WO2014017863A1

WO2014017863A1 - Nfc system for providing mailbox service and method therefor

Info

Publication number: WO2014017863A1
Application number: PCT/KR2013/006706
Authority: WO
Inventors: 이상훈; 고홍순
Original assignee: 에이큐 주식회사
Priority date: 2012-07-27
Filing date: 2013-07-26
Publication date: 2014-01-30

Abstract

The present invention provides a mailbox service providing system capable of providing a terminal and a method therefor, and a method for the same, wherein the terminal: generates a message including desired data of a user and stores the message in a mailbox server; generates mailbox use information with which the message can be received from the mailbox server and stores the information in a NFC; then recognizes NFC tag information such that the message can be received and displayed; generates the message including the desired data of the user and generates a mailbox ID corresponding thereto; stores the generated message and mailbox ID in the NFC tag; and recognizes the NFC tag information and then displays a desired message.

Description

NC system providing mailbox service and method thereof

The present invention relates to a system and method for providing mailbox service using NFC.

In the related art, a method of transmitting a message between terminals is used as described in Korean Patent Application No. 10-2006-0126865 in transmitting a message between terminals.

Therefore, the method of directly transmitting a message between the terminals has a difficulty in performing the same operation repeatedly since the communication process with the terminal receiving the message must be repeatedly performed even when the terminal transmitting the message transmits the same message. .

In addition, even when delivering the same message to an unspecified number of users, the terminal that transmits the message must perform a communication process with the terminal that receives the message.

Therefore, there is a need for a method for delivering a message even if the contact information of the receiving terminal is not known without repeatedly performing a communication process with the receiving terminal.

Also, in the related art, in order to inform the names of things for children, parents have informed the names of things by attaching stickers with the names. Parents would send instructions in a memo while they were away.

However, this method does not induce children's interest because the sticker attached to the object must be peeled off later and the name of the object is known only by letters.

In addition, even when parents give instructions to children through an absent memo, it is not only troublesome to write a memo, but also has difficulty in informing the instructions in detail because the instructions are transmitted through text.

Although there is a conventional technology using a tag such as RFID (10-2005-0095552), this means that simple information such as postal information is stored in a tag and recognized and used, and complex information such as multimedia information cannot be stored and used. There are disadvantages. In addition, there is a disadvantage that a user cannot create and use a message including data desired by necessity.

In order to solve the conventional problem, the user generates a message containing the data desired by the user and stores it in a mailbox server, and generates a mailbox usage information that can receive a message from the mailbox server and stores it in the NFC tag It is an object of the present invention to provide a system and a method for providing a mailbox service that can receive and display a message by recognizing NFC tag information.

It is still another object of the present invention to provide a terminal and a method for generating a message including a data desired by a user and a mailbox ID corresponding thereto and storing the same in an NFC tag, and subsequently recognizing the NFC tag information to display a desired message. The purpose is to provide.

In addition, the purpose is to provide a richer and more information because it is possible to create and use a multimedia message, not just a text message.

It is also an object of parents to create and use a message while away for their children.

It also aims to enable parents to provide names and information of things for their children.

Other objects of the present invention will be readily understood through the following description of the embodiments.

The present invention provides a mailbox server for storing and managing messages; and an NFC tag for storing information; And a terminal for generating a message and transmitting the generated message to the mailbox server and transmitting identification information corresponding to the message to the NFC tag and storing the message.

Here, the mailbox server receives and stores a message transmitted by the NFC terminal, generates mailbox usage information including the identification information corresponding to the message, and transmits the message to the NFC terminal which has transmitted the message. The NFC terminal may be configured to receive the mailbox usage information and store it in the NFC tag.

Herein, the NFC terminal generates the identification information corresponding to the message and transmits the identification information to the mailbox server, and transmits the identification information as the mailbox usage information to the NFC tag and stores the identification information. The identification information may be stored and managed by using the mailbox information.

The NFC tag may store the mailbox usage information.

In this case, the NFC terminal may generate the mailbox usage information corresponding to the message.

Here, the mailbox usage information may include an access address of the mailbox server.

Here, the NFC terminal, the NC communication unit for transmitting the mailbox usage information to the NFC tag or the mailbox usage information stored in the NFC tag; and a message generating unit for generating the message; and the mailbox A terminal mailbox usage information manager configured to generate or manage usage information; and a mobile communication unit configured to transmit the message to the mailbox server or to transmit and receive the mailbox usage information from the mailbox server; And a terminal controller which analyzes the mailbox usage information received from the NFC tag and controls to access the mailbox server to receive the message.

The NFC terminal may include: a data generator configured to generate data; and a data storage configured to store the data; And an application driver configured to generate the message and to manage the mailbox usage information when the NFC tag communicates with the NFC tag.

In this case, the NFC terminal, the terminal mailbox usage information management unit generates each mailbox ID corresponding to the message, and stores it as table information and manages it, and the controller controls the table information or the message to another terminal. It can be characterized in that the transmission.

Here, the mailbox server, a communication unit for transmitting and receiving the message and the mailbox usage information; DB (DataBase) is stored the message; and a mailbox usage information generation unit for generating the mailbox usage information; and corresponding to the message A mailbox usage information management unit matching the mailbox usage information and storing the mailbox usage information as table information; And a mailbox server controller configured to analyze the mailbox ID received from the NFC terminal and to transmit the message corresponding to the mailbox ID to the NFC terminal.

The mailbox server may further include an application providing unit storing an application capable of displaying the data using the mailbox usage information.

In addition, the step of generating a message by the NFC terminal; and transmitting the message generated by the NFC terminal to the mailbox server; and generating the mailbox usage information corresponding to the message; and the Transmitting, by a mailbox server, the mailbox usage information to the NFC terminal; and allowing the NFC terminal to transmit and store the mailbox usage information on an NFC tag; and the NFC terminal or another NFC terminal. Receiving and recognizing the mailbox usage information by performing a transaction with the NFC tag; And receiving and recognizing the message by the NFC terminal receiving the mailbox usage information and accessing the mailbox server, and displaying the message.

Herein, the UE terminal receiving the mailbox usage information and recognizing the accessing the mailbox server to receive the message and displaying the message; The NC terminal receiving and recognizing the mailbox usage information from the mailbox usage information Extracting the access address and mailbox ID of the mailbox server, accessing the mailbox server using the mailbox access address, and transmitting the mailbox ID; and the mailbox server through table information storing the mailbox ID. Analyzing and transmitting a corresponding message corresponding to the mailbox ID to an NFC terminal that receives and recognizes the mailbox usage information; And receiving and displaying the corresponding message corresponding to the mailbox ID by an NFC terminal which receives and recognizes the mailbox usage information. It may be characterized in that it comprises a.

In addition, the NFC terminal generates a message and mailbox usage information corresponding to the message; and transmitting the message and the mailbox usage information generated by the NFC terminal to the mailbox server; and the NFC terminal Transmitting the mailbox usage information to an NFC tag and storing the mailbox usage information; and receiving and recognizing the mailbox usage information by performing a transaction with the NFC terminal or another NFC terminal; And receiving and recognizing the message by the NFC terminal receiving the mailbox usage information and accessing the mailbox server, and displaying the message.

Herein, the UE terminal receiving the mailbox usage information and recognizing the accessing the mailbox server to receive the message and displaying the message; The NC terminal receiving and recognizing the mailbox usage information from the mailbox usage information Extracting the access address and mailbox ID of the mailbox server, accessing the mailbox server using the mailbox access address, and transmitting the mailbox ID; and the mailbox server through table information storing the mailbox ID. Analyzing and transmitting a corresponding message corresponding to the mailbox ID to an NFC terminal that receives and recognizes the mailbox usage information; And receiving and displaying the corresponding message corresponding to the mailbox ID by an NFC terminal which receives and recognizes the mailbox usage information.

In addition, the terminal generating a message; and the terminal generating a mailbox ID corresponding to the generated message, and storing it as table information; and the terminal to the NFC tag through the NFC communication to the NFC tag And transmitting, by the NFC tag, the mailbox ID; and receiving, by the terminal, the mailbox ID by communicating with the NFC tag and retrieving the corresponding message through the table information. And displaying, by the terminal, the searched message. Provided is a UE terminal method for providing a mailbox service including a.

Here, the terminal transmits the table information and the message to another terminal; and the terminal receiving the table information to receive the mailbox ID by communicating with the NFC tag; and receiving the table information Searching for the message corresponding to the mailbox ID by searching for the table information; And displaying, by the terminal receiving the table information, the message corresponding to the retrieved mailbox ID. It may be characterized in that it further comprises.

According to the present invention, since the message stored in the mailbox server is received using the mailbox usage information stored in the NFC tag, the mailbox service can be used simply and conveniently.

In addition, since the mailbox usage information is stored in the NFC tag, a plurality of NFC tags having the same mailbox usage information can be configured and attached to various places, thereby enabling the mailbox service to be used anywhere.

In addition, by using a terminal such as a smart phone to store a message that can include a variety of data in the tag, and recognize the information stored in the tag to display the stored message there is an effect that can provide a more vivid and detailed message.

In addition, since parents can provide information to children using their own voices or images, children can learn information more easily and easily.

1 is a diagram illustrating a system for providing a mailbox service of the present invention.

2 is a diagram illustrating a configuration of an NFC terminal according to an embodiment of the present invention.

3 is a diagram illustrating a configuration of a mailbox server according to an embodiment of the present invention.

4 is a diagram illustrating a method of storing mailbox usage information in an NFC tag according to an embodiment of the present invention.

FIG. 5 is a diagram illustrating a method for receiving and displaying a message by accessing a mailbox server using mailbox usage information stored in an NFC tag according to an embodiment of the present invention.

6 is a diagram illustrating a method of using a mailbox service by generating mailbox usage information in an NFC terminal according to an embodiment of the present invention.

7 is a diagram illustrating information stored in table information according to an embodiment of the present invention.

8 is a diagram illustrating a method of storing tag information in an NFC tag according to an embodiment of the present invention.

9 is a diagram illustrating a method of receiving tag information from an NFC tag and displaying a message corresponding thereto according to an embodiment of the present invention.

The system of the present invention is composed of the NFC tag 100, the NFC terminal (200, 400) and the mailbox server (300).

Herein, the NFC terminal is divided into a first terminal 200 and a second terminal 400 for convenience of description.

However, the first terminal 200 and the second terminal 400 does not mean a terminal having a separate configuration, but means the same NFC terminal. Therefore, although the description is divided into the first terminal 200, the second terminal 400, both means the NFC terminal.

That is, the NFC terminal generating the message and transmitting the message to the mailbox server 300 receives the mailbox usage information from the first terminal 200 and the NFC tag 100 to receive and display a message from the mailbox server 300. For convenience, the NFC terminal is divided into the second terminal 400.

Referring to the embodiment of the present invention with the above division as follows.

The first terminal 200 generates a message and transmits it to the mailbox server 300 (path ①).

The mailbox server 300 stores the received message in the database DB and generates and stores table information on the message ID corresponding to the stored message and the mailbox ID corresponding thereto.

Thereafter, the mailbox server 300 generates mailbox usage information that can use the stored message and transmits it to the first terminal 200 (path ②).

Here, the mailbox usage information is information that can use a message stored in the mailbox server 300. The mailbox ID corresponding to the message ID in which the corresponding message is divided and stored, the identification number of the terminal providing the message, and the access address of the mailbox server, etc. This may be included.

The first terminal 200 receiving the mailbox usage information stores the received mailbox usage information in the NFC tag 100 through NFC communication (path ③).

Thereafter, the second terminal 400 receives the mailbox usage information by tagging with the NFC tag 100 (path ④).

Receiving the mailbox usage information, the second terminal 400 analyzes the mailbox usage information to find the access address of the mailbox server, and accesses the mailbox server 300 to receive the message (path ⑤).

Here, if the first terminal 100 uses an SMS message or MMS message provided by the mobile communication company, the first terminal 100 may transmit the generated SMS message or MMS message to the mobile communication company's SMS / MMS server 500 (path ⑥). . In addition, the SMS / MMS server 500 transmits the received SMS message or MMS message to the mailbox server 300 (path ⑦). In this case, the SMS / MMS server 500 transmits the received message to the mailbox server 300 to generate and manage the storage of the message and the mailbox usage information.

The NFC terminal (200, or 400, will be described as 200 for convenience of description below) of the present invention is the NFC communication unit 210, data generation unit 220, data storage unit 230, message generating unit 240, an application driver 250, a mobile communication unit 260, a mailbox usage information manager 270, and a terminal controller 280.

The NC communication unit 210 transmits the mailbox usage information to the NFC tag 100 or performs NFC communication for receiving the mailbox usage information stored in the NFC tag 100.

NFC communication unit 210 is configured to further include an NFC controller 211 is used to convert the mailbox usage information to NDEF (NFC Data Exchange Format) that can be used through the NFC communication.

The data generator 220 performs a function of generating data necessary for generating a message. To this end, the data generator 220 includes a camera device 221, an audio device 222, a TEXT input device 223, and the like.

The data storage unit 230 stores data generated by the data generator and data necessary for generating a message.

The message generator 240 performs a function of generating a message. For example, in the case of a text message, a message is generated using the text input through the TEXT input device 223, and in the case of generating a video message, the video message is generated using the image data generated through the camera device 221. In the case of a voice message, a voice message is generated using the voice data generated through the audio device 222.

The message generator 240 also performs a function of generating and managing a message and a mailbox ID corresponding to the message. The message generator 240 generates a corresponding message by an input of the user of the NC terminal 200, generates a mailbox ID corresponding to the generated message, and stores the same in a table information.

That is, the message generator 240 generates a message, generates a mailbox ID corresponding to the message, generates table information, and matches the mailbox ID with the corresponding message and stores the table information.

The application driver 250 generates a message, transmits it to the mailbox server 300, and starts an application that performs a series of processes of receiving and displaying a message from the mailbox server 300 using the mailbox usage information.

The mobile communication unit 260 transmits the generated message to the mailbox server 300, receives the message stored in the mailbox server 300, or transmits and receives mailbox usage information to and from the mailbox server 300.

The mailbox usage information manager 270 performs a function of generating or managing mailbox usage information. Here, the mailbox usage information is information that can use the stored message as described above, and includes a mailbox ID corresponding to a message ID in which the corresponding message is divided and stored, an identification number of a terminal providing a message, and an access address of a mailbox server. May be included.

When the NC terminal 200 generates the mailbox usage information, the mailbox usage information management unit 270 generates the mailbox usage information. That is, a message ID corresponding to the access address of the mailbox server 300 and the generated message is generated. In this case, the NFC terminal 200 transmits the message ID to the mailbox server 300 including the message ID.

The mailbox usage information manager 270 may generate a corresponding message by an input of the user of the NC terminal 200, generate a mailbox ID corresponding to the generated message, and store the same in a table information.

That is, the mailbox usage information manager 270 may generate a message, generate a mailbox ID corresponding to the message, generate table information, and match the mailbox ID with the corresponding message to the table information and store the same.

The terminal controller 280 analyzes the mailbox usage information received from the NFC tag 100 to find the mailbox access address and controls the access to the mailbox server 300 through this. It also analyzes the mailbox usage information to find out the user ID and mailbox ID that provided the message. Then, the user ID and mailbox ID are found and transmitted to the mailbox server 300 to control the reception of the corresponding message.

In addition, the terminal controller 280 analyzes the mailbox ID received from the NFC tag 100 and controls the message corresponding to the mailbox ID to be displayed. In addition, when receiving a mailbox ID from the NFC tag 100 by communicating with the NFC tag 100, the table information stored in the message generator 240 is analyzed to search for a message corresponding to the mailbox ID. To display it.

In another embodiment of the present invention, the NFC terminal 200 may generate a message and store the generated message in the NFC tag 100.

Through the above-described configuration, the present invention generates and stores a mailbox ID corresponding to each thing in the NFC tag 100 so that parents can inform the names of things for the children in the home, and the children have the corresponding NC terminal 200. Recognizing the NFC tag 100 attached to the object using the) can obtain information about the object.

For example, when the NFC terminal 100 recognizes the NFC tag 100 attached to the refrigerator, the name of the refrigerator and information about the refrigerator are displayed so that children can recognize the name and definition of the refrigerator. can do.

In addition, when parents go out, when the instructions are stored in the NFC tag 100, the children may know the instructions of the parents stored in the NFC tag 100 using the NFC terminal 200.

Here, the NFC terminal 200 generating data and generating a mailbox ID thereof and storing the data as table information may transmit the generated data and table information to another terminal. In this case, the method of transmitting the data and table information to the other terminal by the NFC terminal 200 is transmitted through the NFC communication.

In this case, when the other terminal receives the mailbox ID by communicating with the NFC tag 100, the other terminal may retrieve the table information received from the NFC terminal 200 and play back the corresponding data. In this case, when the NFC terminal 200 transmits data and table information to the other terminal, the NFC terminal 200 may further generate its own user ID and store it in the NFC tag 100. When the user ID is used in this way, the NFC terminal 200 may receive the user ID from the NFC tag 100 and determine who is the user who generated the message.

The NFC tag 100 may store the user ID 111 and the mailbox ID 112 received from the NFC terminal 200 as the tag information 110.

Mailbox server 300 of the present invention communication unit 310, DB 320, the application providing unit 330, mailbox usage information generation unit 340, mailbox usage information management unit 350 and mailbox server control unit 360 Include.

The communication unit 310 receives a message or mailbox usage information from the NFC terminal 200, and transmits the generated mailbox usage information to the NFC terminal 200.

The DB 320 performs a function of storing the received message.

The application provider 330 stores an application that can use a mailbox service. Accordingly, when the application that can use the mailbox service is not installed in the NFC terminal 200, the application may be provided to the NFC terminal 200.

The mailbox usage information generator 340 generates mailbox usage information corresponding to the received message.

The mailbox usage information includes a message ID, a mailbox ID, and a connection address of a mailbox server.

The mailbox usage information manager 350 stores table information in which mailbox usage information corresponding to the received message is stored.

Detailed description of the table information will be described later with reference to FIG. 7.

The mailbox server controller 360 analyzes the mailbox ID received from the NFC terminal 200 and searches for a message corresponding to the mailbox ID among the messages stored in the DB 320 and transmits the message to the NFC terminal 200. .

In step S100, the first terminal 200 generates a message. Here, the user ID may be further included.

In step S110, the message and the user ID generated by the first terminal 200 are transmitted to the mailbox server 300.

In step S120, the mailbox server 300 stores the received user ID and the message, generates mailbox usage information corresponding to the message, and stores the information as table information.

Here, the mailbox server 300 may know who stores the message in the mailbox through the user ID. The mailbox server 300 stores the message, generates a mailbox ID corresponding to the stored message, and stores the message in the table information.

Here, the mailbox usage information generated by the mailbox server 300 includes a mailbox ID for using stored messages and a mailbox server access address for accessing the mailbox server 300.

Step S130 is a step of transmitting the mailbox usage information generated by the mailbox server 300 to the first terminal 200 that has sent the message.

In step S140, the mailbox usage information received by the first terminal 200 is transmitted to the NFC tag 100 through NFC communication.

In step S150, the mailbox usage information received by the NFC tag 100 is stored.

In step S200, the second terminal 400 receives mailbox usage information stored in the NFC tag 100 through NFC communication.

Here, the second terminal 400 refers to the NFC terminal that communicates with the NFC tag 100 to receive mailbox use information, and connects to the mailbox server 300 to receive the message.

Step S210 is a step of extracting the access address, user ID, mailbox ID, etc. of the mailbox server included in the mailbox usage information by analyzing the mailbox usage information received by the second terminal 400.

In step S220, the second terminal 400 accesses the mailbox server 300 using the mailbox server access address and transmits a user ID and a mailbox ID.

In step S230, the mailbox server 300 searches for the corresponding message using the received user ID and the mailbox ID.

That is, the mailbox server 300 searches for table information with the received user ID and mailbox ID and searches for a corresponding message.

In step S240, the mailbox server 300 transmits the found message to the second terminal 400.

In step S250, the second terminal 400 receives the message and displays the received message.

Step S300 is a step in which the first terminal 200 generates a message to use the mailbox service.

Step S310 is a step of generating mailbox usage information corresponding to the message generated by the first terminal 200. That is, the first terminal 200 generates mailbox usage information including a mailbox server access address, a user ID, and a mailbox ID.

In step S320, a message generated by the first terminal 200 is transmitted to the mailbox server 300. The message may include a mailbox ID.

The mailbox server 300 may store the received message and store the mailbox ID in table information.

In step S330, the mailbox usage information generated by the first terminal 200 is transmitted to the NFC tag 100 through NFC communication.

Step S340 is a step c for storing the mailbox usage information received from the NFC tag 100.

Step S350 is a step in which the second terminal 400 receives the mailbox usage information by communicating with the NFC tag 100.

In step S360, the second terminal 400 analyzes the mailbox usage information. That is, the second terminal 400 extracts the mailbox server access address, the user ID and the mailbox ID from the mailbox usage information.

In operation S370, the second terminal 400 accesses the mailbox server 300 using the server access address purchased by the second terminal 400, and transmits the mailbox ID.

In operation S380, the mailbox server 300 searches for table information with the mailbox ID and transmits a corresponding message to the second terminal 400.

Step S390 is a step of displaying the message received by the second terminal 400.

Table information of the present invention may be stored in the mailbox server 300 or the NFC terminal (200,400).

Table information stored in the mailbox server 300 or the

NFC terminal

200 or 400 is divided into a mailbox ID area and a message ID area. If necessary, the user ID area may be further included.

The mailbox ID area is the area where the mailbox ID is stored, and the message ID area is the area where the message is stored. The mailbox ID area and the message ID area are stored correspondingly.

For example, the mailbox ID of 'message 1' is '0001', the mailbox ID of 'message 2' is '0010', the mailbox ID of 'message 3' is '0011', and the mailbox ID of 'message 4' is '0100'.

Here, the user ID which is identification information of the NFC terminal which generated the message is stored in the user ID area.

Here, the tag information refers to information that may include any one or more of a user ID and a mailbox ID.

Step S400 is a step of generating a message in the NFC terminal 200.

As described above, the user may generate a message using the data generated by the user using the data generator 220, or may generate a required message using the data stored in the data storage 230. have.

Here, the message may be any one or more of a video message, a voice message and a text message.

In step S410, a mailbox ID corresponding to the generated message is generated and stored in table information.

Storing the mailbox ID and the corresponding message in the table information will be described in detail with reference to FIG.

In step S420, the generated mailbox ID is transmitted to the NFC tag 100 through NFC communication.

Here, the NFC terminal 200 may further transmit the user ID to the NFC tag 100.

Here, the user ID refers to information for identifying the NFC terminal 200.

In step S430, the tag information including the mailbox ID and the user ID received from the NFC terminal 200 is stored in the NFC tag 100.

In step S500, the NFC terminal 200 receives tag information from the NFC tag 100 through NFC communication.

In step S510, the tag information received by the NFC terminal 200 is analyzed to extract a user ID and a mailbox ID.

In step S520, the NFC terminal 200 searches for table information to search for a message corresponding to a mailbox ID.

In step S530, the NFC terminal 200 displays a message corresponding to the mailbox ID.

Here, the NFC terminal 200 refers to a terminal that stores table information.

According to the present invention, since a message stored in a mailbox server is received by using mailbox information stored in an NFC tag, a mailbox service can be used simply and conveniently, and a message that can include various data using a terminal such as a smart phone. Is stored in a tag, recognizes the information stored in the tag to display the stored message, there is industrial availability to provide a more vivid and detailed message.

Claims

Mailbox server for storing and managing messages;

An NFC tag for storing information; And

And a terminal for generating a message and transmitting the message to the mailbox server and transmitting identification information corresponding to the message to the NFC tag and storing the message.
The method of claim 1,

The mailbox server receives and stores a message transmitted by the NFC terminal, generates mailbox usage information including the identification information corresponding to the message, and transmits the message to the NFC terminal which has transmitted the message.

The UE terminal provides the mailbox service, characterized in that for receiving the mailbox usage information and stored in the NFC tag.
The method of claim 1,

The NFC terminal generates the identification information corresponding to the message and transmits the identification information to the mailbox server, and transmits the identification information as the mailbox usage information to the NFC tag for storage.

The mailbox server is a system for providing a mailbox service, characterized in that for storing the message by using the identification information as mailbox usage information.
The method of claim 1,

The NFC tag is a system for providing a mailbox service, characterized in that for storing the mailbox usage information.
The method of claim 1,

The UE terminal provides a mailbox service, characterized in that for generating the mailbox usage information corresponding to the message.
The method according to any one of claims 1 to 5,

The mailbox usage information includes a mailbox service including a connection address of the mailbox server.
The method of claim 1,

The NFC terminal,

An NFC communication unit for transmitting the mailbox usage information to the NFC tag or receiving the mailbox usage information stored in the NFC tag;

A message generator for generating the message;

A terminal mailbox usage information manager configured to generate or manage the mailbox usage information;

A mobile communication unit for transmitting the message to the mailbox server or transmitting and receiving the mailbox usage information from the mailbox server; And

And a terminal controller configured to analyze the mailbox usage information received from the NFC tag and to control access to the mailbox server to receive the message.
The method of claim 7, wherein

The NFC terminal,

A data generator for generating data;

A data storage unit for storing the data; And

When the communication with the NFC tag and the application generating unit for driving the application (Application) for generating the message and manages the mailbox usage information; further comprising a system for providing a mailbox service.
The method of claim 7, wherein

The NFC terminal,

The terminal mailbox usage information management unit generates each mailbox ID corresponding to the message, stores it as table information, and manages it.

The control unit provides a mailbox service, characterized in that for transmitting the table information or the message to another terminal.
The method of claim 1,

The mailbox server,

Communication unit for transmitting and receiving the message and the mailbox usage information;

DB (DataBase) is stored the message;

A mailbox usage information generator for generating the mailbox usage information;

A mailbox usage information manager which matches the mailbox usage information corresponding to the message and stores the mailbox usage information as table information; And

And a mailbox server controller configured to analyze the mailbox ID received from the NC terminal and to transmit the message corresponding to the mailbox ID to the NFC terminal.
The method of claim 10,

The mailbox server,

And an application provider for storing an application capable of displaying the data using the mailbox usage information.
Generating a message by the NFC terminal;

Transmitting the message generated by the NFC terminal to a mailbox server;

Generating, by the mailbox server, mailbox usage information corresponding to the message;

Transmitting, by the mailbox server, the mailbox usage information to the NFC terminal;

Transmitting, by the NFC terminal, the mailbox usage information to an NFC tag;

Receiving and recognizing the mailbox usage information by performing a transaction with the NFC terminal or another NFC terminal; And

And receiving and recognizing the message by accessing to the mailbox server by an NFC terminal which has recognized and recognized the mailbox usage information.
The method of claim 12,

Receiving and recognizing the message by the NFC terminal receiving the mailbox usage information and accessing the mailbox server;

Upon receiving the mailbox usage information, the NFC terminal extracts the access address and mailbox ID of the mailbox server from the mailbox usage information, accesses the mailbox server using the mailbox access address, and transmits the mailbox ID. step;

Analyzing, by the mailbox server, the table ID stored in the stored table information, and transmitting a corresponding message corresponding to the mailbox ID to an NFC terminal that receives and recognizes the mailbox usage information; And

Receiving and displaying the corresponding message corresponding to the mailbox ID by an NFC terminal receiving and recognizing the mailbox usage information; Method for providing a mailbox service comprising a.
Generating, by the NFC terminal, a message and mailbox usage information corresponding to the message;

Transmitting the message and the mailbox usage information generated by the NFC terminal to a mailbox server;

Transmitting, by the NFC terminal, the mailbox usage information to an NFC tag;

Receiving and recognizing the mailbox usage information by performing a transaction with the NFC terminal or another NFC terminal; And

And receiving and recognizing the message by accessing to the mailbox server by an NFC terminal which has recognized and recognized the mailbox usage information.
The method of claim 14,

Receiving and recognizing the message by the NFC terminal receiving the mailbox usage information and accessing the mailbox server;

Upon receiving the mailbox usage information, the NFC terminal extracts the access address and mailbox ID of the mailbox server from the mailbox usage information, accesses the mailbox server using the mailbox access address, and transmits the mailbox ID. step;

Analyzing, by the mailbox server, the table ID stored in the stored table information, and transmitting a corresponding message corresponding to the mailbox ID to an NFC terminal that receives and recognizes the mailbox usage information; And

Receiving and displaying the corresponding message corresponding to the mailbox ID by an NFC terminal receiving and recognizing the mailbox usage information; Method for providing a mailbox service comprising a.
Generating a message by the terminal;

Generating, by the terminal, a mailbox ID corresponding to the generated message and storing the mailbox ID as table information;

Transmitting, by the terminal, the mailbox ID to an NFC tag through NFC communication;

The NFC tag storing the mailbox ID;

Receiving, by the terminal, the mailbox ID by communicating with the NFC tag and searching for a corresponding message through the table information; And

Displaying, by the terminal, the retrieved message; How to provide a mailbox service comprising a.
The method of claim 16,

The terminal transmitting the table information and the message to another terminal;

Receiving, by the terminal, the table information, communicating with the NFC tag to receive the mailbox ID;

Receiving, by the terminal, the table information, retrieving the table information to retrieve the message corresponding to the mailbox ID; And

Receiving, by the terminal, the table information, displaying the message corresponding to the retrieved mailbox ID; Method for providing a mailbox service, characterized in that it further comprises.