KR100968964B1 - Method and Apparatus for Setting Terminal - Google Patents

Abstract

A terminal setting method and apparatus are disclosed. Terminal setting method according to an embodiment of the present invention is the step of transmitting the terminal setting request to the remote management server, the remote management server forwarding the session connection request to the smart card connected to the target terminal of the terminal setting request and remote management The server may include transmitting a terminal setting command corresponding to the terminal setting request to the smart card. The web server module included in the smart card may execute the received terminal setting command. According to the present invention, the user can conveniently change the terminal setting value to the correct value.

USIM, smart card, auto setup, error recovery

Description

Terminal setting method and apparatus {Method and Apparatus for Setting Terminal}

The present invention relates to a terminal setting method and apparatus, and more particularly, to a terminal setting method and apparatus using a smart card web server.

Recently, Universal Subscriber Identity Module (USIM) chips have been used for mobile communication terminals such as mobile phones.

The original purpose of the USIM is to store subscriber information and to serve as subscriber management and authentication. But when looking at the USIM with a smart card with CPU and memory, it is not efficient to simply authenticate the subscriber.

The current USIM storage space is 144KB, but USIM cards with more than 256MB of storage space are expected in the near future.

Chip Operation System (COS) refers to smart card operating system, which enables data processing and data storage through microprocessor and memory, and forgery, tampering and copy protection through security mechanism. Do it.

Smart cards do not have a built-in battery, and power is provided from the outside by a reader. The memory uses Electrically Erasable and Programmable Read Only Memory (EEPROM), which maintains its contents even when no voltage is provided.

USIM is a module that must be installed in 3G (G) terminals.

If an error occurs in the USIM mounted or connected to the terminal, according to the prior art, there was no obvious solution other than the method of replacing the USIM card (USIM chip). As a result, the user was inconvenient to replace the chip if an error occurred.

In addition, in the future, the service method is expected to be changed so that the 3G mobile phone can be used regardless of the carrier, and the user who used the 3G mobile phone may need to modify the Internet connection setting by changing the mobile carrier. According to the method, the user may be inconvenient to visit the dealership and modify the necessary information according to the change of the mobile communication company such as the Internet connection setting.

The present invention has been made to solve the above-mentioned problems, and an object thereof is to enable a user to conveniently solve an error of a smart card.

In addition, an object of the present invention is to enable the user to conveniently modify the set value of the terminal to the correct value.

According to an aspect of the present invention, a terminal setting method is provided.

The terminal setting method according to an embodiment of the present invention includes the steps of transmitting a terminal setting request to a remote management server, the remote management server transmitting a session connection request to a smart card connected to the target terminal of the terminal setting request; The remote management server may include transmitting a terminal setting command corresponding to the terminal setting request to the smart card. The web server module included in the smart card may execute the received terminal setting command.

In accordance with another embodiment of the present invention, a method for configuring a terminal includes receiving a session connection request from a smart card management agent and connecting to a remote management server to create a session, wherein the web server module included in the smart card is connected to the terminal from the remote management server. The method may include receiving a setting command and performing a terminal setting command by a web server module receiving the terminal setting command.

According to another aspect of the present invention, a terminal setting apparatus is provided.

According to an embodiment of the present invention, a terminal setting apparatus includes a terminal setting request interface unit receiving a terminal setting request, a terminal setting command generation unit generating a terminal setting command corresponding to the terminal setting request, and a target of setting the terminal setting request. It may include a session creation request unit for requesting a session creation with the smart card connected to the terminal and a communication unit for communicating with the smart card.

According to another aspect of the invention there is provided a smart card.

The smart card according to an embodiment of the present invention receives a terminal connection information from a remote management server and receives a session connection request from a web server module and a remote management server to update the terminal configuration information, and accesses the remote management server. It may include a smart card management agent for mediating communication between the management server and the web server module.

Other aspects, features, and advantages other than those described above will become apparent from the following drawings, claims, and detailed description of the invention.

According to the present invention there is an effect that the user can conveniently recover the error of the smart card.

In addition, according to the present invention there is an effect that the user can conveniently change the terminal setting value to the correct value.

Hereinafter, a preferred embodiment of a terminal setting method and apparatus according to the present invention will be described in detail with reference to the accompanying drawings, in the following description with reference to the accompanying drawings, the same or corresponding components are given the same reference numerals and Duplicate explanations will be omitted.

1 is a network diagram of a terminal configuration system according to an embodiment of the present invention.

The terminal 110 includes a terminal capable of communicating wirelessly regardless of type, such as a mobile phone or a personal digital assistant (PDA).

The smart card 120 may also be referred to as an integrated circuit (IC) card or chip card. According to the International Organization for Standardization (ISO), a card in which one or more ICs is inserted is collectively called an IC card. Compared to the existing magnetic card (magnetic card), it has a very large memory capacity, high function and stability. It was developed in France in 1970 and began to be used in financial institutions, and later in the United States.

The structure consists of connection terminal, IC chip and plastic card. In the manufacturing process, an IC chip is manufactured in a semiconductor manufacturing factory, and then a die is attached to a printed circuit board (PCB). Wire bonding is applied, a resin protective layer is applied, and a micro module is manufactured. After processing base groove and module groove, attach micro module.

In the present invention, the smart card 120 receives the terminal setting command, the terminal setting information, the smart card check command or the smart card recovery command from the remote management server 130 according to the command or information received from the terminal 110 or smart card Applicable to 120.

The user 105 may access the remote management server 130 and transmit a terminal setting request or a smart card check request. To this end, the remote management server 130 may provide the user 130 with a user interface by a web interface or other application.

The remote management server 130 transmits the terminal setting command, the terminal setting information, the smart card checking command or the smart card recovery command to the smart card 120 according to the terminal setting request or the smart card checking request of the user 105 and the command. Or the execution result according to the information can be received.

The OTA server 140 may deliver a short message service (SMS) message to the terminal 110 at the request of the remote management server 130.

The terminal information management server 150 may transmit the terminal setting information to the remote management server 130 according to the terminal setting information request of the remote management server 130.

2 is a block diagram of a smart card 120 according to an embodiment of the present invention.

The smart card 120 may include a smart card web server 220 and a smart card management agent 230.

Here, the smart card web server 220 is an embodiment of a web server module connected to the terminal 110, and the scope of the present invention is not limited to the smart card web server 220. Hereinafter, it is assumed that the smart card web server 220 is used as an embodiment of the web server module connected to the terminal 240.

The smart card web server 220 is an HTTP server implemented in the smart card 120.

The smart card web server 220 is an HTTP server that supports the HTTP protocol standard. However, since the smart card 120 has certain limitations on the calculation speed, storage capacity, and network bandwidth, some of the standards may not be supported or may be changed.

The smart card management agent 230 creates a session between the smart card web server 220 and the remote management server 130 and plays a role of mediating communication.

The smart card web server 220 may receive a management command or information necessary for management from the remote management server 130 through the smart card management agent 230. The received management command or information necessary for management may include a terminal setting command, terminal setting information, a smart card check command, or a smart card recovery command. Management commands or information necessary for management may be delivered by the HTTP protocol.

The smart card web server 220 executes an application of the smart card or the terminal 110 according to the received management command or information necessary for management to change the setting value of the smart card 120 or the terminal 110 or install the software binary. Can be updated.

The smart card web server 220 may operate as an HTTP server by receiving a connection of an HTTP client (such as a web browser) of the terminal 110. The HTTP client and the smart card web server 220 of the terminal 110 may communicate using an HTTP protocol or a similar protocol and the TCP / IP protocol.

The smart card management agent 230 connects to the smart card web server 220 and the remote management server 130 as HTTP clients.

When the smart card management agent 230 requests a management command from the remote management server 130 and the remote management server 130 receiving the management command request transmits the management command to the smart card management agent 230, the smart card management agent 230 may transmit the received management command to the smart card web server 220. When the smart card web server 220 transmits the management command execution result to the smart card management agent 230, the smart card management agent 230 may deliver it to the remote management server 130.

The smart card management agent 230 may communicate with the smart card web server 220 and the remote management server 130 using the HTTP protocol or similar protocol and the TCP / IP protocol. Since the smart card management agent 230 and the smart card web server 220 are included in the smart card 120, the smart card management agent 230 and the smart card web server 220 are promised instead of the TCP / IP protocol. You can also use a protocol.

The smart card management agent 230 need not continue to be connected to the remote management server 130. If the remote management server 130 needs to transmit a management command to the smart card web server 220, the remote management server 130 may transmit a session connection request SMS to the terminal 110 through the OTA server 140. The terminal 110 receiving the session connection request SMS may transmit a session connection request to the smart card management agent 230. The smart card management agent 230 receiving the session connection request may access the remote management server 130 and generate a session for the remote management server 130 to transmit a management command to the smart card web server 220.

3 is a block diagram of a remote management server 130 according to an embodiment of the present invention.

The remote management server 130 according to FIG. 3 is a remote management server 130 for updating the configuration of the terminal 110 or the smart card 120 or the like as requested.

The remote management server 130 according to FIG. 3 may include a terminal setup request interface unit 310, a terminal setup command generation unit 320, a session generation request unit 330, and a communication unit 340.

The terminal setting request interface unit 310 receives a terminal setting request.

The terminal setting command generation unit 320 generates a terminal setting command corresponding to the terminal setting request. The terminal setting command may be transmitted to and executed by the smart card web server 220.

For example, when the terminal setting request is a wireless Internet access request, the terminal setting command may be a proxy gateway information update command.

The session creation request unit 330 may make a session creation request with the smart card 120 connected to the terminal 110.

The communicator 340 may communicate with the smart card 120. When it is necessary to send and receive data with the smart card 120, it may send and receive data through the communication unit 340.

The communication unit 340 may receive the terminal information request of the terminal 110 and transmit the terminal setting information of the terminal 110 to the smart card 120.

4 is a call processing diagram of a terminal configuration process according to an embodiment of the present invention.

In operation S410, the user equipment setting request may be transmitted from the user 105 to the remote management server 130. The terminal setting request may include a setting value of the terminal 110 required for driving the terminal 110 or a setting value of the smart card 120, such as a wireless internet connection setting request.

The user 105 may receive a user interface through a web environment or other application environment where the Internet is available, and transmit a terminal setting request through the user interface. The user 105 may be a customer of a mobile communication service or may be an employee of a mobile communication service agent.

The user 105 may connect to the remote management server 130 through a mobile terminal (cell phone, PDA, etc.) as well as a personal computer, and transmit a terminal setting request.

In operation S420, the terminal configuration information request may be transferred from the remote management server 130 that receives the terminal configuration request to the terminal information management server 150.

The terminal configuration information request may include the type or serial number of the terminal 110 that requires configuration, the type of configuration information that requires configuration, and the like. For example, if a proxy gateway setting value of the A-3200 model is required, data corresponding to the A-3200 and the proxy gateway may be included in the configuration information request message. If the type of the terminal 110 is not related, data related to the type of the terminal 110 may be omitted.

In step S425, the terminal information management server 150 may transfer setting information of the terminal 110 to the remote management server 130.

The terminal information management server 150 and the remote management server 130 may be physically separated servers or may exist as separate modules in one server. According to an embodiment, the terminal information management server 150 and the remote management server 130 may be included in one module.

The terminal information management server 150 may transmit the setting information of the terminal 110 requested by the remote management server 130 to the remote management server 130.

In operation S430, the remote management server 130 may deliver a session connection short message service (SMS) message to the terminal 110.

The remote management server 130 may deliver a session connection short message service (SMS) message to the terminal 110 through an over-the-air (OTA) server (SMS sending server) 140. The session connection SMS message is a message promised in a certain format between the remote management server 130 and the terminal 110. For example, an SMS message called 'session connection request' may be a session connection SMS message.

In operation S435, the terminal 110 may transmit a session connection request to the smart card management agent 230.

In operation S440, the smart card management agent 230 may access the remote management server 130 to generate a session between the smart card web server 220 and the remote management server 130.

The remote management server 130 operates as an HTTP server, and the smart card management agent 230 can connect to the remote management server 130 as an HTTP client. If the smart card 120 cannot access a communication network that can directly access the remote management server 130 through wireless communication, the smart card 120 accesses the communication network using the communication module of the terminal 110 to the remote management server 130. I can access it.

The smart card management agent 230 may communicate with the remote management server 130 using the TCP / IP protocol and the HTTP protocol or the HTTPS protocol.

The smart card management agent 230 may access the remote management server 130 and perform key exchange necessary for security.

In operation S442 to S450, a terminal setting command may be transmitted from the remote management server 130 to the smart card 120. The detailed steps are as follows:

In operation S442, the smart card management agent 230 may transmit a terminal configuration information request to the remote management server 130.

In operation S443, the remote management server 130 may perform preparation for transmitting all or part of the terminal setting information received from the terminal information management server 150 in a predetermined format.

The operations of step S420 and step S425 may be performed in the step of step S443 instead of being performed before the step S430.

Preparation for the transmission may include a process of changing the terminal setting information received from the terminal information management server 150 to a format for delivering to the smart card management agent 230.

In operation S450, the terminal setting information may be transferred from the remote management server 130 to the smart card management agent 230.

In step S455, the terminal setting information may be transferred to the smart card management agent 230 smart card web server (SCWS, 220).

The smart card management agent 230 also serves as an HTTP client in relation to the smart card web server 220.

The smart card management agent 230 and the smart card web server 220 may be separate modules included in one smart card 120.

According to an embodiment, the smart card management agent 230 may maintain the connection while the smart card web server 220 and the smart card management agent 230 are activated.

According to another exemplary embodiment, the smart card management agent 230 may access the smart card web server 220 only when it is necessary to transmit terminal setting information, and release the connection when the necessary communication task is terminated.

In step S459, the setting information of the terminal 110 may be updated based on the terminal setting information received by the smart card web server 220.

The setting information of the terminal 110 may include information necessary for driving and using the terminal 110, for example, proxy gateway information for wireless Internet access.

Some of the configuration information of the terminal 110 may be stored in the configuration information storage area of the terminal 110, and other portions may be stored in the configuration information storage area of the smart card web server 220. The smart card web server 220 may execute the application of the smart card 120 or the application of the terminal 110 to update the setting information of the terminal 110.

In operation S460 and operation S465, the smart card web server 220 may transmit the update result of the terminal setting information to the remote management server 130 through the smart card management agent 230. The terminal configuration information update result may include whether the terminal configuration information update is successful or the like.

In operation S470, the remote management server 130 may perform post-processing such as leaving a terminal setting information update log.

According to an embodiment, the terminal configuration information update completion message may be delivered to the user 105. The method of transmitting the terminal configuration information update completion message may be based on an SMS message or a user interface provided by the remote management server 130.

After the step S470 is completed, the setting value of the terminal 110 or the smart card 120 may be updated according to the input of the user 105.

5 is a block diagram of a remote management server 130 according to another embodiment of the present invention.

The remote management server 130 according to the embodiment of FIG. 5 transmits a smart card check command to the smart card 120 or / and the terminal 110 at the request of the user 105 and an error of the smart card 120 is detected. If so, it is to recover it and deliver the result to the user 105.

The remote management server 130 according to the embodiment of FIG. 5 may include a smart card check request interface unit 510, a communication unit 340, a smart card recovery command generation unit 530, and a session generation request unit 330. have. Of these, the session creation request unit 330 is similar to the above description, and thus the repeated description thereof will be omitted.

The smart card check request interface unit 510 may be understood as a special form of the terminal setting request interface unit 310. The smart card check request interface unit 510 may receive a smart card check request by providing a user interface for making a smart card check request to the user 105.

The communication unit 340 may transmit data such as a smart card check command, a smart card check application, and a smart card recovery command to the smart card 120 to be checked. The communicator 340 may receive a command processing result such as a smart card check result and a smart card recovery result from the check target smart card 120.

The smart card recovery command generator 530 may generate a corresponding smart card recovery command based on the smart card check result for the smart card check command.

For example, if the smart card check result includes software error detection, a software reinstall command in question or a software part patch command for an error detected part may be generated. The software reinstall command or the software partial patch command may be transmitted to the smart card 120 through the communication unit 340.

If the smart card check result includes hardware error detection, it cannot be solved in software, so a smart card error guide message can be generated. The smart card error guide message may be transmitted to the terminal 110 by the communication unit 340 through the SMS message, so that the user of the terminal 110 may check the terminal 110.

6 is a call processing diagram of a terminal configuration method according to another embodiment of the present invention.

In operation S610, the user 105 may transmit a smart card check request to the remote management server 130.

The user 105 may be provided with a user interface through a web environment or other application environment where the Internet is available, and transmit a smart card check request through the user interface. The user 105 may be a customer of a mobile communication service or may be an employee of a mobile communication service agent.

In operation S613, the smart card check command may be transmitted from the remote management server 130 to the smart card web server 220.

If the smart card 120 or the terminal 110 does not have an application required for the execution of the smart card check command is necessary for the execution of the smart card check command from the remote management server 130 to the smart card web server 220 Application files can be delivered.

Before step S613, the remote management server 130 may transmit an SMS message for driving the smart card check process to the terminal 110 through the OTA server 140 to deliver the smart card check command. In this case, a session between the remote management server 130 and the smart card web server 220 may be generated through a process similar to steps S430 to S440. Since the session creation process has already been described, the detailed description is omitted here. Through the connected session, the remote management server 130 may transmit a smart card check command to the smart card web server 220.

According to another embodiment, the remote management server 130 may deliver a smart card check command SMS message to the terminal 110. The terminal 110 receiving the smart card check request SMS message may directly access the smart card web server 220 or drive the smart card management agent 230 to transmit a smart card check command.

In operation S616, the smart card check application execution command may be transmitted from the smart card web server 220 to the smart card check application of the terminal 110.

In operation S620, the smart card check application of the terminal 110 may be executed.

The smart card checking application may check the status of the smart card by executing a command as shown in Table 1 below.

number command Verification item One Select file Has the first Applet (Membership) been selected correctly? 2 Was the second Applet properly selected? 3 Verify Pin Is Pin authentication normal? 4 Update pin Do you succeed in each change of 1 to 8 digits? 5 Read Record Do you read membership records as many times as they are stored? 6 Do you read all 20 Busan Bank records well? 7 Get data Do you get a good CSN value? 8 How to get the Key Version well? 9 IrFM-Banking Is the payment message printed in the emulator and the payment completed message printed in the verifier? 10 RF Test How good is the RF payment in the "pending" state? 11 Error Verification-CLA Is the chip response "6E xx" or "68 xx" for the Select File? 12 Is the chip response "6E xx" or "68 xx" for the Select File? 13 Is the chip response "6E xx" or "68 xx" for the Select File? 14 Error Verification-P1 Is the chip response "6A xx" or "6B xx" for the Select File? 15 Is the chip response "6A xx" or "6B xx" for the Select File? 16 Is the chip response "6A xx" or "6B xx" for the Select File? 17 Error Verification-P2 Is the chip response "6A xx" or "6B xx" for the Select File? 18 Is the chip response "6A xx" or "6B xx" for the Select File? 19 Is the chip response "6A xx" or "6B xx" for the Select File? 20 Download membership Will membership downloads work normally? 21 Delete membership Will my membership be removed normally? 22 Account download How can I change my mobile banking ID? 23 How can I change my bank account? 24 Is verification of encrypted data successful?

The smart card inspection application may extract a result by performing a predetermined test on the smart card 120 according to the command.

In operation S630, the smart card check result may be transferred from the terminal 110 to the smart card web server 220.

The smart card check result may include normal / fault status information and the like.

The smart card check result may include the result of the command of Table 6.

Steps S616 to S630 assume an embodiment in which the smart card web server 220 executes the smart card check application of the terminal 110. According to another embodiment, the smart card web server 220 may execute the smart card check application of the smart card 120.

In operation S635, the smart card check result may be transferred from the smart card web server 220 to the remote management server 130 through the smart card management agent 230.

In operation S639, the remote management server 130 may analyze the smart card check result and generate a smart card recovery command corresponding to the smart card check result.

For example, if the smart card check result includes software error detection, a software reinstall command in question or a software part patch command for an error detected part may be generated. The software reinstall command or the software partial patch command may be transmitted to the smart card 120 through the communication unit 340.

If the smart card check result includes hardware error detection, it cannot be solved in software, so a smart card error guide message can be generated. The smart card error guide message may be transmitted to the terminal 110 by the communication unit 340 through the SMS message, so that the user of the terminal 110 may check the terminal 110.

In operation S640, the smart card recovery command may be transmitted from the remote management server 130 to the smart card web server 220 through the smart card management agent 230.

When the terminal 110 or the smart card web server 220 does not have the necessary smart card recovery application, the remote management server 130 may transfer the necessary smart card recovery application file to the smart card web server 220.

In operation S645, the smart card recovery application execution command may be transmitted from the smart card web server 220 to the terminal 110.

In operation S650, the smart card recovery application of the terminal 110 may be executed. In operation S660, the smart card recovery result may be transferred from the terminal 110 to the smart card web server 220.

Steps S640 to S650 assume that the smart card web server 220 executes the smart card recovery application of the terminal 110.

According to another embodiment, the smart card web server 220 may directly execute the smart card recovery application of the smart card 120.

In operation S665, the smart card recovery result may be transmitted from the smart card web server 220 to the remote management server 130 through the smart card management agent 230.

In operation S670, the smart card check result and the smart card recovery result may be transmitted from the remote management server 130 to the user 105 through a user interface.

In operation S680, the smart card check result and the smart card recovery result may be output.

The terminology used herein is for the purpose of describing particular example embodiments only and is not intended to be limiting of the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise.

In this application, the terms "comprise" or "have" are intended to indicate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, and one or more other features. It is to be understood that the present invention does not exclude the possibility of the presence or the addition of numbers, steps, operations, components, components, or a combination thereof.

The terms first, second, etc. may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another.

Embodiments of the invention may include computer readable media containing program instructions for performing various computer-implemented operations. The computer readable medium may include program instructions, local data files, local data structures, or the like, alone or in combination. The media may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts.

In addition, the components shown in FIGS. 2 and 3 do not necessarily have a hardware configuration, and some of the components may be implemented in the form of an application program that performs the same or similar functions. In addition, each component may be combined or separated within the scope of the invention.

So far I looked at the center of the present invention with respect to the embodiment. Many embodiments other than the above-described embodiments are within the scope of the claims of the present invention. Those skilled in the art will appreciate that the present invention can be implemented in a modified form without departing from the essential features of the present invention. Therefore, the disclosed embodiments should be considered in descriptive sense only and not for purposes of limitation. The scope of the present invention is shown in the claims rather than the foregoing description, and all differences within the scope will be construed as being included in the present invention.

1 is a network diagram of a terminal configuration system according to an embodiment of the present invention.

2 is a block diagram of a smart card 120 according to an embodiment of the present invention.

3 is a block diagram of a remote management server 130 according to an embodiment of the present invention.

4 is a call processing diagram of a terminal configuration process according to an embodiment of the present invention.

5 is a block diagram of a remote management server 130 according to another embodiment of the present invention.

6 is a call processing diagram of a terminal configuration method according to another embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

110: terminal

120: smart card

130: remote management server

140: Over the Air server

150: terminal information management server

Claims (19)

Transmitting a terminal setting request to a remote management server; Transmitting, by the remote management server, a session connection short message service (SMS) message for a session connection request to a smart card connected to a target terminal of the terminal setting request; Establishing, by the remote management server, a session between the web server module and the remote management server by receiving a connection of the smart card management agent receiving the session connection SMS message; And And transmitting, by the remote management server, a terminal setting command corresponding to the terminal setting request to the smart card through the formed session. The terminal receiving the session connection SMS message transmits a session connection request to a smart card management agent included in the smart card, And a web server module included in the smart card performs the terminal setting command. delete The method of claim 1, The remote management server may transmit the terminal setting command corresponding to the terminal setting request to the smart card, Receiving, by the remote management server, a terminal configuration information request from a smart card management agent connected to the remote management server; And And transmitting, by the remote management server receiving the configuration terminal information request, the terminal configuration information to the web server module through the smart card management agent. Transmitting a terminal setting request to a remote management server, wherein the terminal setting request is a smart card check request; Transmitting, by the remote management server, a session connection request to a smart card connected to a terminal to which the terminal is configured to set a request; Transmitting, by the remote management server, the terminal setting command corresponding to the terminal setting request by the remote management server to the smart card, wherein the terminal setting command is a smart card checking command; Receiving, by the remote management server, a smart card check result from the smart card that has performed the smart card check command; And And transmitting, by the remote management server, a smart card recovery command corresponding to the smart card check result to the smart card. The terminal setting command is performed in the web server module included in the smart card. The method of claim 4, wherein Transmitting, by the remote management server, a terminal configuration information request to a terminal information management server; And And receiving, by the remote management server, terminal setting information from the terminal information management server. The method of claim 4, wherein The terminal setting request is a wireless internet connection setting request, The terminal setting command includes proxy gateway information. The method of claim 4, wherein The remote management server further comprises the step of delivering a smart card failure check application to the check target smart card. The method of claim 4, wherein The remote management server receiving the smart card check result delivers a smart card recovery command corresponding to the check result to the check target smart card. And a remote management server receiving the smart card check result including the software error detection, transmitting one or more of a software reinstall command or a software partial patch command. The method of claim 4, wherein And a remote management server receiving the smart card check result including the hardware error detection, transmitting a smart card error guide message to the terminal connected to the smart card to be checked. Receiving, by the smart card management agent, a session connection request, connecting to a remote management server to create a session; Receiving, by the web server module included in the smart card, a terminal setting command from the remote management server, wherein the terminal setting command is a smart card checking command; Executing, by the web server module receiving the terminal setting command, the terminal setting command; Transmitting, by the web server module, a smart card check result corresponding to the terminal setting command to the remote management server; And And receiving, by the web server module, a smart card recovery command corresponding to the smart card check result from the remote management server. The method of claim 10, The web server module receives the terminal setting command from the remote management server, Receiving, by the web server module, a terminal setting command including proxy gateway information; The web server module receiving the terminal setting command performs the terminal setting command, And updating, by the web server module, a proxy gateway setting value based on the received proxy gateway information. delete The method of claim 10, Receiving, by the web server module, a smart card failure checking application from the remote management server; And The web server module further comprises the step of installing the smart card failure check application on a terminal or a smart card. The method of claim 10, The smart card check command and the smart card recovery command are executed through a terminal or an application of the smart card. A terminal setup request interface unit receiving a terminal setup request-the terminal setup request is a smart card check request; A terminal setting command generator for generating a terminal setting command corresponding to the terminal setting request; the terminal setting command is a smart card checking command; A session creation request unit for requesting to create a session with a smart card connected to a target terminal for setting the terminal setup request; A communication unit communicating with the smart card to transmit the terminal setting command to the smart card, and receiving a smart card check result corresponding to the terminal setting command from the smart card; And Smart card recovery command generation unit for generating a smart card recovery command corresponding to the smart card check result, And the smart card recovery command is transmitted to the smart card through the communication unit. delete The method of claim 15, The terminal setting request is a smart card check request; The communication unit further performs a function of transmitting a smart card check command to a check target smart card and receiving a smart card check result from the check target smart card; The terminal setting device, And a smart card recovery command generation unit for generating a smart card recovery command corresponding to the smart card check result. delete delete

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