random number) as key information is stored in the database DB (database Register in the storage area reserved by the app). Simultaneously with registration, the random number, which is key information, is converted into a QR code using a two-dimensional code encoder (not shown) and stored in the database DB (step S1003).
As shown in the screen C003, the generated QR code is transmitted through the Internet 19 to a memory / storage (not shown) of the PC 20 in the form of an image file or the like. The transmitted QR code is displayed on the screen of the PC 20 together with an icon property (registered name). As shown in the screen 003, the user can save the QR code in the memory / storage 20S of the PC 20 (step S1004).
The stored QR code image is posted on a medium such as a corporate website or a poster / magazine advertisement, and is scanned by a user (customer).

11. Add a marketing icon to the desktop (Figure 15)
A user (customer) who wants to receive information distribution from a corporation selects a QR code posted on various media by selecting “(3) 2D barcode reader activation” from the menu on the screen C 004 of the display device 34 ( In step S1101), as shown on the screen C005, the two-dimensional barcode reader 30 and the camera device 29 are started in conjunction with the two-dimensional barcode reader 30 (step S1102).
As shown in screen C006, by scanning the QR code posted on various media (step S1103), an icon is added to the desktop as shown in screen C007 (step S1104).
The random number and unique identification information of the icon added from the user's mobile phone 11 are transmitted to the server 17 via the data communication network 14. The server application stores the user's unique recognition information in the database DB using the random number of the icon as key information and participates in an existing marketing hotline (step S1105).

12 Marketing icon Information transmission (Figure 16)
A person in charge of a corporation such as a company turns on the PC 20 connected to the Internet 19 and refers to an information providing service site that is one of the IPs 18 ₁ to 18 _n shown on the screen C008 from a browser (not shown) (step S1201). . From the menu “Marketing icon creation” on the information providing service site, as shown on the screen C009, the user ID and password are input (step S1202), and the marketing icon application screen C010 is displayed (step S1203). Here, since already issued icons are displayed in a list, an icon for transmitting information is selected and an update button is pressed.
By pressing the update button, a screen for inputting outgoing information is displayed. After inputting the information, the input information is transmitted to the server by pressing the bulletin board update button. The server application updates the transmitted information to a hotline area of storage (not shown), and transmits the fact of updating to the user (customer) who added the icon via the data communication network 14 (step S1204).

13. Marketing icon Information reference (Figure 17)
On the screen of the display device 34, various icons registered so far are displayed on the desktop of the user's own mobile phone 11 that has been set to “standby” as shown in the screen C011 (S1301). When information is transmitted from a corporation, an icon control device automatically issues an alert by giving a motion to the icon displayed on the screen of the display device 34, so select the icon that is generating the alert Then, the hotline detail screen C012 is displayed on the screen of the display device 34 (step S1302). Here, as shown in a screen C013, functions such as hyperlinks and scripts can be used as in a general web browser, and a corporate website can be accessed (step S1303).

14 Issue of RSS icon (Figure 18)
A person who desires to add an RSS icon that collects specific information turns on the PC 20 connected to the Internet 19 and provides information that is one of IPs 18 ₁ to 18 _n shown on the screen D001 from the browser (not shown). The service site is referred to (step S1401). An RSS icon application screen D002 is displayed from the menu “RSS icon creation” on the information providing service site. In the application screen D002, enter the registration name, RSS feed address, category that is displayed in the list, keywords for searching for registered RSS icons, etc., and press the application button to enter the application information. It transmits to the server 17 (step S1402).
Application information transmitted from the PC 20 to the server 17 via the Internet 19 is expanded in the memory MR of the server 17. A unique random number (discontinuous number of about 20 digits) for one application is generated by the server application, and the application information developed in the memory MR using this random number (random number) as key information is stored in the database DB (database Registered in the storage area reserved by the application (step S1403). Simultaneously with registration, the random number, which is key information, is converted into a QR code using a two-dimensional code encoder (not shown) and stored in the database DB.
The generated QR code is transmitted through the Internet 19 to a memory / storage (not shown) of the PC 20 in the form of an image file or the like. The transmitted QR code is displayed on the screen of the PC 20 together with an icon property (registered name). As shown in the screen D003, the user can save the QR code in the memory / storage 20S of the PC 20 (step S1404).

15. RSS icon Add an icon to the desktop (Figure 19)
A user who wants to collect necessary information from the RSS icon at any time turns on the PC 20 connected to the Internet 19 and opens an information providing service site that is one of IP18 ₁ to 18 _n shown on the screen D004 from a browser (not shown). Reference is made (step S1501). The RSS list search screen D005 is displayed from the menu “RSS icon search” of the information providing service site (step S1502). Storage on the server 17 (not shown) by selecting a category (for example, news, stock price of a specific brand, etc.) related to information required by the search screen or by directly entering a keyword into the search bar by text input A list of RSS icons and QR codes according to the selected or input conditions are listed from the database DB relating to the RSS icons stored in, and displayed on the screen of the PC 20. The user selects the QR code of the list on the desktop screen D006 of the user's own mobile phone 11 by selecting “(3) 2D barcode reader activation” (not shown) from the menu function (step S1503), and the screen D007. As shown in FIG. 5, the two-dimensional barcode reader 30 and the camera device 29 are activated in conjunction therewith (step S1504). By scanning the QR code displayed on the list screen of the PC 20 as shown on the screen D008 (step S1505), an icon is added to the desktop as shown on the screen D009 (step S1506).
Alternatively, as shown on the screen D010, the RSS list search screen is displayed on the display device 34 by clicking the RSS icon displayed on the desktop screen of the user's own mobile phone 11 (step S1507). Saved in the storage (not shown) of the server 17 by selecting a category related to the information required by the user (eg news, stock price of a specific brand, etc.) or entering a keyword directly into the search bar by text input A list of RSS icons based on the conditions selected or input from the database DB related to the RSS icons is displayed on the screen of the PC 20 as shown in the screen D011 (step S1508). By selecting an icon to be added to the desktop, the user can add an RSS icon to the desktop as shown in a screen D009 (step S1509).
In the process of receiving information from the communication target, if an RSS icon is assigned in the text of the information, this icon can also be added to the desktop as shown in the screen D009 (steps S1510 to S1511). .
When the person who issued the RSS icon posted a QR code on a medium such as a website or a poster / magazine advertisement, as shown in screens D006 to D009, the user performs steps S1503 to S1506 as described above. An RSS icon can be added to the desktop (steps S1512 to S1515).

16. RSS icon Information query (Figure 20)
Various icons registered so far are displayed on the desktop of the mobile phone 11 of the user who has been set to “standby” on the screen of the display device 34. When there is an update to the information source registered in RSS, the information service provider (IP) server application periodically checks the update using the RSS feed registered in the database and confirms the update. In this case, a signal is transmitted through the data communication network 14 to the icon control device 31 of the user's mobile phone 11. When the icon control device 31 receives the signal, the icon control device 31 issues an alert by giving a motion or the like to the icon displayed on the screen of the display device 34 as shown in the screen D012, and therefore, when the icon issuing the alert is selected ( In step S1601, the information collected by the RSS feed in the server 17 is listed, and data is displayed using the display device 34 of the mobile phone 11 as shown in the screen D013 (step S1602). In order to obtain detailed information, the user selects data on the list screen to transmit the detailed data from the server to the mobile phone and display it as shown on the screen D014 (step S1603).

17. Issuing agent icons (Figure 21)
The agent icon is a robot-type engine having an artificial intelligence (AI) that searches and displays interests on the network on behalf of the user himself / herself, and makes it possible to output information closer to the user's interest.
The agent icon is mounted on the desktop at the initial setting, and when this icon is clicked (S1701), the “keyword input” screen E021 is displayed on the display device 34 (step S1702). In accordance with the “keyword” input on the screen E021, a list of information retrieved and collected is displayed on the display device 34 as a list screen E022 (step S1703).
Further, as a method of “keyword input”, in addition to the method of inputting “keyword” by the input device 33 on the “keyword input” screen E021 as described above, the “keyword” generated by the user by voice is input to the voice input device. Analysis may be performed by (not shown), and information retrieval may be performed based on the analysis result.

18. Agent icon Information query (Figure 22)
Various icons registered so far are displayed on the desktop of the mobile phone 11 of the user who has been set to “standby” on the screen of the display device 34.
As described above, it is possible to always perform a new search by “keyword input” using an agent icon. However, if an information source corresponding to a keyword registered in advance is updated, the information service The server application of the provider (IP) periodically checks the update using the agent icon AI registered in the database, and if the update is confirmed, the icon control device 31 of the user's mobile phone 11 is checked. A signal is transmitted through the data communication network 14. When receiving the signal, the icon control device 31 issues an alert by giving a motion or the like to the agent icon displayed on the screen of the display device 34 as shown in the screen E023 (S1801). Is selected (step S1802), information collected by the agent icon AI in the server 17 is listed, and data is displayed using the display device 34 of the mobile phone 11 as shown on the screen E024 (step S1803). In order to obtain detailed information, the user selects data on the list screen, thereby transmitting the detailed data from the server to the mobile phone and displaying it as shown on the screen E025 (step S1804).

19. Issuing application icons (Figure 23)
A person in charge of a company or corporation providing a utility application such as a TV remote controller turns on the PC 20 connected to the Internet 19 and is information that is one of IPs 18 ₁ to 18 _n shown on the screen E001 from a browser (not shown). The provided service site is referred to (step S1901). The application icon application screen E002 is displayed from the menu “application icon creation” on the information providing service site (step S1902). By pressing a new creation button, a screen for inputting an icon name, an outline, and an application download destination URL is displayed. After inputting the information, the application information is transmitted to the server 17 by pressing the application button. The application screen takes the form of logging in using a user ID and password, but the person in charge such as a company or corporation that uses it for the first time is the person in charge information (corporate name, department, person in charge name) on the application screen for the first time. , Address, telephone number, e-mail address, etc.) and the next user ID and password are input and transmitted (step S1903).
Application information transmitted from the PC 20 to the server 17 via the Internet 19 is expanded in the memory MR of the server 17. A unique random number (discontinuous number of about 20 digits) for one application is generated by the server application, and the application information developed in the memory MR using this random number (random number) as key information is stored in the database DB (database Register in the storage area reserved by the app). At the same time as registration, the random number, which is key information, is converted into a QR code using a two-dimensional code encoder (not shown) and stored in the database DB.
The generated QR code is transmitted through the Internet 19 to a memory / storage (not shown) of the PC 20 in the form of an image file or the like. The transmitted QR code is displayed on the screen (not shown) of the PC 20 together with the icon property (registered name). As shown on the screen E003, the user can save the QR code in the memory / storage 20S of the PC 20 (step S1904).
The stored QR code image is posted on a medium such as a website provided by a company or corporation, an instruction manual of a product such as a home appliance, a pamphlet, etc., and is scanned by a user (customer).

20. Add application icons to the desktop (Figure 24)
The user (customer) who wants to use the utility application selects the QR code posted on various media from the menu on the screen E004 of the display device 34, and selects “(3) 2D barcode reader activation” (step S2001). Then, as shown on the screen E005, the two-dimensional barcode reader 30 and the camera device 29 are activated in conjunction with the reader (step S2002).
By scanning QR codes posted on various media as shown on screen E006 (step S2003), an icon is added to the desktop as shown on screen E007, and at the same time a download request is sent to server 17 (step S2004). And S2005). Based on the URL registered in the database DB of the server 17, the utility application is downloaded to the memory / storage 27 of the mobile phone 11 of the user who issued the request.

21. Start the application (Fig. 25)
Various icons registered so far are displayed on the desktop of the mobile phone 11 of the user who has been set to “standby” on the screen of the display device 34. When a user who wants to start a utility application and uses home appliances such as a TV or an HDD recorder clicks the corresponding application icon as shown on the screen E008 (step S2101), the utility application starts on the screen E009 of the display device 34 ( Step S2102).

22. Arrangement of Icons on the Desktop The following functions are provided from the menu on the desktop of the mobile phone 11 of the user who has been set to “standby” on the screen F001 of the display device 34:
Icon creation MY icon / QR code display Bar code activation status notification Application termination

On the screen F001 of the display device 34, on the desktop of the user's own mobile phone 11 that has been "standby set", the following functions are provided from "Functions":
(1) Check icon properties; (You can refer to some of the basic information registered by the publisher of the icon. For example: for person-to-person communication icons; permission information / phone, email, blog, etc.)
(2) Grouping of icons;
Multiple icons can be displayed on the desktop as one icon. Example: Since A, B, and C are company colleagues, the “company friends” icon is generated collectively. In this case, if there is a contact update from someone in the group, the group icon first alerts, and when clicked, an individual icon is expanded on the desktop, and only the icon of the specific individual who sent the contact update alerts. You can see that it has started. (Note: It is not a group icon of icon type)
(3) Specifying the order of arrangement;
Registration order: Newly added icons are arranged in order from the top left.
Update frequency order: Communication target icons with a high update frequency are arranged from the upper left.
Arbitrary setting: The selected icon can be specified in any arrangement of the user.
(4) Change of icon design;
In the initial state, an icon designated by the registrant is displayed, but a preinstalled image or an image taken by the user can be assigned as an icon.
(5) Icon deletion;
Delete the selected icon on the desktop. When deleting personal icons, a message is sent to the registrant. Then delete it. At the same time, the hotline (bulletin board) is also deleted.
In addition, a message is also issued to prompt deletion of icons that have not been used for a certain period of time.
(6) Standby setting;
The application is set to reside as a standby application on the mobile phone (recommended).
(7) Background image setting;
The desktop background image where the icon is placed can be set to any user.
The screen F001 shows icons arranged in a matrix (m, n). Here, m = row and n = column are shown, respectively, and m = n = 1 to 3 on the screen F001.
The icons arranged in the matrix (1, 1), that is, the icons A arranged in the first row and the first column are associated with the information about Mr. A, and the icons arranged in the matrix (1, 2), that is, The icons B arranged in the first row and the second column are associated with information on the futsal group.

  Similarly, the icon C of the matrix (1, 3) is associated with information about Coca-Cola, the icon D of the matrix (2, 1) is associated with the RSS that collects IT news, and the matrix ( 2 and 2) are associated with the HDD recorder remote controller. Further, the icon F of the matrix (2, 3), the icon G of the matrix (3, 1), and the icon H of the matrix (3, 2) are associated with “(unregistered blank)” and the matrix ( 3 and 3) is associated with “RSS search”.

23. Method of exchanging icons The exchange of individual icons and group icons is not limited to those using QR codes, and can be exchanged using near field communication hardware such as Bluetooth or infrared rays.
It also has a transmitter / receiver for sound bar codes, and the icon generated by symbolizing icon information (sound bar code for icons) in the voice emitted from the mobile phone 11 is exchanged to realize icon exchange. it can. By using this, it is possible to exchange icons even during a telephone call.

24. Method of adding icons On the other hand, as a method of adding marketing icons, RSS icons, and application icons to the desktop, if the sound bar code for icons is included in the sound broadcast on TV / radio, this is used as the sound bar. It is also possible to obtain an icon by using a code receiver. Here, the sound bar code is a technique for exchanging a very small amount of data (icon data) using not only radio waves and other high frequencies but also low frequencies such as voice and music as a carrier wave.

Table 1 shows types of “icons” used in the mobile one-stop communication method according to the present invention. These icons can be put on the “desktop” of the mobile phone 11 (that is, the operation screen displayed on the display device).

(Table 1)

It is the schematic which shows schematic structure of the mobile one-stop communication system for enforcing the mobile one-stop communication method by this invention. It is the schematic which shows the hardware and software structure of the mobile telephone shown in FIG. It is a figure for demonstrating the initial setting in the mobile one-stop communication method by this invention. It is a figure for demonstrating the addition / QR code display of the MY icon in the mobile one-stop communication method by this invention. FIG. 5 is another diagram for explaining MY icon addition / QR code display in the mobile one-stop communication method according to the present invention, as in FIG. 4. It is a figure for demonstrating the procedure which registers the MY icon in the communication other party in the mobile one-stop communication method by this invention. It is a figure for demonstrating the reference of the information in the mobile one-stop communication method by this invention. FIG. 8 is another diagram for explaining reference of information in the mobile one-stop communication method according to the present invention, similarly to FIG. 7. It is a figure for demonstrating the status notification in the mobile one-stop communication method by this invention. It is a figure for demonstrating issue of the group icon in the mobile one-stop communication method by this invention. FIG. 11 is a diagram for explaining issuance of group icons in the mobile one-stop communication method according to the present invention, as in FIG. 10. It is a figure for demonstrating adding the group icon to the desktop in the mobile one-stop communication method by this invention. It is a figure for demonstrating the reference of the information of the group icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating issue of the marketing icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating adding a marketing icon to the desktop in the mobile one-stop communication method by this invention. It is a figure for demonstrating transmission of the information of the marketing icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating the reference of the information of the marketing icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating issue of the RSS icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating adding the RSS icon to the desktop in the mobile one-stop communication method by this invention. It is a figure for demonstrating the inquiry of the information of the RSS icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating issue of the agent icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating the inquiry of the information of the agent icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating issue of the application icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating the addition to the desktop of the application icon in the mobile one-stop communication method by this invention. It is a figure for demonstrating starting of the application in the mobile one-stop communication method by this invention.

Explanation of symbols

10 Mobile stop communication system 11 ₁ to 11 _m cellular telephone 12 radio base station 13 the mobile telephone switching office 14 network 15 gateway 16 communication control center 17 ₁ to 17 _n server 18 ₁ ~ 18 _n information provider (IP: Information Provider)
19 Internet 20 ₁ ~20 _m personal computer (PC)
20S ₁ ~20S _m PC20 of memory / storage

Claims (16)

A mobile one-stop communication method for realizing communication among a plurality of users using various types of communication networks,
Generating a communication key that uniquely identifies a user to be communicated;
Placing the generated communication key on a mobile desktop for a desired user;
Displaying information associated with the various communication tools associated with the communication key on the desktop of the mobile in an interactive manner;
A mobile one-stop communication method comprising: generating an alert on a communication key associated with the updated information displayed on the desktop of the mobile when the information is updated .   The mobile one-stop communication method according to claim 1, wherein the communication key is a random number.   The mobile one-stop communication method according to claim 1, wherein the communication key is an icon obtained by two-dimensionally coding a unique random number.   The mobile one-stop communication method according to claim 1, wherein the communication key is an RSS icon.   The mobile one-stop communication method according to claim 1, wherein the communication key is an agent icon.   6. The step of generating an alert in the communication key generates an alert by changing the movement of the icon to notify the user that the information has been updated. The mobile one-stop communication method according to any one of the above.   6. The step of generating an alert in the communication key generates an alert by changing a shape of the icon and notifies the user that the information has been updated. The mobile one-stop communication method according to any one of the above.   The mobile one-stop according to claim 1, wherein the communication tool includes at least one communication means including a telephone, mail, blog, URL, hotline, location information, or the like, or a combination of two or more. Communication method. A mobile one-stop communication system that realizes communication between a plurality of users using various types of communication networks,
Generating means for generating a communication key for uniquely identifying a user to be communicated;
Arrangement means for arranging the generated communication key on a mobile desktop for a desired user;
Display means for displaying information associated with various communication tools associated with the communication key on the desktop of the mobile in an interactive form;
And a generation step of generating an alert for a communication key associated with the updated information displayed on the mobile desktop when the information is updated. Communications system.   The mobile one-stop communication system according to claim 9, wherein the generation unit generates a random number as the communication key.   The mobile one-stop communication system according to claim 9, wherein the generation unit generates an icon in which a unique random number is two-dimensionally encoded as the communication key.   The mobile one-stop communication system according to claim 9, wherein the generation unit generates an RSS icon as the communication key.   The mobile one-stop communication system according to claim 9, wherein the generation unit generates an agent icon as the communication key.   The said generation | occurrence | production means generate | occur | produces an alert by changing the movement of the said icon, and notifies that the said information was updated to a user, The Claim 13 characterized by the above-mentioned. Mobile one-stop communication system.   The said generation | occurrence | production means generate | occur | produces an alert by changing the shape of the said icon, and notifies that the said information was updated to a user, The Claim 13 characterized by the above-mentioned. Mobile one-stop communication system.   The mobile one-stop according to claim 9, wherein the communication tool includes at least one communication means including a telephone, an email, a blog, a URL, a hotline, location information, and the like, or a combination of two or more. Communications system.

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