KR101802868B1 - Method for operating current address authentication server - Google Patents

Abstract

A method of operating a real address authentication server according to an exemplary embodiment of the present invention is characterized in that a real address authentication server capable of communicating between an address information providing server and a mail sending server comprises a first address receiving server The method comprising: receiving an address and a name; generating a first identification code by using the first address and the name, and storing the first identification code in a database; Wherein the first address, the first name, and the first identification code are printed on the first mail so that the server can print the first barcode corresponding to the first address, the name, Sending a first identification code to the mailing server; and sending the first address, the name, and the first mail printed with the first barcode to a recipient of the first mail When the first bar code is recognized by the mobile communication terminal of the person receiving the first mail and the second identification code corresponding to the first bar code is generated, The real address authentication server compares the second identification code with the first identification code stored in the database, and the second identification code and the first identification code are compared with each other, And transmitting, to the information providing server, a first authentication signal for authenticating that the first address is a real address of a recipient of the first mail.

Description

METHOD FOR OPERATING CURRENT ADDRESS AUTHENTICATION SERVER [0002]

The embodiment of the present invention relates to an operation method of a real address authentication server, and more particularly, to a real address authentication server capable of automatically checking whether an address provided by a member matches a real address of the member using an identification code And the like.

In the case of direct mail (DM), which is sent in large quantities between a company and its members, the company relies only on the address entered by each of the members when registering for membership.

The address provided by each member and the actual address (hereinafter referred to as the "real address") of the member shall be the same as in the case where there is a typographical error at the address entered by the member at the time of membership, The person in charge of the company can not confirm whether the address provided by each member exactly matches the real address of the member unless the address provided by each member is corrected.

When the address provided at the time of membership is different from the real address of the member, the mail is not accurately reached to the member and socioeconomic costs arise due to the return of the mail.

Even when the member joining the sites of a plurality of companies wants to correct the address provided at the time of membership registration, the member has to incur the trouble of accessing all the sites and correcting the addresses provided at the time of membership.

In the envelope of the current mail, the personal information of the member, for example, the address and the name, are all described, and the contents of the mail (for example, financial information) can be viewed irrespective of whether or not the recipient of the mail is the true recipient. Accordingly, a person who can not legitimately browse the mail item can view the personal information and / or financial information of the member without restriction, and there is a risk that the personal information and / or the financial information of the member may be exposed.

1. Patent Document 1: Japanese Patent Application Laid-Open No. 10-2003-0039352 (May 17, 2003) 2. Disclosure of the Invention Patent Document 10-2007-0092056 (September 12, 2007)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems, and it is an object of the present invention to provide an address provided by a member (or an address obtained legally or illegally by an operator of a mail delivery server Address) of the member and the real address of the member by using the identification code.

Particularly, an identification code is generated by using the address and the name, a mail with a barcode corresponding to the generated identification code is delivered to the member, and when the member's mobile communication terminal recognizes the barcode, The present invention provides an operation method of a real address authentication server that can automatically authenticate whether an address provided by a member and an actual address of a member match using an identification code transmitted from a terminal.

It is another object of the present invention to provide an apparatus and method for automatically authenticating whether an address provided by a member matches a real address of a member, And / or the entire contents of the mail, so that only the person who can legitimately browse the mail is provided with the contents of the entire address, the full name, and / or the entire mail of the member, And a method for operating the real address authentication server.

A method of operating a real address authentication server according to an exemplary embodiment of the present invention is characterized in that a real address authentication server capable of communicating between an address information providing server and a mail sending server comprises a first address receiving server The method comprising: receiving an address and a name; generating a first identification code by using the first address and the name, and storing the first identification code in a database; Wherein the first address, the first name, and the first identification code are printed on the first mail so that the server can print the first barcode corresponding to the first address, the name, Sending a first identification code to the mailing server; and sending the first address, the name, and the first mail printed with the first barcode to a recipient of the first mail When the first bar code is recognized by the mobile communication terminal of the person receiving the first mail and the second identification code corresponding to the first bar code is generated, The real address authentication server compares the second identification code with the first identification code stored in the database, and the second identification code and the first identification code are compared with each other, And transmitting, to the information providing server, a first authentication signal for authenticating that the first address is a real address of a recipient of the first mail.

Wherein the real address authentication server receives the second address from the mobile communication terminal and stores the second address in the database, and the real address authentication server transmits the second address to the first address And comparing the second address with the second address to notify that the real address of the recipient of the first mail is changed from the first address to the second address when the second address and the first address do not match, To the information providing server.

Wherein the step of transmitting the second address to the address information providing server comprises the steps of: receiving an address mismatch confirmation request from the address information providing server by the real address authentication server; And transmitting the second address to the address information providing server in response to the second address.

The real address authentication server receiving address change information indicating that the first address is changed to the second address from the mobile communication terminal and storing the received address change information in the database; Receiving, by the real address authentication server, the first address and the name of a person who receives the second mail from the address information providing server; and using the second address and the name Generating a third identification code and storing the third identification code in the database; and storing the third identification code in the database, wherein the real address authentication server determines whether the mail addressed to the second address, the name, The name, and the third identification code to the mail sending server so that the second bar code can be printed on the second mail, And the second address, the name, and the second mail printed with the second bar code are delivered to the recipient of the second mail, and the second mail is delivered to the recipient by the mobile communication terminal of the recipient of the second mail When the second bar code is recognized and a fourth identification code corresponding to the second bar code is generated, the real address authentication server receiving the fourth identification code transmitted from the mobile communication terminal, Compares the fourth identification code with the third identification code stored in the database, and if the fourth identification code matches the third identification code, the first address is changed to the second address and the second address To the information providing server, a second authentication signal for authenticating that the first mail is the real address of the recipient of the second mail.

Wherein the step of transmitting the second authentication signal to the address information providing server comprises the step of transmitting, by the real address authentication server, the name, the first address, and the third address, as soon as the match of the fourth identification code and the third identification code is confirmed, 2 address to the address information providing server.

Wherein the step of transmitting the second authentication signal to the address information providing server comprises the steps of: receiving an address mismatch confirmation request from the address information providing server by the real address authentication server; And transmitting the name, the first address, and the second address to the address information providing server in response to the request.

The first portion of the first address printed on the first mail by the mailing server and the second portion of the name may be treated as private.

The first barcode may have a barcode, a two-dimensional barcode, or a three-dimensional barcode.

A method of operating a real address authentication server according to an embodiment of the present invention includes the steps of: a real address authentication server receiving a first address and a first name of a person who receives mail from an address information providing server; Generating a first identification code using the first address and the first name, storing the first address, the first name, and the first identification code in a database; The second address, the second name, and the first identification code so that the mail sending server can print the first bar code corresponding to the second address, the second name, and the first identification code on the mail, When the first bar code printed on the mail is recognized by the first mobile communication terminal of the user and a second identification code corresponding to the first bar code is generated, The method comprising: receiving the second identification code transmitted from the first mobile communication terminal by the authentication server; comparing the second identification code with the first identification code stored in the database; And transmitting the first address and the first name stored in the database to the first mobile communication terminal when the second identification code matches the first identification code, The second name may include a closed first portion, and the second name may include a closed second portion of the first name.

When the first bar code printed on the mail is recognized by the second mobile communication terminal of the recipient of the mail and the third identification code corresponding to the first bar code is generated, Receiving the third identification code transmitted from the communication terminal; comparing the third identification code with the first identification code stored in the database; and comparing the third identification code and the first identification code, And transmitting a first authentication signal to the address information providing server to authenticate that the first address is a real address of the recipient of the mail if the identification code is matched.

The real address authentication server receives the first unique information of the user and the second unique information of the mobile communication terminal from the user's mobile communication terminal, Generating an encryption / decryption key using the first unique information and the second unique information, storing the encryption / decryption key in a database, and transmitting the encryption / decryption key to the mobile communication terminal, The first address, the first name, and the contents of the mail item from the address information providing server; and the real address authentication server transmits the first address, the first name, Generating a first identification code that is encrypted by encrypting the first address, generating a second address by unrealizing a part of the first address, A step of generating a second name by unrecognizing a part of the first name; and a step in which the real address authentication server causes the mail sending server to transmit the first bar code, the second address, And transmitting the encrypted first identification code, the second address, and the second name to the mail sending server so that the second name can be printed on the mail, When the encrypted first identification code is generated from the first bar code printed on the mail, the mobile communication terminal decrypts the encrypted first identification code using the encryption / decryption key, And display the restored first address and the restored first name on the display device of the mobile communication terminal.

The real address authentication server encrypting the first address, the first name, and the contents of the mail using the encryption / decryption key to generate an encrypted second identification code; The second address, the second address, and the second name corresponding to the encrypted second identification code to the mail item, so that the mail identification server transmits the encrypted second identification code, the second address, And transmitting the second name to the mail sending server. When the mobile communication terminal generates the encrypted second identification code from the second bar code printed on the mail, Decrypts the encrypted second identification code using the encryption / decryption key to restore the first address, the first name, and the contents of the mail, and transmits the restored first address, Wondoen it is possible to display the first name, and the restored mail information on the display device.

The contents of the mail may include at least one of coupon information, gift certificate information, and invitation letter information.

A method of operating a real address authentication server according to an embodiment of the present invention is a method in which a real address authentication server receives a first address, a first name, and contents of mail from a person who receives mail from an address information providing server, A step in which the real address authentication server generates a first identification code using the first address and the first name and stores the first identification code in the database; Generating a second address by generating a second address by unrecognizing a part of the first name; and the real address authentication server causes the mail sending server to send a first address corresponding to the first identification code The first identification code, the second address, and the second name are transmitted to the mail sending server so that the bar code, the second address, and the second name can be printed on the mail When the user's mobile communication terminal generates a second identification code from the first barcode printed on the mail and sends the second identification code to the real address authentication server, Receiving a second identification code from the real address authentication server; comparing the first identification code with the second identification code; if the first identification code matches the second identification code, And transmitting the first address and the first name to the mobile communication terminal.

And if the first identification code matches the second identification code, the real address authentication server transmits at least a part of the contents of the mail with the first address and the first name to the mobile communication terminal.

If the first identification code matches the second identification code, the real address authentication server transmits to the address information providing server a first authentication signal for authenticating that the first address is the real address of the recipient of the mail .

A method of operating a real address authentication server according to an embodiment of the present invention is a method in which a real address authentication server receives a first address, a first name, and contents of mail from a person who receives mail from an address information providing server, , Storing the first name and the mail contents in a database, the real address authentication server generating a first identification code using the first address and the first name, Storing the address in the database; generating a second address by unrecognizing part of the first address, and generating a second name by unrecognizing part of the first name; And the real address authentication server sends to the mail sending server a first bar code, a second address, and a second name corresponding to the first identification code, Transmitting the first code and the second code from the first barcode printed on the mail to the mailing server; transmitting the first code, the second code, the second address and the second name to the mailing server; The method comprising: receiving the second identification code from the real address authentication server when the identification code is transmitted to the real address authentication server; comparing the first identification code with the second identification code; If the first identification code matches the second identification code, the real address authentication server sends an instruction to request whether the person receiving the mail with the first address and the first name is authorized to view the mail And transmitting a signal request to the mobile communication terminal.

A fingerprint pattern of a person who receives the mail is recognized from a fingerprint recognition sensor included in the mobile communication terminal, and if the recognized fingerprint pattern matches a previously registered fingerprint pattern, Wherein the real address authentication server receives the instruction signal transmitted from the mobile communication terminal, and the real address authentication server transmits the contents of the mail stored in the database to the recipient of the mail To the mobile communication terminal.

A method of operating a real address authentication server according to an embodiment of the present invention is a method in which a real address authentication server receives a first address, a first name, and contents of mail from a person who receives mail from an address information providing server, , Storing the first name and the mail contents in a database, the real address authentication server generating a first identification code using the first address and the first name, Storing the address in the database; generating a second address by unrecognizing part of the first address, and generating a second name by unrecognizing part of the first name; And the real address authentication server sends to the mail sending server a first bar code, a second address, and a second name corresponding to the first identification code, Transmitting the first code and the second code from the first barcode printed on the mail to the mailing server; transmitting the first code, the second code, the second address and the second name to the mailing server; The method comprising: receiving the second identification code from the real address authentication server when the identification code is transmitted to the real address authentication server; comparing the first identification code with the second identification code; If the first identification code and the second identification code match, the real address authentication server requests the first address, the first name, the contents of the mail, and whether or not the recipient of the mail includes the contents of the mail And transmitting the confirmation signal request to the mobile communication terminal.

The fingerprint pattern of a person who receives the mail is recognized from the fingerprint recognition sensor included in the mobile communication terminal, and if the recognized fingerprint pattern matches a previously registered fingerprint pattern, The real address authentication server further includes receiving an acknowledgment signal transmitted from the mobile communication terminal.

The real address authentication server receives the first unique information of the user and the second unique information of the mobile communication terminal from the user's mobile communication terminal, Generating an encryption / decryption key using the first unique information and the second unique information, storing the encryption / decryption key in a database, and transmitting the encryption / decryption key to the mobile communication terminal, Receiving a first address, a first name, and contents of a mail item of a person who receives mail from an address information providing server; storing the contents of the mail item in the database by the real address authentication server; The authentication server encrypting the first address and the first name using the encryption / decryption key to generate an encrypted first identification code, Generating a second address by unrecognizing a part of the first address and uniquely identifying a part of the first name to generate a second name; The encrypted first identification code, the second address, and the second address, so that the mail sending server can print the first bar code, the second address, and the second name corresponding to the encrypted first identification code on the mail, And transmitting the second name to the mail sending server. When the mobile communication terminal generates the encrypted first identification code from the first bar code printed on the mail, Decrypting the encrypted first identification code using the encryption / decryption key to restore the first address and the first name, and transmitting the first address and the restored first name to the mobile communication terminal The mobile communication terminal recognizes a fingerprint pattern of a person who receives the mail from the fingerprint sensor included in the mobile communication terminal, and if the recognized fingerprint pattern coincides with the registered fingerprint pattern, The real address authentication server receives an instruction signal indicating whether or not a person who receives the mail sent from the mobile communication terminal is authorized to view the mail, and in response to the instruction signal, And transmitting the contents of the mail to the mobile communication terminal of the recipient of the mail.

The real address authentication server receives the first unique information of the user and the second unique information of the mobile communication terminal from the user's mobile communication terminal, Generating an encryption / decryption key using the first unique information and the second unique information, storing the encryption / decryption key in a database, and transmitting the encryption / decryption key to the mobile communication terminal, Receiving a first address, a first name, and contents of a mail from a person who receives mail from an address information providing server; and receiving, by the real address authentication server, the first address, And generating an encrypted second identification code by encrypting the contents of the mail, and the real address authentication server decrypts a part of the first address Generating a second address and generating a second name by unrecognizing a part of the first name; and a step in which the real address authentication server sends a mail sending server a second address corresponding to the encrypted second identification code Transmitting the encrypted second identification code, the second address, and the second name to the mail sending server so that the bar code, the second address, and the second name can be printed on the mail, When the mobile communication terminal generates the encrypted second identification code from the second barcode printed on the mail, the mobile communication terminal decrypts the encrypted second identification code using the encryption / decryption key, 1 address, the first name, and the mail contents, displays the restored first address, the restored first name, and the restored mail contents on the display device, If the fingerprint pattern of the person receiving the mail is recognized from the fingerprint recognition sensor included in the mobile terminal of the new terminal and the recognized fingerprint pattern coincides with the fingerprint pattern registered in advance, And receiving an acknowledgment signal transmitted from the terminal.

The operation method of the real address authentication server according to the embodiment of the present invention is a method of operating the real address authentication server in accordance with an address provided by a member (or an address obtained legally or illegally by an operator of a mail delivery server It is possible to automatically check whether a member's real address is matched by using an identification code.

As a result, since the service provider can send the mail only to the members whose authenticated address is authenticated, the service provider can reduce the mailing cost and reduce the amount of mail that is unnecessarily sent .

In the method of operating the real address authentication server according to the embodiment of the present invention, an identification code is generated using the address and the name, a mail with a barcode corresponding to the generated identification code is delivered to the member, When the member's mobile communication terminal recognizes the mobile communication terminal, the mobile communication terminal automatically authenticates whether the address provided by the member matches the real address of the member using the identification code transmitted from the mobile communication terminal.

The operation method of the real address authentication server according to the embodiment of the present invention not only automatically authenticates whether the address provided by the member matches the real address of the member, but also allows the authentication of the address, name, and / The name of the member, and / or the contents of the entire mail item only to a person who can legitimately browse the mail item by performing a non-discrimination process on a part of the mail item, thereby preventing the leakage of the personal information of the member .

As described above, the operation method of the real address authentication server can automatically authenticate whether the address provided by the member matches the real address of the member, so that the mail is only sent to the real member, and the unnecessary mail is reduced It is effective.

The operation method of the real address authentication server has the effect of reducing the probability of return of postal items and reducing the social and economic costs associated with returning the postal items since the postal items are only sent to true members.

The operation method of the real address authentication server can automatically authenticate whether the address provided by the member matches the real address of the member, so that whenever the provided address is changed, There is an effect that the registered addresses can be updated collectively.

The operation method of the real address authentication server not only automatically authenticates whether the address provided by the member matches the real address of the member, but also at least partially identifies the member's address, name, So that it is possible to prevent the outflow of the personal information of the member by providing the entire address, the full name, and the contents of the entire mail only to the person who can legally browse the mail.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In order to more fully understand the drawings recited in the detailed description of the present invention, a detailed description of each drawing is provided.
1 is a block diagram illustrating a real address authentication system according to embodiments of the present invention.
Fig. 2 shows an embodiment of a database storing address information of a recipient of mail.
FIG. 3 shows a data flow for explaining a real address authentication method according to embodiments of the present invention.
4 illustrates a data flow for explaining a modified address information providing method according to embodiments of the present invention.
5 illustrates a data flow for explaining a modified address information providing method according to another embodiment of the present invention.
6 illustrates a data flow for explaining a modified address authentication method according to embodiments of the present invention.
7 illustrates a data flow for illustrating a method for a user to identify a private address printed on a mail according to embodiments of the present invention.
FIG. 8 shows a data flow for explaining the real address authentication method according to the embodiments shown in FIG.
FIG. 9 shows a data flow for explaining a method of real-time checking of non-public information printed on a mail by a user according to embodiments of the present invention.
FIG. 10 shows a data flow for explaining a method of real-time confirmation of non-public information printed on a mail by a user according to another embodiment of the present invention.
11 is a schematic block diagram of a real address authentication server according to embodiments of the present invention.
12 shows a mail item including non-public information according to embodiments of the present invention.
13 is a screen for providing non-public information in a mobile communication terminal of a user according to embodiments of the present invention.
14 illustrates a data flow for illustrating a method for a user to identify a private address printed on a mail according to another embodiment of the present invention.
FIG. 15 shows a data flow for explaining a real address authentication method according to the embodiments shown in FIG.

It is to be understood that the specific structural or functional descriptions of embodiments of the present invention disclosed herein are only for the purpose of illustrating embodiments of the inventive concept, But may be embodied in many different forms and is not limited to the embodiments set forth herein.

Embodiments in accordance with the concepts of the present invention are capable of various modifications and may take various forms, so that the embodiments are illustrated in the drawings and described in detail herein. It should be understood, however, that it is not intended to limit the embodiments according to the concepts of the present invention to the particular forms disclosed, but includes all modifications, equivalents, or alternatives falling within the spirit and scope of the invention.

The terms first, second, or the like may be used to describe various elements, but the elements should not be limited by the terms. The terms are intended to distinguish one element from another, for example, without departing from the scope of the invention in accordance with the concepts of the present invention, the first element may be termed the second element, The second component may also be referred to as a first component.

It is to be understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, . On the other hand, when an element is referred to as being "directly connected" or "directly connected" to another element, it should be understood that there are no other elements in between. Other expressions that describe the relationship between components, such as "between" and "between" or "neighboring to" and "directly adjacent to" should be interpreted as well.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In this specification, the terms "comprises ", or" having ", and the like, specify that the presence of stated features, integers, , Steps, operations, components, parts, or combinations thereof, as a matter of principle.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the meaning of the context in the relevant art and, unless explicitly defined herein, are to be interpreted as ideal or overly formal Do not.

In this specification, a database (DB) may mean a functional and / or structural combination of hardware and software that stores information in the DB. The DB may be implemented as at least one table, and the DB may further include a separate device for storing, searching, and / or managing stored information, for example, a database management system (DBMS). In addition, the DB may be implemented in various ways such as a linked-list, a tree, or a relational DB, and the DB may include all data storage media capable of storing information in the DB and / Data structure.

The postal items 110 herein include, but are not limited to, normal mail items (e.g., standard and non-standard mail items), registration, postcards, parcels, and / or courier mail. It can also mean all kinds of mail that can be sorted by recipient.

In this specification, a real address means an actual residence address. The actual residence may include not only the case where the entire family resides at the address on the resident registration copy but also the case where some family resides in the residence registration address on the residence registration, Therefore, the real address may refer to a place (the main office or main office in case of a corporation) that is the basis of actual living in which you currently reside.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the present invention will be described in detail with reference to the preferred embodiments of the present invention with reference to the accompanying drawings.

1 is a block diagram illustrating a real address authentication system according to embodiments of the present invention. 1, the real address authentication system 100 includes a plurality of address information providing servers 170-1 to 170-m (m is a natural number of 2 or more) capable of providing address information of recipients of mail items, The first mobile communication terminal 130, the second mobile communication terminal 140, the real address authentication server 150, the network 160, the mail sending server 190, and the database 155.

The address information providing servers 170-1 to 170-m, the first mobile communication terminal 130, the second mobile communication terminal 140 and the mail sending server 190 receive the real address authentication And can communicate with the server 150. For example, the network 160 may be implemented as a wired network, a wireless network, or a wired / wireless hybrid network.

Each of the mobile communication terminals 130 and 140 may be a smart phone, a tablet PC, a PDA (personal digital assistant), an enterprise digital assistant (EDA), a mobile internet device (MID) an internet of thing (IOT) device or an internet of everything (IOE) device.

According to embodiments, each of the mobile communication terminals 130 and 140 may communicate with a wearable device. Each of the mobile communication terminals 130 and 140 may be a wearable device.

The application program APP1 installed in the first mobile communication terminal 130 is downloaded from the app store to the first mobile communication terminal 130 via the wired network and / 130). ≪ / RTI > An application program is referred to as a web application or a web app, and the web application or the web application refers to application software that can be used in a web browser over the Internet or an intranet.

The application program APP2 installed in the second mobile communication terminal 140 is downloaded from the application store to the second mobile communication terminal 140 via the wired network or the wireless network and is transmitted to the second mobile communication terminal 140 by the CPU of the second mobile communication terminal 140 Lt; / RTI > According to the embodiments, each of the application programs APP1 and APP2 may be a program downloaded from the real address authentication server 150. [

In this specification, the application program (or simply application) sends and receives signals (or data) through an external device (for example, the real address authentication server 150) through the communication module of each of the mobile communication terminals 130 and 140, It can mean sending and receiving signals. An application executed in the CPU of each of the mobile communication terminals 130 and 140 can control the communication module (or wireless transceiver) so as to be able to communicate with an external device (for example, the real address authentication server 150).

The recipient of the mails executes the application (APP1 or APP2) installed in the mobile communication terminal 130 or 140 and authenticates the recipient by using the real address authentication server 150 and the application APP1 or APP2 Can be performed. When the authentication process is completed, the recipient can register the authentication information (CI in FIG. 2) in the real address authentication server 150 through the membership registration procedure. Accordingly, the member can use the service provided by the real address authentication system 100. [

Mail 110 may include address information (e.g., name, address, and / or zip code) of the sender of the mail and address information (e.g., name, address, and / or zip code) have.

According to embodiments, the mail item 110 may include a bar code 115 generated based on the recipient's address of the mail item 110, for example, a one-dimensional bar code, a two-dimensional bar code, or a code having a three- .

The barcode 115 may be a code corresponding to the digitized postal information of the recipient address information described on the front surface of the postal matter 110. [

When each of the address information providing servers 170-1 to 170-m transmits the name, address, and mail contents for sending mail to the real address authentication server 150 through the network 160, the real address authentication server 150 May generate an identification code corresponding to the barcode 115 using the name and the address and may send the name, the address, and the identification code to the mail sending server 190 via the network 160.

Under the control of the mail sending server 190, the mail printing apparatus prints the bar code 115 on the front surface of the mail item 110, applies it with the electronic ink, or attaches the sticky bar code 115 to the mail item 110 But is not limited thereto.

The real address authentication server 150 can receive the address information of the recipient of each mail item from the address information providing servers 170-1 to 170-m via the network 160. [ The real address authentication server 160 may receive address information for each recipient transmitted from each of the address information providing servers 170-1 to 170-m and store the received address information in the database 155. [

Fig. 2 shows an embodiment of a database storing address information of a recipient of mail. 1 and 2, the database 155 includes a plurality of fields for managing address information of a recipient of mail, and each of the plurality of fields includes an identification information field 155-1 for a member, A name field 155-2, a old address field 155-3, a new address field 155-4, an identification code field 155-5, a mail content field 155-6, 155-7).

The identification information field 155-1 stores the authentication information CI registered in the real address authentication server 150 by the recipient of the mail item 110 and the name field 155-2 stores the mail information The first address ADD1 stored in the old address field 155-3 corresponds to the real address of the recipient of the mail item 110 and the new address field 155 The second address ADD2 stored in the mail address 110 corresponds to the changed real address when the real address of the recipient of the mail item 110 is changed and the identification code field 155-5 corresponds to the name of the recipient of the mail item 110 (ACODE1) generated based on the address (NAME) and the address (ADD1 or ADD2).

The mail content corresponds to content including at least one of coupon information, gift certificate information, and invitation information, as well as the same contents as the actual mail (for example, usage history information) 1 to 170-m) indicates whether the address of the recipient of the mail has been updated from the old address to the new address.

The real address authentication server 160 can manage the database 155 storing the address information of the recipient of the registered mail.

FIG. 3 shows a data flow for explaining a real address authentication method according to embodiments of the present invention. 3, the real address authentication server 150 can receive the first address ADD1 and the name NAME of the recipient of the first mail from the address information providing servers 170-1 to 170-m (S200).

The real address authentication server 150 generates a first identification code ACODE1 using the first address ADD1 and a first name NAME in step S210 and transmits the generated first identification code ACODE1 to the database 155, (S215).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the recipient of the first mail from the address information providing servers 170-1 to 170-m (S205) , And store the received first identification information (CI1) in the database (155).

The real address authentication server 150 transmits the first address ADD1 and the first bar code BAR1 to the first mail address 110 so that the mail address server 190 can print the first address ADD1, The address ADD1, the name NAME, and the first identification code ACODE1 to the mail sending server 190 (S220). The first identification code ACODE1 may correspond to the first bar code BAR1.

The mail sending server 190 may receive the first address ADD1, the name NAME and the first identification code ACODE1 and may convert the first identification code ACODE1 into the first barcode BAR1 (S225).

The first mail 110 with the first address ADD1, the name NAME and the first bar code BAR1 printed is delivered to the recipient of the first mail through the post office at step S230.

According to embodiments, the first portion of the first address ADD1 printed on the first mail by the mailing server 190 and the second portion of the name NAME may be treated as private.

The first mobile communication terminal 130 recognizes the first bar code BAR1 and the first bar code BAR1 is recognized by the first mobile communication terminal 130. When the first bar code BAR1 is recognized by the first mobile communication terminal 130, The real address authentication server 150 may receive the second identification code ACODE2 transmitted from the mobile communication terminal 130 when the second identification code ACODE2 corresponding to the first identification code BAR1 is generated at step S240 S250).

According to the embodiments, the real address authentication server 150 may further receive the second identification information CI2 transmitted from the mobile communication terminal 130 (S255).

The real address authentication server 150 may compare the second identification code ACODE2 with the first identification code ACODE1 stored in the database 155 at step S260. If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S260), the real address authentication server 150 determines that the first address ADD1 is the real address of the recipient of the first mail The first authentication signal CER1 for authentication can be transmitted to the address information providing servers 170-1 to 170-m (S270).

According to the embodiments, the real address authentication server 150 may further compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S265).

If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S260) and the second identification information CI2 matches the first identification information CI1 (YES in S265) The authentication server 150 may transmit the first authentication signal CER1 to the address information providing servers 170-1 to 170-m to authenticate that the first address ADD1 is the real address of the recipient of the first mail have.

4 illustrates a data flow for explaining a modified address information providing method according to embodiments of the present invention. 4, when a recipient of the first mail is moved or resides in another area due to moving or traveling (hereinafter referred to as a "new address"), the recipient of the first mail is the first (For example, a first address ADD1), hereinafter referred to as a "old address") by executing an application APP1 installed in the mobile communication terminal 130 (S300) (ADD2)).

The real address authentication server 150 may receive the second address ADD2 corresponding to the new address from the mobile communication terminal 130 in step S310 and store the second address ADD2 in the database 155 S320).

The real address authentication server 150 compares the second address ADD2 with the first address ADD1 stored in the database 155 at step S330 and if the second address ADD2 and the first address ADD1 do not match (NAME) to notify that the real address of the recipient of the one mail is changed from the first address ADD1 to the second address ADD2, The first address ADD1 and the second address ADD2 to the address information providing servers 170-1 through 170-m at step S340.

When receiving the second address ADD2, the address information providing servers 170-1 to 170-m update the real address of the recipient of the first mail from the first address ADD1 to the second address ADD2 (S345), and transmits a response (ACK) indicating that the update has been successfully completed to the real address authentication server 150. [

When the real address authentication server 150 receives a response (ACK) from the address information providing servers 170-1 to 170-m (S350), the real address authentication server 150 can change the update confirmation field of the database 155 from logic 0 to logic 1 (S360).

Logic 0 indicates that the address information providing server 170-1 to 170-m has not yet updated the real address of the person receiving the first mail from the first address ADD1 to the second address ADD2 , The logic 1 indicates that the address information providing server 170-1 to 170-m has successfully updated the real address of the person receiving the first mail from the first address ADD1 to the second address ADD2 I suppose.

5 illustrates a data flow for explaining a modified address information providing method according to another embodiment of the present invention. 5, when a recipient of the first mail is moved or resides in another area due to moving or traveling, the recipient of the first mail may receive an application (APP1 (E.g., the first address ADD1) to a new address (e.g., the second address ADD2) by executing the first address ADD1 (S400).

The real address authentication server 150 may receive the second address ADD2 corresponding to the new address from the mobile communication terminal 130 in step S410 and store the second address ADD2 in the database 155 S420).

The real address authentication server 150 compares the second address ADD2 with the first address ADD1 stored in the database 155 in step S425 and if the second address ADD2 and the first address ADD1 do not match The update confirmation field of the database 155 may be set to logic zero.

The address information providing servers 170-1 to 170-m may transmit an address mismatch confirmation request (REQ) to the real address authentication server 150 to check whether the address of the recipient of the first mail has been changed .

The real address authentication server 150 receives an address mismatch confirmation request (REQ) from the address information providing servers 170-1 to 170-m (S430) and, in response to the address mismatch confirmation request (REQ) The update check field reads data corresponding to logic 0, and an address mismatch list LIST can be generated using the read data (S440). The address mismatch list (LIST) may include the name, old address, new address, and update confirmation field of the recipient of the first mail.

The real address authentication server 150 may transmit the generated address mismatch list LIST to the address information providing servers 170-1 to 170-m (S450).

The address information providing servers 170-1 to 170-m send the real address of the recipient of the first mail to the new address (for example, the first address ADD1) For example, the second address ADD2) (S455), and transmits a response (ACK) indicating that the update has been successfully completed to the real address authentication server 150. [

When the real address authentication server 150 receives a response (ACK) from the address information providing servers 170-1 to 170-m (S460), the real address authentication server 150 may change the update confirmation field from logic 0 to logic 1 (S470).

6 illustrates a data flow for explaining a modified address authentication method according to embodiments of the present invention. 6, when a recipient of a second mail is moved or resides in another area due to moving or traveling, the recipient of the second mail may execute an application APP1 installed in the mobile communication terminal 130 (E.g., the first address ADD1) to a new address (e.g., the second address ADD2) in step S500.

The real address authentication server 150 may receive the address change information, for example, the second address ADD2 from the mobile communication terminal 130 in step S510 and store the second address ADD2 in the database 155 S515).

After the first address ADD1 is changed to the second address ADD2, the real address authentication server 150 transmits the first address ADD2 of the person receiving the second mail from the address information providing servers 170-1 through 170- ADD1) and a name (NAME) (S520).

The real address authentication server 150 generates the third identification code ACODE3 using the second address ADD2 and the name NAME in step S530 and stores the third identification code ACODE3 in the database 155 (S535).

According to the embodiments, the real address authentication server 150 may further receive the first identification information CI1 of the recipient of the second mail from the address information providing servers 170-1 to 170-m (S525) .

The real address authentication server 150 sends a mail address to the mail sending server 190 so that the second address ADD2, the name NAME, and the second bar code BAR2 can be printed on the second mail 110, The address ADD2, the name NAME, and the third identification code ACODE3 to the mail sending server 190 (S540). And the third identification code ACODE3 may correspond to the second bar code BAR2.

The mail sending server 190 may receive the second address ADD2, the name NAME and the third identification code ACODE3 and may convert the third identification code ACODE3 into the second barcode BAR2 (S545).

The second mail item 110 in which the second address ADD2, the name NAME and the second bar code BAR2 are printed is delivered to the recipient of the second mail through the post office in operation S550.

According to embodiments, the first portion of the second address ADD2 printed on the second mail by the mailing server 190 and the second portion of the name NAME may be treated as private.

When the recipient of the second mail item executes the application APP1 installed in the mobile communication terminal 130, the second barcode BAR2 is recognized by the mobile communication terminal 130 and the second barcode BAR2 The real address authentication server 150 can receive the fourth identification code ACODE4 transmitted from the mobile communication terminal 130 at step S565.

According to the embodiments, the real address authentication server 150 may further receive the second identification information CI2 transmitted from the mobile communication terminal 130 (S570).

The real address authentication server 150 can compare the fourth identification code ACODE4 with the third identification code ACODE31 stored in the database 155 at step S575. If the third identification code ACODE3 matches the fourth identification code ACODE4 (YES in S575), the real address authentication server 150 determines that the second address ADD2 is the real address of the recipient of the second mail The second authentication signal CER2 for authentication can be transmitted to the address information providing servers 170-1 to 170-m (S585).

According to the embodiments, the real address authentication server 150 can further compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S580).

If the fourth identification code ACODE4 and the third identification code ACODE3 match (YES in S575) and the second identification information CI2 matches the first identification information CI1 (YES in S580) The authentication server 150 may transmit the second authentication signal CER2 to the address information providing servers 170-1 to 170-m to authenticate that the second address ADD2 is the real address of the recipient of the second mail (S585).

According to the embodiments, the real address authentication server 150 receives the name NAME, the first address ADD1, and the first address ADD1 as soon as the match of the fourth identification code ACODE4 and the third identification code ACODE3 is confirmed. The second address ADD2 may be pushed to the address information providing servers 170-1 to 170-m (S595).

According to the embodiments, the address information providing servers 170-1 to 170-m send an address mismatch confirmation request (REQ) to the real address authentication server 150 (150) to check whether the address of the recipient of the first mail has been changed ).

The real address authentication server 150 receives an address mismatch confirmation request (REQ) from the address information providing servers 170-1 to 170-m in step S590 and transmits a name NAME in response to the address mismatch confirmation request (REQ) The first address ADD1, and the second address ADD2 to the address information providing servers 170-1 through 170-m (S595).

FIG. 7 shows a flow of data for explaining a method of identifying a private address printed on a mail according to embodiments of the present invention, FIG. 8 illustrates a method of authenticating a real address according to the embodiments shown in FIG. 7 ≪ / RTI >

7, the real address authentication server 150 can receive a first address ADD1 and a first name NAME1 of a person who receives mail from the address information providing servers 170-1 to 170-m (S600).

The real address authentication server 150 generates a first identification code ACODE1 using the first address ADD1 and the first name NAME1 in operation S610 and transmits the first identification code ACODE1 to the first address ADD1, ), And the first identification code ACODE1 in the database 155 (S612).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the recipient of mail from the address information providing servers 170-1 to 170-m (S605).

The real address authentication server 150 processes the first part of the first address ADD1 as private and generates the second address ADD2 and processes the second part of the first name NAME1 privately, The name NAME2 may be generated (S615).

Thus, the second address ADD2 may include a first portion of the first address ADD1 that is private and the second name NAME2 may include a second portion of the first name NAME1 that is private.

The real address authentication server 150 sends a mail address to the mail address server 190 so that the mail address can be printed to the second address (ADD2), the second name (NAME2), and the first bar code (BAR1) ADD2, the second name NAME2, and the first identification code ACODE1 to the mail sending server 190 (S617). The first identification code ACODE1 may correspond to the first bar code BAR1.

The mail sending server 190 receives the second address ADD2, the second name NAME2 and the first identification code ACODE1 and converts the first identification code ACODE1 into the first bar code BAR1 (S620).

The postal matter 110 on which the second address ADD2, the second name NAME2, and the first bar code BAR1 are printed is delivered to the user via the post office (S625).

The user may be a postman delivering mail item (110), or may be a person receiving mail item (110).

When the user executes the application APP1 installed in the first mobile communication terminal 130 in step S630, the first barcode BAR1 printed on the mail item 110 by the first mobile communication terminal 130 is recognized The real address authentication server 150 transmits the second identification code ACODE2 transmitted from the first mobile communication terminal 130 to the second mobile communication terminal 130 when the second identification code ACODE2 corresponding to the first barcode BAR1 is generated at step S632, (S635).

According to the embodiments, the real address authentication server 150 may further receive the second identification information CI2 transmitted from the first mobile communication terminal 130 (S637).

The real address authentication server 150 compares the second identification code ACODE2 with the first identification code ACODE1 stored in the database 155 in step S640 and compares the second identification code ACODE2 with the first identification code ACODE1 The first address ADD1 and the first name NAME1 stored in the database 155 may be transmitted to the first mobile communication terminal 130 in operation S650.

According to the embodiments, the real address authentication server 150 may further compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S645).

If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S640) and the second identification information CI2 matches the first identification information CI1 (YES in S645) The server 150 may transmit the first address ADD1 and the first name NAME1 stored in the database 155 to the first mobile communication terminal 130 in operation S650.

Referring to FIG. 8, the postal matter 110 on which the second address ADD2, the second name NAME2, and the first bar code BAR1 are printed is delivered to the recipient of the mail through the post office (S665).

The first mobile communication terminal 130 recognizes the first bar code BAR1 and the first bar code BAR1 is recognized by the first mobile communication terminal 130. When the first mobile communication terminal 130 executes the application APP1 installed in the first mobile communication terminal 130 in step S660, The real address authentication server 150 can receive the third identification code ACODE3 transmitted from the first mobile communication terminal 130 when the third identification code ACODE3 corresponding to the first identification code BAR1 is generated in step S662 (S665).

According to the embodiments, the real address authentication server 150 may further receive the third identification information CI3 transmitted from the first mobile communication terminal 130 (S667).

The real address authentication server 150 compares the third identification code ACODE3 with the first identification code ACODE1 stored in the database 155 in step S670 and compares the third identification code ACODE3 with the first identification code ACODE1, The address information providing server 170-1 to 170-m transmits a first authentication signal CER1 for authenticating that the first address ADD1 is the real address of the recipient of the mail, if the ACODE1 is identical (YES in S670) (S680).

According to the embodiments, the real address authentication server 150 may further compare the third identification information CI3 with the first identification information CI1 stored in the database 155 (S675).

 When the third identification code ACODE3 matches the first identification code ACODE1 (YES in S670) and the third identification information CI3 matches the first identification information CI1 (YES in S675) The first authentication signal CER1 for authenticating that the first address ADD1 is the real address of the recipient of the mail is transmitted to the address information providing servers 170-1 through 170-m in step S680.

FIG. 9 shows a data flow for explaining a method for real-time checking of private information printed on a mail by a user according to embodiments of the present invention. FIG. 10 is a schematic diagram of a real address authentication server according to an embodiment of the present invention Fig.

9, the real address authentication server 150 receives the first unique information ID1 of the user and the mobile communication terminal 130 from the user's mobile communication terminal 130 in order to authenticate the user and the mobile communication terminal 130, 130 (step S700).

For example, the user may be a postman delivering the mail item 110, or may be a person receiving the mail item 110. [ The first unique information may correspond to the authentication information (CI) registered through the membership registration procedure after the user completes the identity authentication procedure, and the second unique information may identify the mobile communication terminal 130 Information.

The real address authentication server 150 may generate the first encryption decryption key E_KEY1 using the first unique information ID1 and the second inherent information ID2 in step S705.

As shown in FIG. 10, the real address authentication server 150 may include a random number generator 151, a key generator 152, and an encryption and decryption engine 153.

The random number generator 333 may generate the first random number Rc. The key generator 331 may generate the first encryption decryption key E_KEY1 using the first unique information ID1, the second unique information ID2 and the first random number Rc.

The encryption and decryption engine 153 performs encryption or decryption on the first address ADD1, the first name NAME1, and / or the contents of the mail item in response to the first encryption decryption key E_KEY1 .

The encryption and decryption engine 153 can decrypt the encrypted information using the decryption key and transmit the encrypted and encrypted information to the first mobile communication terminal 130 using the encryption key. For example, the encryption key and the decryption key may be the same.

9, the real address authentication server 150 stores the generated encryption / decryption key E_KEY1 in the database 155 (S710) and transmits the encryption / decryption key KEY1 to the mobile communication terminal 130 (S715).

The real address authentication server 150 receives the first address ADD1, the first name NAME1 and the contents of the mail item from the address information providing servers 170-1 through 170-m (S720).

The CONTENTS of the mail may include at least one of coupon information, gift certificate information, and invitation information as well as the same contents as the actual mail.

The real address authentication server 150 may generate the encrypted first identification code ECODE1 by encrypting the first address ADD1 and the first name NAME1 using the encryption / decryption key KEY1 (S725) .

The real address authentication server 150 generates a second address ADD2 by unrecognizing part of the first address ADD1 and generates a second address NAME2 by not recognizing a part of the first name NAME1, (S730).

The real address authentication server 150 causes the mail sending server 190 to send the encrypted first address barcode BAR1, the second address ADD2 and the second name NAME2 to the mail item 110, 1 identification code ECODE1, the second address ADD2, and the second name NAME2 to the mail sending server 190 (S735). The encrypted first identification code ECODE1 may correspond to the first bar code BAR1.

The mail sending server 190 receives the second address ADD2, the second name NAME2 and the encrypted first identification code ECODE1 and transmits the encrypted first identification code ECODE1 to the first bar code BAR1 (S740). ≪ / RTI >

The first mail 110 printed with the second address ADD2, the second name NAME2 and the first bar code BAR1 is delivered to the user via the post office (S745).

12 shows a mail item including non-public information according to embodiments of the present invention. 12, the mail item 110 includes a first bar code BAR1 115, a second address ADD2 (e.g., 12 * in Yeoksam-dong, Gangnam-gu, Seoul), and a second name (e.g., can do. The first bar code BAR1 may include an encrypted first address EADD1 and an encrypted first name ENAME1 included in the first area RG1.

9, when the user executes an application APP1 installed in the mobile communication terminal 130 in step S750, the first bar code BAR1 is recognized by the first mobile communication terminal 130, An encrypted first identification code ECODE1 corresponding to one bar code BAR1 is generated (S760).

The mobile communication terminal 130 decodes the first identification code ECODE1 encrypted using the first encryption decryption key E_KEY1 to restore the first address ADD1 and the first name NAME1 S765, The restored first address ADD1 and the restored first name NAME1 may be displayed on the display device of the mobile communication terminal 130 in operation S770.

FIG. 11 shows a data flow for explaining a method of real-time confirmation of non-public information printed on a mail by a user according to another embodiment of the present invention.

11, the real address authentication server 150 receives the mail from the second mobile communication terminal 140 to authenticate the recipient of the mail and the second mobile communication terminal 140 of the recipient of the mail The first unique information ID1 of the person and the second unique information ID2 of the second mobile communication terminal 140 can be received (S800).

The real address authentication server 150 may generate the second encryption decryption key E_KEY2 using the first unique information ID1 and the second unique information ID2 in step S805.

The real address authentication server 150 may store the second encryption decryption key E_KEY2 in the database 155 in step S810 and transmit the second encryption decryption key E_KEY1 to the second mobile communication terminal 140 S815).

The real address authentication server 150 receives the first address ADD1, the first name NAME1 and the contents of the mail item from the address information providing servers 170-1 through 170-m (S820).

The real address authentication server 150 encrypts the first address ADD1, the first name NAME1 and the contents of the mail item using the second encryption decryption key E_KEY2 to generate an encrypted second identification code ECODE2) (S825).

The real address authentication server 150 generates a second address ADD2 by unrecognizing part of the first address ADD1 and generates a second address NAME2 by not recognizing a part of the first name NAME1, And generates the contents (ECONTENTS) of the encrypted mail by unrecognizing part of the contents of the mail (S830).

The real address authentication server 150 sends the mail address to the mail sending server 190 in such a manner that the mail address server 190 can print the second bar code BAR2, the second address ADD2, and the second name NAME2 on the mail item 110, The second identification code ECODE2, the second address ADD2, and the second name NAME2 to the mail sending server 190 (S835). The encrypted second identification code ECODE2 may correspond to the second bar code BAR2.

The mail sending server 190 receives the second address ADD2, the second name NAME2 and the encrypted second identification code ECODE2 and transmits the encrypted second identification code ECODE2 to the second barcode BAR2 (S840). ≪ / RTI >

The postal matter 110 on which the second address ADD2, the second name NAME2, and the second bar code BAR2 are printed is delivered to the recipient of the mail through the post office (S845).

12, the mail item 110 includes a second bar code BAR2 115, a second address ADD2 (e.g., 12 * in Yeoksam-dong, Gangnam-gu, Seoul) and a second name (e.g., . ≪ / RTI > The second bar code BAR2 may include an encrypted first address EADD1, an encrypted first name ENAME1, and encrypted contents ECONTENTS included in the second area RG2.

11, when the recipient executes the application APP2 installed in the second mobile communication terminal 140 (S850), the second mobile communication terminal 140 transmits the second barcode BAR2, And an encrypted second identification code ECODE2 corresponding to the second bar code BAR2 is generated (S860).

The second mobile communication terminal 140 decrypts the encrypted second identification code ECODE2 using the encryption decryption key KEY1 to generate the first address ADD1, the first name NAME1, (S865). The restored first address ADD1, the restored first name NAME1, and the restored mail contents CONTENTS can be displayed on the display device (S870).

13 is a screen for providing non-public information in a mobile communication terminal of a user according to embodiments of the present invention. 13, when the second bar code BAR2 is recognized, the application APP2 installed in the second mobile communication terminal 140 of the recipient receives the restored first address ADD1, for example, 123), the restored first name (NAME1, e.g., Hong Kil-Dong) and the restored mail contents (CONTENTS such as credit card statement> 1,234,560 won) on the display 141 via the push notification window 142 .

FIG. 14 shows a data flow for explaining a method for a user to confirm a private address printed on a mail according to another embodiment of the present invention, FIG. 15 shows a method of authenticating a real address according to the embodiments shown in FIG. 14 It represents the data flow for explanation.

14, the real address authentication server 150 receives a first address ADD1, a first name NAME1, and a mail address of a mail recipient from the address information providing servers 170-1 through 170- Contents (CONTENTS) can be received (S900).

The real address authentication server 150 generates a first identification code ACODE1 using the first address ADD1 and the first name NAME1 in operation S910 and transmits the first address ADD1 and the first name NAME1, And the first identification code ACODE1 in the database 155 (S912).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the person who receives mail from the address information providing servers 170-1 to 170-m (S905).

The real address authentication server 150 generates a second address ADD2 by unrecognizing part of the first address ADD1 and generates a second address NAME2 by unrecognizing part of the first name NAME1, ) (S915).

The real address authentication server 150 sends a mail address to the mail address server 190 so that the mail address can be printed to the second address (ADD2), the second name (NAME2), and the first bar code (BAR1) ADD2, the second name NAME2, and the first identification code ACODE1 to the mail sending server 190 (S917). The first identification code ACODE1 may correspond to the first bar code BAR1.

The mail sending server 190 receives the second address ADD2, the second name NAME2 and the first identification code ACODE1 and converts the first identification code ACODE1 into the first bar code BAR1 (S920).

The postal matter 110 on which the second address ADD2, the second name NAME2, and the first bar code BAR1 are printed is delivered to the user via the post office (S925).

The user may be a postman delivering mail item (110), or may be a person receiving mail item (110).

The first bar code BAR1 printed on the mail item 110 by the first mobile communication terminal 130 is recognized when the application APP1 installed in the first mobile communication terminal 130 of the user is executed in step S930, When the second identification code ACODE2 corresponding to the first bar code BAR1 is generated in step S932 and the real address authentication server 150 receives the second identification code ACODE2 transmitted from the first mobile communication terminal 130 (S935).

According to the embodiments, the real address authentication server 150 may further receive the second identification information CI2 transmitted from the first mobile communication terminal 130 (S937).

The real address authentication server 150 compares the second identification code ACODE2 with the first identification code ACODE1 stored in the database 155 in step S940 and compares the second identification code ACODE2 with the first identification code ACODE1 (YES in S940), the first address ADD1 and the first name NAME1 stored in the database 155 may be transmitted to the first mobile communication terminal 130 in operation S950.

The real address authentication server 150 compares the second identification code ACODE2 with the first identification code ACODE1 stored in the database 155 in step S940, At least a part of the mail contents (CONTENTS) stored in the database 155 may be transmitted to the first mobile communication terminal 130 (S950) if the one identification code ACODE1 matches (YES in S940).

According to the embodiments, the real address authentication server 150 may further compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S945).

If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S940) and the second identification information CI2 matches the first identification information CI1 (YES in S945) The server 150 may transmit the first address ADD1 and the first name NAME1 stored in the database 155 to the first mobile communication terminal 130 in operation S950.

Referring to FIG. 15, the postal matter 110 on which the second address ADD2, the second name NAME2, and the first bar code BAR1 are printed is delivered to the recipient of the mail through the post office (S955).

When the recipient of the mail item executes the application APP2 installed in the second mobile communication terminal 140 in step S960, the first barcode BAR1 is recognized by the second mobile communication terminal 140, The real address authentication server 150 can receive the third identification code ACODE3 transmitted from the first mobile communication terminal 130 when the third identification code ACODE3 corresponding to BAR1 is generated in step S962 (S965).

According to the embodiments, the real address authentication server 150 may further receive the third identification information CI3 transmitted from the first mobile communication terminal 130 (S967).

The real address authentication server 150 compares the third identification code ACODE3 with the first identification code ACODE1 stored in the database 155 in step S970 and compares the third identification code ACODE3 with the first identification code ACODE1, The address information providing server 170-1 to 170-m transmits a first authentication signal CER1 for authenticating that the first address ADD1 is the real address of the recipient of the mail, if the ACODE1 is identical (YES in S970) (S980).

According to the embodiments, the real address authentication server 150 can further compare the third identification information CI3 with the first identification information CI1 stored in the database 155 (S975).

 When the third identification code ACODE3 matches the first identification code ACODE1 (YES in S970) and the third identification information CI3 matches the first identification information CI1 (YES in S975) 1 to the address information providing servers 170-1 to 170-m (step S980), which authenticates that the address ADD1 is the real address of the recipient of the mail.

FIG. 16A and FIG. 16B show a data flow for explaining a rights authentication method before reading a mail according to the embodiments shown in FIG. 3, and FIG. 18 is a block diagram showing the second mobile communication terminal shown in FIG. 16A, 16B and 18, when a recipient executes an application APP2 installed in the mobile communication terminal 140 (S1000), the fingerprint recognition sensor 143 of the mobile communication terminal 140 reads the application The fingerprint pattern FP1 of the recipient of the mail item can be recognized. The fingerprint pattern FP1 of the recipient of the mail is stored in the memory 147 of the mobile communication terminal 140 in the absence of the fingerprint pattern FP1 of the recipient of the mail in the memory 147 of the mobile communication terminal 140. [ The fingerprint pattern FP1 of the mail recipient can be registered (S1005).

There are two major methods of fingerprint recognition: optical and semiconductor. The optical method is a method of acquiring an image of a user's fingerprint by utilizing total reflection of light incident on a prism from a light source. The semiconductor method is a method of acquiring an image of a user's fingerprint by directly touching a semiconductor surface with a finger, and can be classified into heat sensation knowledge, storage type, and electric decoration.

The fingerprint recognition sensor 143 may be a sensor that recognizes the wrinkles of the skin and reads the fingerprint. However, the fingerprint recognition sensor 143 used in the present invention recognizes the dermis inside the skin, May be a recognition sensor.

When the finger touches the fingerprint recognition sensor 143, a difference in radio frequency (RF) received by the fingerprint recognition sensor 143 occurs depending on the bending of the dermis inside the skin. The fingerprint recognition sensor 143 detects the difference in radio frequency (RF) and recognizes the dermis inside the skin. The fingerprint dermis recognition sensor reduces the recognition error due to contamination and recognizes the dermis instead of the envelope having a possibility of simulating the other person, so that the damage of personal information leakage can be prevented originally.

The real address authentication server 150 can receive the address ADD1, the name NAME and the contents of the mail item from the address information providing servers 170-1 through 170-m (S1010).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the recipient of the mail from the address information providing servers 170-1 to 170-m (S1015) And store the received first identification information (CI1) in the database (155).

The real address authentication server 150 generates the first identification code ACODE1 using the first address ADD1 and the name NAME in step S1020 and transmits the generated first identification code ACODE1 and the contents CONTENTS) in the database 155 (S1025).

The real address authentication server 150 transmits the first address ADD1 and the first bar code BAR1 to the first mail address 110 so that the mail address server 190 can print the first address ADD1, The address ADD1, the name NAME, and the first identification code ACODE1 to the mail sending server 190 (S1030). The first identification code ACODE1 may correspond to the first bar code BAR1.

The mail sending server 190 may receive the first address ADD1, the name NAME and the first identification code ACODE1 and may convert the first identification code ACODE1 into the first barcode BAR1 (S1035).

The postal matter 110 on which the first address ADD1, the name NAME and the first bar code BAR1 are printed is delivered to the person who receives the mail through the post office (S1040).

According to embodiments, the first portion of the first address ADD1 printed on the mail by the mailing server 190 and the second portion of the name NAME may be treated as private.

When the recipient executes the application APP2 installed in the mobile communication terminal 140, the first bar code BAR1 is recognized by the mobile communication terminal 140, and the first bar code BAR1 corresponding to the first bar code BAR1 The real address authentication server 150 may receive the second identification code ACODE2 transmitted from the mobile communication terminal 140 in operation S1050.

According to the embodiments, the real address authentication server 150 may further receive the second identification information CI2 transmitted from the mobile communication terminal 140 (S1055).

The real address authentication server 150 may compare the second identification code ACODE2 with the first identification code ACODE1 stored in the database 155 in operation S1060. If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S1060), the real address authentication server 150 determines whether the recipient of the mail is authorized to view the mail 110 To the mobile communication terminal 140 of the recipient of the mail (S1070).

According to the embodiments, the real address authentication server 150 can further compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S1065).

If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S1060) and the second identification information CI2 matches the first identification information CI1 (YES in S1065) The authentication server 150 may transmit an instruction signal request (ISR) requesting whether the recipient of the mail item is authorized to browse the mail item 110 to the recipient's mobile communication terminal 140 (S1070).

The application APP2 installed in the mobile communication terminal 140 automatically generates the push notification window 142 on the display 141 or 149 of the mobile communication terminal 140 upon receiving the instruction signal request (ISR) A push notification message (e.g., permission is required to view mail) can be displayed through the notification window 142 (S1075).

When the finger of the recipient of the mail comes into contact with the fingerprint recognition sensor 143 included in the mobile communication terminal 140, the fingerprint pattern FP2 of the person who receives the mail is recognized from the fingerprint recognition sensor 143 ), The application APP2 can compare the recognized fingerprint pattern FP2 with the previously registered fingerprint pattern FP1 read from the memory 147 (S1085).

If the authenticated fingerprint pattern FP2 matches the previously registered fingerprint pattern FP1 (YES in S1085), the real address authentication server 150 transmits the instruction signal IS transmitted from the mobile communication terminal 140, And the third identification information CI3 (S1090).

The real address authentication server 150 may compare the third identification information CI3 with the first identification information CI1 stored in the database 155 at step S1095.

If the third identification information CI3 matches the first identification information CI1 (YES in S1095), the real address authentication server 150 determines that the recipient of the mail is authorized to view the mail item 110 , And can transmit the CONTENTS of the mail to the address information providing servers 170-1 to 170-m (S1100).

Figs. 17A and 17B show a data flow for explaining the browsing authentication method after reading the mail according to the embodiments shown in Fig. 17A, 17B, and 18, when a receiver receives an application APP2 installed in the mobile communication terminal 140 (S1200), the fingerprint recognition sensor 143 of the mobile communication terminal 140 reads the application The fingerprint pattern FP1 of the recipient of the mail item can be recognized. The fingerprint pattern FP1 of the recipient of the mail is stored in the memory 147 of the mobile communication terminal 140 in the absence of the fingerprint pattern FP1 of the recipient of the mail in the memory 147 of the mobile communication terminal 140. [ The fingerprint pattern FP1 of the mail recipient can be registered (S1205).

The real address authentication server 150 can receive the address ADD1, the name NAME and the contents of the mail item from the address information providing servers 170-1 through 170-m (S1210).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the recipient of the mail from the address information providing servers 170-1 to 170-m (S1215) And store the received first identification information (CI1) in the database (155).

The real address authentication server 150 generates the first identification code ACODE1 using the first address ADD1 and the name NAME in step S1220 and transmits the generated first identification code ACODE1 and the contents CONTENTS) in the database 155 (S1225).

The real address authentication server 150 transmits the first address ADD1 and the first bar code BAR1 to the first mail address 110 so that the mail address server 190 can print the first address ADD1, The address ADD1, the name NAME, and the first identification code ACODE1 to the mail sending server 190 (S1230). The first identification code ACODE1 may correspond to the first bar code BAR1.

The mail sending server 190 may receive the first address ADD1, the name NAME and the first identification code ACODE1 and may convert the first identification code ACODE1 into the first barcode BAR1 (S1235).

The postal matter 110 on which the first address ADD1, the name NAME and the first bar code BAR1 are printed is delivered to the person who receives the postal matter through the post office (S1240).

According to embodiments, the first portion of the first address ADD1 printed on the mail by the mailing server 190 and the second portion of the name NAME may be treated as private.

When the recipient executes the application APP2 installed in the mobile communication terminal 140, the first bar code BAR1 is recognized by the mobile communication terminal 140, and the first bar code BAR1 corresponding to the first bar code BAR1 When the second identification code ACODE2 is generated in step S1245, the real address authentication server 150 may receive the second identification code ACODE2 transmitted from the mobile communication terminal 140 in step S1250.

According to the embodiments, the real address authentication server 150 may further receive the second identification information CI2 transmitted from the mobile communication terminal 140 (S1255).

The real address authentication server 150 may compare the second identification code ACODE2 with the first identification code ACODE1 stored in the database 155 in operation S1260. If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S1260), the real address authentication server 150 sends the mail contents CONTENTS along with the content of the mail item CONTENTS (CSR) to the mobile communication terminal 140 of the recipient of the mail (S1270).

According to the embodiments, the real address authentication server 150 can further compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S1265).

If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S1260) and the second identification information CI2 matches the first identification information CI1 (YES in S1265) The authentication server 150 transmits an acknowledgment signal request (CSR) requesting whether or not the recipient of the mail has confirmed the CONTENTS of the mail along with the mail contents CONTENTS to the mobile communication terminal 140 (S1270).

The application APP2 installed in the mobile communication terminal 140 sends a push notification window 142 to the display 141 or 149 of the mobile communication terminal 140 immediately after receiving the confirmation signal request (CSR) And generates a push notification message (e.g., credit card statement> 1,234,567 won) through the generated push notification window 142 (S1275).

When the finger of the recipient of the mail comes into contact with the fingerprint recognition sensor 143 included in the mobile communication terminal 140, the fingerprint pattern FP2 of the person who receives the mail is recognized from the fingerprint recognition sensor 143 (S1280 ), The application APP2 can compare the recognized fingerprint pattern FP2 with the previously registered fingerprint pattern FP1 read from the memory 147 (S1285).

If the authenticated fingerprint pattern FP2 matches the previously registered fingerprint pattern FP1 (YES in S1285), the real address authentication server 150 transmits an acknowledgment signal CS transmitted from the mobile communication terminal 140, And the third identification information CI3 (S1290).

The real address authentication server 150 can compare the third identification information CI3 with the first identification information CI1 stored in the database 155 at step S1295.

If the third identification information CI3 matches the first identification information CI1 (YES in S1295), the real address authentication server 150 determines that the recipient of the mail has confirmed the contents of the mail, The mail reading 110 authenticating that the contents of the mail is confirmed can be stored in the database 155 and managed (S1300).

Figs. 19A and 19B show a data flow for explaining a method of authorizing authentication before reading mail according to the embodiments shown in Fig. Referring to FIGS. 19A, 19B and 18, when a receiver receives an application APP2 installed in the mobile communication terminal 140 (S1400), the fingerprint recognition sensor 143 of the mobile communication terminal 140 The fingerprint pattern FP1 of the recipient of the mail item can be recognized. The fingerprint pattern FP1 of the recipient of the mail is stored in the memory 147 of the mobile communication terminal 140 in the absence of the fingerprint pattern FP1 of the recipient of the mail in the memory 147 of the mobile communication terminal 140. [ The fingerprint pattern FP1 of the mail recipient can be registered (S1405).

The real address authentication server 150 receives the first address ADD1, the first name NAME1 and the contents of the mail item from the address information providing servers 170-1 through 170-m (S1410).

The real address authentication server 150 generates a first identification code ACODE1 using the first address ADD1 and the first name NAME1 and transmits the first identification code ACODE1 to the first address ADD1, ), The contents of the mail (CONTENTS), and the first identification code (ACODE1) in the database 155 (S1425).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the person who receives mail from the address information providing servers 170-1 to 170-m (S1415).

The real address authentication server 150 generates a second address ADD2 by unrecognizing part of the first address ADD1 and generates a second address NAME2 by unrecognizing part of the first name NAME1, (S1430).

The real address authentication server 150 sends a mail address to the mail address server 190 so that the mail address can be printed to the second address (ADD2), the second name (NAME2), and the first bar code (BAR1) ADD2, the second name NAME2, and the first identification code ACODE1 to the mail sending server 190 (S1435). The first identification code ACODE1 may correspond to the first bar code BAR1.

The mail sending server 190 receives the second address ADD2, the second name NAME2 and the first identification code ACODE1 and converts the first identification code ACODE1 into the first bar code BAR1 (S1440).

The postal matter 110 on which the second address ADD2, the second name NAME2, and the first bar code BAR1 are printed is delivered to the user via the post office (S1445).

The first bar code BAR1 printed on the mail item 110 is recognized by the mobile communication terminal 140 when the recipient of the mail item executes the application APP2 installed in the mobile communication terminal 140, The real address authentication server 150 can receive the second identification code ACODE2 transmitted from the mobile communication terminal 140 when the second identification code ACODE2 corresponding to the bar code BAR1 is generated in step S1450 S1455).

According to the embodiments, the real address authentication server 150 may further receive the second identification information CI2 transmitted from the mobile communication terminal 140 (S1460).

The real address authentication server 150 compares the second identification code ACODE2 with the first identification code ACODE1 stored in the database 155 in step S1465 and compares the second identification code ACODE2 with the first identification code ACODE1 (YES in S1465), the first address ADD1 stored in the database 155, the first name NAME1, and whether or not the recipient of the mail item is authorized to view the mail item 110 (ISR) to the mobile communication terminal 140 of the recipient of the mail (S1475).

According to the embodiments, the real address authentication server 150 may further compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S1470).

If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S1465) and the second identification information CI2 matches the first identification information CI1 (YES in S1470) The server 150 sends a request for an instruction signal to request whether the recipient of the mail is authorized to browse the mail item 110, the first address ADD1 stored in the database 155, the first name NAME1, (ISR) to the recipient's mobile communication terminal 140 (S1475).

The application APP2 installed in the mobile communication terminal 140 automatically generates the push notification window 142 on the display 141 or 149 of the mobile communication terminal 140 upon receiving the instruction signal request (ISR) A push notification message (for example, an authority is required to view mail) can be displayed through the notification window 142 (S1480).

When the finger of the recipient of the mail comes into contact with the fingerprint recognition sensor 143 included in the mobile communication terminal 140, the fingerprint pattern FP2 of the person who receives the mail is recognized from the fingerprint recognition sensor 143 (S1485 ), The application APP2 can compare the recognized fingerprint pattern FP2 with the previously registered fingerprint pattern FP1 read from the memory 147 (S1490).

If the authenticated fingerprint pattern FP2 matches the fingerprint pattern FP1 registered in advance (YES in S1490), the real address authentication server 150 transmits the instruction signal IS transmitted from the mobile communication terminal 140, And the third identification information CI3 (S1495).

The real address authentication server 150 may compare the third identification information CI3 with the first identification information CI1 stored in the database 155 in operation S1500.

If the third identification information CI3 matches the first identification information CI1 (YES in S1500), the real address authentication server 150 determines that the recipient of the mail is authorized to view the mail item 110 , And can transmit the CONTENTS of the mail to the address information providing servers 170-1 to 170-m (S1505).

20A and 20B show a data flow for explaining the browsing authentication method after browsing mail according to the embodiments shown in Fig. 20A, 20B and 18, when a recipient executes an application APP2 installed in the mobile communication terminal 140 (S1600), the fingerprint recognition sensor 143 of the mobile communication terminal 140 reads the application The fingerprint pattern FP1 of the recipient of the mail item can be recognized. The fingerprint pattern FP1 of the recipient of the mail is stored in the memory 147 of the mobile communication terminal 140 in the absence of the fingerprint pattern FP1 of the recipient of the mail in the memory 147 of the mobile communication terminal 140. [ The fingerprint pattern FP1 of the mail recipient can be registered (S1605).

The real address authentication server 150 receives the first address ADD1, the first name NAME1 and the contents of the mail item from the address information providing servers 170-1 through 170-m (S1610).

The real address authentication server 150 generates a first identification code ACODE1 using the first address ADD1 and the first name NAME1 in step S1620 and transmits the first address ADD1 and the first name NAME1, The first identification code ACODE1, and the mail contents CONTENTS to the database 155 (S1625).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the person who receives mail from the address information providing servers 170-1 to 170-m (S1615).

The real address authentication server 150 generates a second address ADD2 by unrecognizing part of the first address ADD1 and generates a second address NAME2 by unrecognizing part of the first name NAME1, (S1630).

The real address authentication server 150 sends a mail address to the mail address server 190 so that the mail address can be printed to the second address (ADD2), the second name (NAME2), and the first bar code (BAR1) ADD2, the second name NAME2, and the first identification code ACODE1 to the mail sending server 190 (S1635). The first identification code ACODE1 may correspond to the first bar code BAR1.

The mail sending server 190 receives the second address ADD2, the second name NAME2 and the first identification code ACODE1 and converts the first identification code ACODE1 into the first bar code BAR1 (S1640).

The postal matter 110 on which the second address ADD2, the second name NAME2 and the first bar code BAR1 are printed is delivered to the user via the post office (S1645).

The first bar code BAR1 printed on the mail item 110 is recognized by the first mobile communication terminal 130 and the first bar code BAR1 printed on the mail item 110 is recognized When the second identification code ACODE2 corresponding to the first bar code BAR1 is generated in step S1650, the real address authentication server 150 receives the second identification code ACODE2 transmitted from the first mobile communication terminal 130 (S1655).

According to the embodiments, the real address authentication server 150 may further receive the second identification information CI2 transmitted from the first mobile communication terminal 130 (S1660).

The real address authentication server 150 compares the second identification code ACODE2 with the first identification code ACODE1 stored in the database 155 in step S1665 and compares the second identification code ACODE2 with the first identification code ACODE1 (YES in S1665), the person receiving the mail with the first address ADD1, the first name NAME1, and the mail contents CONTENTS stored in the database 155 stores the contents of the mail item CONTENTS, (CSR) to the mobile communication terminal 140 of the recipient of the mail (S1675).

According to the embodiments, the real address authentication server 150 may further compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S1670).

If the second identification code ACODE2 matches the first identification code ACODE1 (YES in S1665) and the second identification information CI2 matches the first identification information CI1 (YES in S1670), the database 155 (CSR) requesting whether or not the recipient of the mail has confirmed the CONTENTS of the mail, together with the first address ADD1, the first name NAME1, and the contents of the mail, To the mobile communication terminal 140 of the recipient of the mail (S1675).

The application APP2 installed in the mobile communication terminal 140 receives the confirmation signal request (CSR) together with the first address ADD1, the first name NAME1 and the contents of the mail item, (For example, credit card statement> 1,234,567 won) through the generated push notification window 142 (S1680) by automatically generating a push notification window 142 on the display 141 or 149 of the display 141 or 149, .

When the finger of the recipient of the mail comes into contact with the fingerprint recognition sensor 143 included in the mobile communication terminal 140, the fingerprint pattern FP2 of the person who receives the mail is recognized from the fingerprint recognition sensor 143 (S1685 ), The application APP2 can compare the recognized fingerprint pattern FP2 with the previously registered fingerprint pattern FP1 read from the memory 147 (S1690).

If the authenticated fingerprint pattern FP2 matches the previously registered fingerprint pattern FP1 (YES in S1690), the real address authentication server 150 transmits an acknowledgment signal CS transmitted from the mobile communication terminal 140, And the third identification information CI3 (S1695).

The real address authentication server 150 may compare the third identification information CI3 with the first identification information CI1 stored in the database 155 in step S1700.

If the third identification information CI3 matches the first identification information CI1 (YES in S1700), the real address authentication server 150 determines that the recipient of the mail has confirmed the contents (CONTENTS) of the mail, The mail reading 110 authenticating the confirmation of the contents of the mail (CONTENTS) can be stored and managed in the database 155 (S1705).

FIGS. 21A and 21B show a data flow for explaining a method of authorizing authentication before reading mail according to the embodiments shown in FIG. 21A, 21B, and 18, when a receiver receives an application APP2 installed in the mobile communication terminal 140 (S1800), the fingerprint recognition sensor 143 of the mobile communication terminal 140 reads the application The fingerprint pattern FP1 of the recipient of the mail item can be recognized. The fingerprint pattern FP1 of the recipient of the mail is stored in the memory 147 of the mobile communication terminal 140 in the absence of the fingerprint pattern FP1 of the recipient of the mail in the memory 147 of the mobile communication terminal 140. [ The fingerprint pattern FP1 of the mail recipient can be registered (S1805).

 The real address authentication server 150 receives the first unique information ID1 of the user and the second unique ID of the mobile communication terminal 130 from the user's mobile communication terminal 130 in order to authenticate the user and the mobile communication terminal 130, And can receive the information ID2 (S1810).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the person who receives mail from the address information providing servers 170-1 to 170-m (S1815).

The real address authentication server 150 may generate the first encryption decryption key E_KEY1 using the first unique information ID1 and the second inherent information ID2 in operation S1820.

The real address authentication server 150 may store the generated first encryption decryption key E_KEY1 in the database 155 in step S1825 and may transmit the first encryption decryption key KEY1 to the mobile communication terminal 130 S1830).

The real address authentication server 150 receives the first address ADD1, the first name NAME1 and the contents of the mail item from the address information providing servers 170-1 through 170-m (S1835).

The real address authentication server 150 may generate the first encrypted identification code ECODE1 by encrypting the first address ADD1 and the first name NAME1 using the first encryption decryption key KEY1 S1840).

The real address authentication server 150 generates a second address ADD2 by unrecognizing part of the first address ADD1 and generates a second address NAME2 by not recognizing a part of the first name NAME1, (S1845).

The real address authentication server 150 causes the mail sending server 190 to send the encrypted first address barcode BAR1, the second address ADD2 and the second name NAME2 to the mail item 110, 1 identification code ECODE1, the second address ADD2, and the second name NAME2 to the mail sending server 190 (S1850). The encrypted first identification code ECODE1 may correspond to the first bar code BAR1.

The mail sending server 190 receives the second address ADD2, the second name NAME2 and the encrypted first identification code ECODE1 and transmits the encrypted first identification code ECODE1 to the first bar code BAR1 (S1855). ≪ / RTI >

The first mail 110 printed with the second address ADD2, the second name NAME2 and the first bar code BAR1 is delivered to the user via the post office in operation S1860.

When the recipient executes the application APP2 installed in the mobile communication terminal 140, the first bar code BAR1 is recognized by the mobile communication terminal 140 and the encryption corresponding to the first bar code BAR1 The first identification code ECODE1 is generated (S1865).

The mobile communication terminal 140 may recover the first address ADD1 and the first name NAME1 by decrypting the first identification code ECODE1 encrypted using the first encryption decryption key E_KEY1. S1870).

The application APP2 installed in the mobile communication terminal 140 automatically generates the push notification window 142 on the display 141 of the mobile communication terminal 140 and transmits the restored first address 142 through the generated push notification window 142. [ A restored first name NAME1, and a push notification message (for example, an authority is required to view the mail item) (S1875).

When the finger of the recipient of the mail comes into contact with the fingerprint recognition sensor 143 included in the mobile communication terminal 140, the fingerprint pattern FP2 of the person who receives the mail is recognized from the fingerprint recognition sensor 143 (S1880 ), The application APP2 can compare the recognized fingerprint pattern FP2 with the previously registered fingerprint pattern FP1 read from the memory 147 (S1885).

The real address authentication server 150 transmits the instruction signal IS transmitted from the mobile communication terminal 140 to the real address authentication server 150 if the recognized fingerprint pattern FP2 coincides with the fingerprint pattern FP1 previously registered (YES in S1885) And the second identification information CI2 (S1890).

The real address authentication server 150 may compare the second identification information CI2 with the first identification information CI1 stored in the database 155 in step S1895.

If the second identification information CI2 matches the first identification information CI1 (YES in S1895), the real address authentication server 150 judges that the recipient of the mail is authorized to view the mail item 110 , And can transmit the CONTENTS of the mail to the address information providing servers 170-1 to 170-m (S1897).

Figs. 22A and 22B show a data flow for explaining the browsing authentication method after browsing mail according to the embodiments shown in Fig. 22A, 22B, and 18, when a receiver receives an application APP2 installed in the mobile communication terminal 140 (S1900), the fingerprint recognition sensor 143 of the mobile communication terminal 140 reads the application The fingerprint pattern FP1 of the recipient of the mail item can be recognized. The fingerprint pattern FP1 of the recipient of the mail is stored in the memory 147 of the mobile communication terminal 140 in the absence of the fingerprint pattern FP1 of the recipient of the mail in the memory 147 of the mobile communication terminal 140. [ The fingerprint pattern FP1 of the mail recipient can be registered (S1905).

The real address authentication server 150 transmits the first unique information ID1 of the person who receives the mail from the mobile communication terminal 140 to authenticate the recipient and the recipient's mobile communication terminal 140 The second specific information ID2 of the mobile communication terminal 140 (S1910).

According to the embodiments, the real address authentication server 150 can further receive the first identification information CI1 of the person who receives mail from the address information providing servers 170-1 to 170-m (S1915).

The real address authentication server 150 may generate the second encryption decryption key E_KEY2 using the first unique information ID1 and the second inherent information ID2 in operation S1920.

The real address authentication server 150 may store the second encryption decryption key E_KEY2 in the database 155 in step S1925 and may transmit the second encryption decryption key E_KEY1 to the mobile communication terminal 140 in step S1930. .

The real address authentication server 150 receives the first address ADD1, the first name NAME1 and the contents of the mail item from the address information providing servers 170-1 through 170-m (S1935).

The real address authentication server 150 encrypts the first address ADD1, the first name NAME1 and the contents of the mail item using the second encryption decryption key E_KEY2 to generate an encrypted second identification code ECODE2) (S1940).

The real address authentication server 150 generates a second address ADD2 by unrecognizing part of the first address ADD1 and generates a second address NAME2 by not recognizing a part of the first name NAME1, And generates contents (ECONTENTS) of the encrypted mail by unrecognizing part of the contents of the mail (S1945).

The real address authentication server 150 sends the mail address to the mail sending server 190 in such a manner that the mail address server 190 can print the second bar code BAR2, the second address ADD2, and the second name NAME2 on the mail item 110, The second identification code ECODE2, the second address ADD2, and the second name NAME2 to the mail sending server 190 (S1950). The encrypted second identification code ECODE2 may correspond to the second bar code BAR2.

The mail sending server 190 receives the second address ADD2, the second name NAME2 and the encrypted second identification code ECODE2 and transmits the encrypted second identification code ECODE2 to the second barcode BAR2 ) (S1955).

The postal matter 110 printed with the second address ADD2, the second name NAME2 and the second bar code BAR2 is delivered to the person who receives the mail through the post office (S1960).

When the recipient executes the application APP2 installed in the mobile communication terminal 140, the second bar code BAR2 is recognized by the mobile communication terminal 140, and the encryption corresponding to the second bar code BAR2 The second identification code ECODE2 is generated (S1965).

The mobile communication terminal 140 decrypts the encrypted second identification code ECODE2 using the second encryption decryption key KEY2 to generate the first address ADD1, the first name NAME1, and the mail contents CONTENTS, (S1970).

The application APP2 installed in the mobile communication terminal 140 automatically generates the push notification window 142 on the display 141 of the mobile communication terminal 140 and transmits the restored first address 142 through the generated push notification window 142. [ The restored first name NAME1, the restored mail contents, and the push notification message (e.g., credit card statement> 1,234,567 won) (S1975).

When the finger of the recipient of the mail comes into contact with the fingerprint recognition sensor 143 included in the mobile communication terminal 140, the fingerprint pattern FP2 of the person who receives the mail is recognized from the fingerprint recognition sensor 143 (S1980 ), The application APP2 can compare the recognized fingerprint pattern FP2 with the previously registered fingerprint pattern FP1 read from the memory 147 (S1985).

If the authenticated fingerprint pattern FP2 matches the previously registered fingerprint pattern FP1 (YES in S1985), the real address authentication server 150 transmits the confirmation signal CS transmitted from the mobile communication terminal 140, And the second identification information CI2 (S1990).

The real address authentication server 150 can compare the second identification information CI2 with the first identification information CI1 stored in the database 155 (S1995).

If the second identification information CI2 matches the first identification information CI1 (YES in S1995), the real address authentication server 150 determines that the recipient of the mail has confirmed the contents (CONTENTS) of the mail, The mail reading 110 authenticating that the contents of the mail is confirmed can be stored in the database 155 and managed (S2000).

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

100; Real address authentication system
110; mail
130; The first mobile communication terminal
140; The second mobile communication terminal
150; Real address authentication server
155; Database
160; network
170-1 to 170-m; A plurality of address information providing servers
190; Mailing server

Claims (14)

The real address authentication server receiving a first address and a first name of a recipient of mail from the address information providing server;
The real address authentication server generates a first identification code using the first address and the first name, and storing the first address, the first name, and the first identification code in a database;
The real address authentication server processes the first part of the first address as private and generates a second address and processes the second part of the first name as private to generate a second name, The second name, and the first identification code so that a first barcode corresponding to the second address, the second name, and the first identification code can be printed on the mail, Transmitting to the sending server;
When the first bar code printed on the mail is recognized by the user's first mobile communication terminal and a second identification code corresponding to the recognized first bar code is generated, Receiving the second identification code transmitted from the second identification code; And
The real address authentication server compares the second identification code with the first identification code stored in the database, and if the second identification code matches the first identification code, 1 name to the first mobile communication terminal. The method according to claim 1,
When the first bar code printed on the mail is recognized by the second mobile communication terminal of the recipient of the mail and the third identification code corresponding to the first bar code is generated, Receiving the third identification code transmitted from the communication terminal; And
The real address authentication server compares the third identification code with the first identification code stored in the database, and if the third identification code and the first identification code match, the first address indicates that the person And transmitting a first authentication signal for authenticating the real address to the address information providing server. The real address authentication server receives the first unique information of the user and the second unique information of the mobile communication terminal from the user's mobile communication terminal and uses the first unique information and the second unique information to transmit the encryption / Storing the encryption / decryption key in a database, and transmitting the encryption / decryption key to the mobile communication terminal;
Receiving, by the real address authentication server, the first address, the first name, and the contents of the mail item from the address information providing server;
The real address authentication server encrypting the first address and the first name using the encryption decryption key to generate an encrypted first identification code;
The real address authentication server generates a second address by unrecognizing part of the first address, and generates a second name by unrecognizing part of the first name; And
And the real address authentication server transmits the encrypted first identification code so that the mail address server can print the first bar code, the second address, and the second name corresponding to the encrypted first identification code on the mail item, , The second address, and the second name to the mail delivery server,
When the mobile communication terminal generates the encrypted first identification code from the first barcode printed on the mail, the mobile communication terminal decrypts the encrypted first identification code using the encryption / decryption key, 1 address and the first name, and displaying the restored first address and the restored first name on the display device of the mobile communication terminal. The method of claim 3,
Encrypting the contents of the first address, the first name, and the mail using the encryption decryption key by the real address authentication server to generate an encrypted second identification code; And
Wherein the real address authentication server is configured to cause the mail sending server to print the second bar code, the second address, and the second name corresponding to the encrypted second identification code on the mail item, Sending the identification code, the second address, and the second name to the mailing server,
When the mobile communication terminal generates the encrypted second identification code from the second barcode printed on the mail, the mobile communication terminal decrypts the encrypted second identification code using the encryption / decryption key, 1 address, the first name, and the contents of the mail, and displays the restored first address, the restored first name, and the restored mail contents on the display device. The method of claim 3,
Wherein the contents of the mail include at least one of usage history information, coupon information, gift certificate information, and invitation letter information. The real address authentication server receives the first address, the first name, and the mail contents of the recipient of the mail from the address information providing server and stores the first address, the first name, and the mail contents in the database;
The real address authentication server generates and stores a first identification code in the database using the first address and the first name;
The real address authentication server generates a second address by unrecognizing part of the first address, and generates a second name by unrecognizing part of the first name;
Wherein the real address authentication server transmits the first identification code, the second address, and the second name corresponding to the first identification code to the mailer so that the mail address server can print the first bar code, 2 address, and the second name to the mailing server;
When the user's mobile communication terminal recognizes the first bar code printed on the mail and generates a second identification code corresponding to the recognized first bar code and transmits the second identification code to the real address authentication server, The address authentication server receiving the second identification code; And
The real address authentication server compares the first identification code with the second identification code, and if the first identification code and the second identification code match, the real address authentication server compares the first address and the first identification code, To the mobile communication terminal. The method according to claim 6,
And if the first identification code matches the second identification code, the real address authentication server transmits at least a part of the contents of the mail with the first address and the first name to the mobile communication terminal Address authentication server. 8. The method of claim 7,
If the first identification code matches the second identification code, the real address authentication server transmits to the address information providing server a first authentication signal for authenticating that the first address is the real address of the recipient of the mail Further comprising the steps of: The real address authentication server receives the first address, the first name, and the mail contents of the recipient of the mail from the address information providing server, and stores the first address, the first name, and the mail contents in the database ;
The real address authentication server generates a first identification code using the first address and the first name and stores the first identification code in the database;
The real address authentication server generates a second address by unrecognizing part of the first address, and generates a second name by unrecognizing part of the first name;
Wherein the real address authentication server transmits the first identification code, the second address, and the second name corresponding to the first identification code to the mailer so that the mail address server can print the first bar code, 2 address, and the second name to the mailing server;
When the user's mobile communication terminal recognizes the first bar code printed on the mail and generates a second identification code corresponding to the recognized first bar code and transmits the second identification code to the real address authentication server, The address authentication server receiving the second identification code; And
The real address authentication server compares the first identification code with the second identification code, and if the first identification code and the second identification code match, the real address authentication server compares the first address and the first identification code, And transmitting an instruction signal request to the mobile communication terminal to request whether the recipient of the mail is authorized to browse the mail. 10. The method of claim 9,
A fingerprint pattern of a person who receives the mail is recognized from a fingerprint recognition sensor included in the mobile communication terminal, and if the recognized fingerprint pattern matches a previously registered fingerprint pattern, Receiving, by the real address authentication server, an instruction signal transmitted from the mobile communication terminal; And
And the real address authentication server further comprises the step of, in response to the instruction signal, transmitting the contents of the mail stored in the database to a mobile communication terminal of the recipient of the mail. The real address authentication server receives the first address, the first name, and the mail contents of the recipient of the mail from the address information providing server, and stores the first address, the first name, and the mail contents in the database ;
The real address authentication server generates a first identification code using the first address and the first name and stores the first identification code in the database;
The real address authentication server generates a second address by unrecognizing part of the first address, and generates a second name by unrecognizing part of the first name;
Wherein the real address authentication server transmits the first identification code, the second address, and the second name corresponding to the first identification code to the mailer so that the mail address server can print the first bar code, 2 address, and the second name to the mailing server;
When the user's mobile communication terminal recognizes the first bar code printed on the mail and generates a second identification code corresponding to the recognized first bar code and transmits the second identification code to the real address authentication server, The address authentication server receiving the second identification code; And
The real address authentication server compares the first identification code with the second identification code, and if the first identification code and the second identification code match, the real address authentication server compares the first address, And transmitting to the mobile communication terminal an acknowledgment signal request for requesting whether or not the recipient of the mail has confirmed the contents of the mail together with the contents of the mail. 12. The method of claim 11,
The fingerprint pattern of a person who receives the mail is recognized from the fingerprint recognition sensor included in the mobile communication terminal, and if the recognized fingerprint pattern matches a previously registered fingerprint pattern, Wherein the real address authentication server further comprises receiving an acknowledgment signal transmitted from the mobile communication terminal. The real address authentication server receives the first unique information of the user and the second unique information of the mobile communication terminal from the user's mobile communication terminal and uses the first unique information and the second unique information to transmit the encryption / Storing the encryption / decryption key in a database, and transmitting the encryption / decryption key to the mobile communication terminal;
Receiving, by the real address authentication server, the first address, the first name, and the contents of the mail item from the address information providing server;
Storing the contents of the mail item in the database by the real address authentication server;
The real address authentication server encrypting the first address and the first name using the encryption decryption key to generate an encrypted first identification code;
The real address authentication server generates a second address by unrecognizing part of the first address, and generates a second name by unrecognizing part of the first name; And
And the real address authentication server transmits the encrypted first identification code so that the mail address server can print the first bar code, the second address, and the second name corresponding to the encrypted first identification code on the mail item, , The second address, and the second name to the mail delivery server,
When the mobile communication terminal generates the encrypted first identification code from the first barcode printed on the mail, the mobile communication terminal decrypts the encrypted first identification code using the encryption / decryption key, 1 address and the first name, displays the restored first address and the restored first name on the display device of the mobile communication terminal,
If the fingerprint pattern of the person receiving the mail is recognized from the fingerprint recognition sensor included in the mobile communication terminal and the recognized fingerprint pattern coincides with the registered fingerprint pattern, Receiving an instruction signal indicating whether the recipient of the mail transmitted from the mobile communication terminal is authorized to browse the mail item; and responsive to the instruction signal, transmitting the mail content stored in the database to a recipient To the mobile communication terminal of the real address authentication server. The real address authentication server receives the first unique information of the user and the second unique information of the mobile communication terminal from the user's mobile communication terminal and uses the first unique information and the second unique information to transmit the encryption / Storing the encryption / decryption key in a database, and transmitting the encryption / decryption key to the mobile communication terminal;
Receiving, by the real address authentication server, the first address, the first name, and the contents of the mail item from the address information providing server;
Encrypting the contents of the first address, the first name, and the mail using the encryption decryption key by the real address authentication server to generate an encrypted second identification code;
The real address authentication server generates a second address by unrecognizing part of the first address, and generates a second name by unrecognizing part of the first name;
Wherein the real address authentication server is configured to cause the mail sending server to print the second barcode, the second address, and the second name corresponding to the encrypted second identification code on the mail item, Sending the code, the second address, and the second name to the mailing server; And
When the mobile communication terminal generates the encrypted second identification code from the second barcode printed on the mail, the mobile communication terminal decrypts the encrypted second identification code using the encryption / decryption key, 1 address, the first name, and the mail contents, displays the restored first address, the restored first name, and the restored mail contents on the display device,
If the fingerprint pattern of the person receiving the mail is recognized from the fingerprint recognition sensor included in the mobile communication terminal and the recognized fingerprint pattern coincides with the registered fingerprint pattern, And receiving an acknowledgment signal transmitted from the mobile communication terminal.

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