KR100944151B1 - System and method for providing of synchronized website of wire, wireless internet - Google Patents

Abstract

According to the present invention, a mobile terminal connected to a server through a wireless network and a PC terminal connected to a server through a normal Internet are simultaneously connected to manage data generated by the mobile terminal and the PC terminal in one server and a website. In more detail, the present invention relates to a web service for efficiently and conveniently providing various entertainment functions not only to a PC terminal but also to a small mobile terminal based on a picture file generated by a touch screen in a small mobile terminal. It is about.

The present invention is not only a blog is formed mainly on a picture file generated by a user manually in a small mobile terminal having a touch screen, but also suitable for a variety of additional data uploaded and downloaded in a picture format to the blog, as well as a PC terminal Rather, it is possible to easily upload information to a blog or download information of a blog through a small mobile terminal without a separate keyboard. The present invention can easily check the blog of the website in a small mobile terminal, and also has the effect of being able to easily upload and arrange the data generated in the mobile terminal. The present invention is easy to check all the content without a separate keyboard in the mobile terminal, even though all of the picture file manually generated in the mobile terminal and the text file that is directly input through the PC terminal, etc. are managed in one website It also has the effect of allowing uploads.

Description

System and Method for Integrated Management of Mobile Device-Generated Picture-based Data {System and Method for Providing of Synchronized WebSite of Wire, Wireless Internet}

According to the present invention, a mobile terminal connected to a server through a wireless network and a PC terminal connected to a server through a normal Internet are simultaneously connected to manage data generated by the mobile terminal and the PC terminal in one server and a website. In more detail, the present invention relates to a web service for efficiently and conveniently providing various entertainment functions not only to a PC terminal but also to a small mobile terminal based on a picture file generated by a touch screen in a small mobile terminal. It is about.

Recently, blog sites where users upload their own posts, photos, videos, etc., have gained great response. A blog site is a website that freely stores and expresses content according to its interests. Recent blog sites function mainly on graphic-based materials such as pictures, videos, pictures, and voices. In general, users upload and upload picture files or picture files drawn to blog sites through PC terminals. Was used. Due to the nature of PC terminals, blog sites upload data including various characters and printed characters using the keyboard.

Recently, there have been many attempts to access and utilize such blog sites through small mobile terminals as well as PC terminals. Mobile terminals have mainly used mobile phones, PDAs, and the like, and like a PC terminal, a small mini-substrate or a virtual screen keyboard is used to search for various multimedia data and input characters such as text.

However, when accessing, uploading or downloading a blog site through a mobile terminal, text-based data is still input like a PC terminal. As a result, it is not easy to input text in a small mobile terminal. Therefore, blog utilization through wireless connection of mobile terminals is only at the level of checking and downloading blog contents, and active use such as active uploading of data is insignificant. .

The present invention has been made to solve the above problems, the blog is formed around the picture file manually created by the user in a small mobile terminal having a touch screen, and various additional data is uploaded in the picture format An object of the present invention is to provide an integrated management system and method for generating mobile terminal-based data suitable for download.

An object of the present invention is to provide a blog layout structure that can be easily confirmed in a small mobile terminal, and can be easily uploaded and arranged in the data generated in the mobile terminal.

It is an object of the present invention to provide a system and method in which both a picture file manually generated in a mobile terminal and a text file directly input through a PC terminal and the like are stored and arranged in an easy-to-view structure in the mobile terminal.

The configuration of the present invention for achieving the above object is connected to the mobile terminal and the PC terminal connected module for transmitting and receiving data between the mobile terminal and the PC terminal; An authentication module for controlling access by recognizing information of the terminals; A storage module for storing data or content; After authentication through the authentication module, the generated data including the main data to be the subject and the picture-based auxiliary data written by the user with respect to the main data is received from the mobile terminal and arranged in a batch group, and A batch module for generating picture-based data by placing the batch data into the batch group when inputting slave data; And a web page having a web page corresponding to each of contents of the mobile terminal and a web page capable of inputting the seed data in the form of a picture or text depending on the generated data through the mobile terminal or the PC terminal. And a management module for storing generated data and picture-based data corresponding to the content through the storage module and providing the generated data and the picture-based data to the mobile terminal or the PC terminal, wherein the auxiliary data is a touch screen method within the mobile terminal. It is an integrated management system of mobile terminal-generated picture-based data, characterized in that the picture file generated by the user's manual.

The data generated by the mobile terminal and received through the access module and stored through the storage module may be a picture file generated by a user's manual touch screen method in the mobile terminal.

The batch module forms a batch group, and the one batch group includes: one main data unit displaying main data as a subject; And an auxiliary data unit in which data dependent on the main data unit is displayed. The auxiliary data unit is connected to the main data unit and the auxiliary data unit and includes a picture or text type based on the main data unit and the auxiliary data unit. Characterized in that it comprises a species data portion that is additionally received by the data expressed.

The arrangement module may include: sequentially placing the slave data in the slave data unit when species data corresponding to the main data unit and the auxiliary data unit of the batch group is input through the mobile terminal or the PC terminal. do.

When the mobile terminal is connected, the generated data stored in the mobile terminal is uploaded to the storage module and stored, and the data is displayed in a batch group formed by the batch module.

(1) an authentication step of receiving information of the mobile terminal upon connection of the mobile terminal and confirming whether the connection is valid or registered; (2) receiving a signal from the connected mobile terminal to form a new batch group; (3) receiving data from the mobile terminal, storing and displaying the data as a main data unit or an auxiliary data unit of the batch group; and providing the integrated management method of the mobile terminal-generated picture-based data, comprising: do.

(1) an authentication step of receiving information of the mobile terminal upon connection of the mobile terminal and confirming whether the connection is valid or registered; (2) receiving a signal from the connected mobile terminal and accessing the requested batch group among the previously formed batch groups; (3) transmitting, according to a request from the mobile terminal, data included in the batch group to the mobile terminal; And (4) receiving data from the mobile terminal, and storing and displaying the data in a seed data unit included in the requested batch group among the previously formed batch groups. Provides an integrated management method

The data of the mobile terminal stored and displayed in the batch group is a picture file generated by a user's manual operation in a touch screen manner in the mobile terminal.

Connecting to the server through a PC terminal to form a batch group, and when the main data or auxiliary data or species data are input to the batch group, the batch module further includes the step of storing and displaying the input data. do.

Connecting to the server via a PC terminal, loading the previously formed batch group, and inputting main data, auxiliary data or species data into the batch group, the batch module further includes storing and displaying the input data. It features.

Transmitting main data of the selected batch group to the mobile terminal, transmitting auxiliary data connected to the main data to the mobile terminal, and transmitting longitudinal data connected to the main data to the mobile terminal; Each of the steps may be performed only when the corresponding data exists according to the request signal from the mobile terminal.

The present invention is not only a blog is formed mainly on a picture file generated by a user manually in a small mobile terminal having a touch screen, but also suitable for a variety of additional data uploaded and downloaded in a picture format to the blog, as well as a PC terminal Rather, it is possible to easily upload information to a blog or download information of a blog through a small mobile terminal without a separate keyboard.

The present invention can easily check the blog of the website in a small mobile terminal, and also has the effect of being able to easily upload and arrange the data generated in the mobile terminal.

The present invention can easily check all the contents without a separate keyboard on the mobile terminal, even though all of the picture file manually generated in the mobile terminal, and the text file that is directly input through the PC terminal, etc. are managed in one website And also has the effect of being able to upload.

Hereinafter, the configuration of the present invention will be described in detail with reference to embodiments of the present invention shown in the accompanying drawings.

1 is a schematic diagram of a system structure of the present invention. Referring to FIG. 1, the system 200 of the present invention includes a server and an integrated management website, and the mobile terminal 100 and the PC terminal 300 can be connected to the system. The mobile terminal 100 is connected through a wireless network by a wireless LAN connection method such as WIFI and WIBRO, and the PC terminal can be connected to a website through a normal Internet.

2 shows a block diagram of the system structure of the present invention. Referring to Figure 2, the system is a connection module 210, authentication module 220, management module 230, connection module 240, storage module 250, connection module 260, batch module 270, The upload module 280 is included.

The connection module 210 is a part for controlling the connection with the wireless mobile terminal 100 through a communication network, and another connection module 240 is a part for controlling the connection with the PC terminal 300.

The authentication module 220 functions to automatically check and authenticate the terminal information or subscriber information when the wireless mobile terminal 100 is connected to the network. The authentication module 220 allows access to the corresponding system only when authentication is performed.

The management module 230 is a control part for controlling various functions of the system according to a request signal from each terminal.

The storage module 250 stores data in a database and downloads the stored data.

The connection module 260 stores the connection information of preset batch group data according to the connected terminal or user information, and loads batch group data connected to each terminal according to the connection information. That is, among a plurality of batch group data information to be described later, it provides a list of batch groups that are set and stored by the connection module 260 to enable easy access and verification.

The batch module 270 receives data from the terminal to form a batch group, and includes the data including the main data, the auxiliary data, the species data (the main data, the supplementary data, and the species data in the formed batch group as "picture-based data" or " "Is called batch group data").

The upload module 280 functions to receive specific data from the mobile terminal when the mobile terminal is wired through the connector.

3 is a view showing a batch group formation or arrangement process according to an embodiment of the present invention. Referring to FIG. 3, a diagram illustrating a method of uploading a plurality of data from the mobile terminal 100.

When the mobile terminal 100 is connected to the PC terminal 300 through a connector or the like, data stored in the mobile terminal 100 is uploaded through the upload module 280. First, when it is detected that the mobile terminal 100 is connected (S101), the authentication module 220 requests the authentication information at the same time in response to the connection to the mobile terminal 100 (S102). When authentication information such as serial number, product number or ID, password, etc. is transmitted from the mobile terminal 100 (S103), the authentication module 220 verifies this, and then transmits the authentication result (S104), the mobile terminal 100 Generation data including main data, which is a subject stored in the drawing, and auxiliary data based on drawings created by a user, are transmitted to the main data (S106). The generated generated data are stored by updating the existing database and forming a batch group by the batch module 270 or arranged in a specific manner in the batch group, and stored and displayed.

At this time, the stored data mainly includes a picture file formed by combining dots, lines, and surfaces by a user scraping with a touch pen through a touch screen of the mobile terminal 100, and the picture files are uploaded by date Stored according to star batches and viewed simultaneously on the website.

The user of the mobile terminal 100 may access the system and check the uploaded materials sequentially.

4 is a view showing a batch group formation or arrangement process according to another embodiment of the present invention. Referring to Figure 4, before the authentication result transmission step (S201 ~ S205) is the same as before, when the authentication is completed, according to the signal input from the mobile terminal 100, the connection is made in advance through the connection module 260 The set batch group data and its representative name are transmitted in a list method (S206).

That is, when a user subscribes to another person's blog in the system in advance, the connection module 260 remembers the application, and when the user's mobile terminal 100 is logged in, the connection module 260 reads the request. It provides a list of blog titles and usernames.

At this time, if the user selects any one blog from the list of blogs displayed on the mobile terminal 100, the main data included in the batch group of the blog is displayed first. Further, according to the operation of the mobile terminal 100, the auxiliary data attached to the main data and the slave data attached to the main data and the auxiliary data are sequentially transmitted to the mobile terminal 100 (S206).

The user of the mobile terminal 100 may upload the main data, the auxiliary data or the slave data to the batch group of the blog list (S208).

In this case, the batch group includes a main data unit in which one main data is stored and displayed, and an auxiliary data unit in which one auxiliary data is stored and displayed, and one or more types of data that can be input through the terminal of a person or a third party are stored. And a seed data portion to be expressed. The three classifications of the data unit are provided as a structure for easily displaying and using picture files in the touch screen-based mobile terminal 100, and will be described in detail later.

5 is a view showing a batch group data storage and display process according to another embodiment of the present invention. Referring to FIG. 5, when a specific blog is selected from the mobile terminal 100, the main data included in the latest batch group of the blog is transmitted or the list is transmitted and displayed on the mobile terminal 100 (S301). When the list of main data is transmitted, the selection process is further performed (S302), and the main data is transmitted to the mobile terminal 100, and according to the operation of the mobile terminal 100, auxiliary data connected to the main data is transmitted or (S304), the slave data is transmitted (S305).

When taking a picture in the mobile terminal 100, drawing a simple picture on the touch screen, or taking a note, the picture file or the picture file by the touch screen is transmitted to the system as main data or auxiliary data or slave data (S307). ).

If uploading new main data, the batch module forms a new batch group to upload the main data, and sequentially forms a space for uploading the auxiliary data and the species data.

If uploading the seed data by selecting a batch group in which the main data and the auxiliary data are previously stored, upload the corresponding data to the seed data portion in which the seed data is placed among the existing batch groups.

After uploading and storing is completed, the batch result is transmitted to the mobile terminal 100 so as to check the stored contents (S308).

6 is a flowchart illustrating a process of forming a batch group and arranging main data and auxiliary data according to the present invention. Referring to FIG. 6, when the main data and the auxiliary data are received from the mobile terminal 100 (S401), the batch module 270 newly forms a batch group including the main data part, the auxiliary data part, and the slave data part ( S402, S403). In some cases, a primary data upload request may be input first, a batch group may be formed first, and then primary and auxiliary data may be uploaded.

In the batch group, uploaded main data and auxiliary data are arranged in the main data portion and the auxiliary data portion, respectively. The batch will then receive species data.

FIG. 7 is a diagram illustrating that main data and auxiliary data are manually generated as a picture file in a mobile terminal according to the present invention. Referring to FIG. 7, the building picture A taken through the mobile terminal 100 is stored as a picture file. At this time, when a signal in a direction such as a to a 'is input to the mobile terminal 100, the touch screen 110 is displayed. ), The input mode to create a picture file is executed.

If a user presses a dot, line, face, or letter by hand using a touch pen and writes it as B, the content is stored in a picture file format.

The photo file is main data, and the auxiliary content associated with the photo file is auxiliary data, and the main data and the auxiliary data move together in one set.

When the user connects to the system via the mobile terminal 100 and sends a new main data upload request signal, the batch module 270 forms a new batch group in the blog, and the photo file as the main data is stored in the main data section. The memo picture file, which is auxiliary data, is placed and displayed in the auxiliary data section.

8 is a diagram illustrating a state in which a batch group is formed by uploading main data and auxiliary data generated by a mobile terminal, and the main data and auxiliary data are arranged, stored, and displayed. Referring to FIG. 8, a picture file is uploaded to the main data unit A on the upper left side, and auxiliary data linked to the picture file is uploaded to B. FIG. At the lower side, the slave data unit D is arranged to enable input of the main data and the auxiliary data in the form of a comment. The text data may be input to the slave data unit through a PC terminal, or the same image file may be uploaded through the mobile terminal 100.

9 is a diagram illustrating an example in which species data is input to a previously formed batch group. Referring to Figure 9, three species data is uploaded to the servant data portion, C 'is the data of the third party connected through the mobile terminal 100 is uploaded, C' 'is a third party blog Data entered by the keyboard by directly accessing the website through a PC terminal. C '' 'is the blog manager's inputting the bell data in the same way. The empty part D is an input unit for inputting species data into the species data portion. When the PC terminal user clicks on the input unit D of the slave data unit, the user can input text, and when the input is completed, the PC terminal user stores the text.

10 is a diagram for explaining an arrangement structure of two or more placement groups. Referring to FIG. 10, a plurality of batch groups are continuously formed in one blog. In order to be easily displayed on the small mobile terminal 100 as a blog based on a picture file, each batch group has a main data part, an auxiliary data part, and a slave data part, and each data part is easy to upload around the picture file.

F1 and F2 are each batch group, and each batch group is provided with the main data part A, the auxiliary data part B, and the slave data part C. As shown in FIG. Picture files are uploaded to each data section, and PC terminal users can enter text.

The blog of such a structure, when the user of the mobile terminal 100 is connected, first shows the main data portion (A) on the entire screen, and later in accordance with the input signal, a picture file of the auxiliary data (B) or species data (C), Display text files one by one on the entire screen of the terminal.

Through such a simple file-oriented interface, the mobile terminal user forms a picture file such as a memo, a picture, etc. using a touch screen at that time without complicated text input procedure, which is stored to be displayed on the screen for each batch group. By being presented, the user can more easily manage the blog through the mobile terminal.

1 is a schematic diagram of a system structure of the present invention.

2 shows a block diagram of the system structure of the present invention.

3 is a view showing a batch group formation or arrangement process according to an embodiment of the present invention.

4 is a view showing a batch group formation or arrangement process according to another embodiment of the present invention.

5 is a view showing a batch group data storage and display process according to another embodiment of the present invention.

6 is a flowchart illustrating a process of forming a batch group and arranging main data and auxiliary data according to the present invention.

FIG. 7 is a diagram illustrating that main data and auxiliary data are manually generated as a picture file in a mobile terminal according to the present invention.

8 is a diagram illustrating a state in which a batch group is formed by uploading main data and auxiliary data generated by a mobile terminal, and the main data and auxiliary data are arranged, stored, and displayed.

9 is a diagram illustrating an example in which species data is input to a previously formed batch group.

10 is a diagram for explaining an arrangement structure of two or more placement groups.

Claims (11)

A connection module connected to a mobile terminal and a PC terminal to transmit and receive data between the mobile terminal and the PC terminal; An authentication module for controlling access by recognizing information of the mobile terminal; A storage module for storing data or content; After the authentication data including the main data to be the subject and the picture-based data created by the user for the main data through the authentication module, received from the mobile terminal to generate or arrange the batch group to the batch group, the generation A batch module for placing the seed data into the batch group when inputting the seed data for the data; And And a web page having a web page corresponding to each of the contents of the mobile terminal and a web page for inputting the seed data in the form of a picture or text depending on the generated data through the mobile terminal or the PC terminal. A management module for storing the generated data and the picture-based data arranged by the module through the storage module in correspondence to the corresponding contents and then providing the generated data and the picture-based data to the mobile terminal or the PC terminal; Including; touch screen, The picture-based data is a mobile terminal generated picture-based data integrated management system, characterized in that the picture file generated by the user's manual operation via the touch screen. delete delete The method of claim 1, The batch group includes a main data portion for expressing the main data and an auxiliary data portion for expressing the seed data, The batch module, when the slave data dependent on the main data portion of the batch group is additionally input through the mobile terminal or the PC terminal, And the slave data are sequentially arranged in the auxiliary data unit. delete delete (1) an authentication step of confirming whether the authentication module receives the information of the mobile terminal at the time of access of the mobile terminal through the access module and confirms whether or not the registered subscriber is connected or registered; (2) A batch forming a new batch group by receiving generated data including main data and picture-based data, which is a picture file generated by a user's manual operation, from a mobile terminal to which a batch module is connected through a connection module. step; (3) a storage step of storing, by the storage module, the generated data in the batch group; (4) an expression step of the management module transmitting the generated data included in the batch group to the mobile terminal or the PC terminal through the connection module in response to a request from the mobile terminal; And (5) The batch module receives the seed data dependent on the main data from the mobile terminal or the PC terminal, and stores the seed data in the seed data portion included in the batch group in which the main data is arranged among the previously formed batch groups. Based data storage step; And (6) a picture-based data display step of displaying, by the management module, the stored picture-based data to the mobile terminal or a PC terminal. delete The method of claim 7, wherein The batch module, When the main data or auxiliary data or species data for a new batch group is additionally input from the mobile terminal or the PC terminal, And storing the inputted data into the batch group, and then displaying a plurality of batch groups stored in the mobile terminal or the PC terminal. delete The method of claim 7, wherein The picture-based data presentation step, Transmitting main data of a selected batch group among the previously formed batch groups to the mobile terminal, Transmitting the picture-based data connected to the main data to the mobile terminal; And transmitting the slave data connected to the main data to the mobile terminal, wherein each step is transmitted only when the corresponding data exists according to a request signal from the mobile terminal. How to manage integrated picture-based data.

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