KR101020197B1 - An automatic machine controlled by a portable device - Google Patents

Abstract

The present invention relates to an automation device, and more particularly to an automation device controlled by a portable electronic device. Automated device according to an embodiment of the present invention,

A communication unit for communicating with a portable electronic device including storage means for storing information, which the user inputs to the automated device, as a series of automated device operation information until providing any service; An information transmission request unit for requesting transmission of the automation device operation information to the portable electronic device; A service approval request unit for requesting approval of the provision of a desired service to an external server based on the automation device operation information transmitted in response to the request; And a service providing processing unit for providing a desired service or outputting a result according to a service approval result received from the external server.

Automation equipment, electronic card, agency.

Description

Automation equipment controlled by portable electronic devices {AN AUTOMATIC MACHINE CONTROLLED BY A PORTABLE DEVICE}

The present invention relates to an automation device, and more particularly to an automation device controlled by a portable electronic device.

Automation products are a product of technological progress widely used in the financial sector. The automated machine has changed from a cash dispenser (CD) machine, which initially handled only cash withdrawals, to an ATM machine with free cash withdrawals today. These ATMs have expanded their use to develop ATMs for paying bills. ATM machines have also been applied to various service areas to issue tickets or admission tickets unattended.

As described above, ATMs widely used in various fields have a common point of performing user authentication through a key button or a touch screen. However, in the case of using a key button provided in an ATM, there is a high possibility that someone's authentication information is exposed and hacked by another person. In other words, when using a general ATM, there is a high risk of exposing user's personal information and financial transaction information, and each user has a series of processes in front of the ATM, such as selecting a transaction menu, entering a password, entering a withdrawal amount, and trading. Since a series of procedures, such as specification output selection, have to be performed sequentially, there is a problem of prolonged device use time.

Accordingly, an object of the present application is to provide an automated device that can be controlled by a portable electronic device to shorten the use time of the automated device and to reduce the risk of exposure of personal information.

Furthermore, another object of the present invention is to provide an automated device that can selectively limit the number of times of use of a portable electronic device that can be used as a remote controller, thereby minimizing use loss due to the loss of the terminal.

An automation device according to an embodiment of the present invention for achieving the above object, includes a storage means for storing the information that the user must input into the automation device as a series of automation device operation information to provide any service from the automation device As a portable electronic device that can communicate with,

A communication unit for performing communication with the portable electronic device;

An information transmission request unit for requesting transmission of the automation device operation information to the portable electronic device;

A service approval request unit for requesting approval of the provision of a desired service to an external server based on the automation device operation information transmitted in response to the request;

And a service providing processing unit for providing a desired service or outputting a result according to a service approval result received from the external server.

Furthermore, the communication unit of the automation device is characterized in that the RF card reader unit,

In some cases, when the storage means is an electronic card, it further comprises a security module for authenticating the electronic card.

According to the problem solving means of the present invention as described above, a series of procedures, such as a transaction selection input → personal authentication information input → to go through the automated devices such as CD machine, ATM machine, public document issuer, ticket machine Enter the withdrawal amount (number of tickets) → Display the procedures such as mobile phones, PDAs, DMB receivers, etc. in sequence, and collect the information to be entered on each display screen into a series of automated device operation information. By transmitting, the automated device then communicates with an external server to perform the services desired by the terminal user, such as financial transactions, issuance of public documents, and ticketing.

Therefore, the present invention has the advantage of completely protecting the information of the user of the automation device from the risk of exposure and hacking of personal information according to the use of the automation device.

Furthermore, since the present invention can transmit the information to be input from the automated device in a portable communication terminal in a batch and transmit the information to the automated device, it is also possible to significantly reduce the waiting time of the users of the automated device.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, if it is determined that a detailed description of related known functions or configurations may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. The term 'portable electronic device' used in the following description is an electronic device (PDA, DMB receiver and USB) that may include a communication unit for short-range wireless communication with an electronic card or a portable communication terminal equipped with an electronic card or a memory. Memory device, etc.), and in the following description, embodiments of the present invention will be described with reference to a portable communication terminal.

First, FIG. 1 illustrates a system configuration to which the present invention is applicable. As shown in FIG. 1, the portable communication terminal 100 capable of controlling the automation device operates as a device that downloads and executes an application program capable of performing an automated device business processing service from a service server 500 through a wireless network. . For reference, as used in the following descriptions, the "application capable of performing automated machine transaction processing services" refers to the purpose of the user (e.g. deposit, withdrawal, ticket issuing) in automated devices such as CD machines, ATMs, document issuing machines and ticket issuing machines. The portable communication terminal 100 performs a series of procedures (e.g., transaction selection input → personal authentication information input → issued amount (number of tickets) →→ ..) performed in the device in order to achieve an official document output. This is defined as referring to an application program that can be executed in. For example, the application program may be provided in the form of a virtual machine applet written in the Java language, and may be executed on a Java virtual machine mounted on the terminal 100.

Meanwhile, the terminal 100 wirelessly transmits a series of automation device operation information obtained as a result of execution of an applet for an automated device business processing service to an automated device such as an ATM machine 200, a ticket issuer 300, and an official document issuer 400. Send it out. To this end, the terminal 100 further includes an electronic card for temporarily storing the automation device operation information, and an RF unit and an antenna for RF transmission of the automation device operation information stored in the electronic card at a close distance from the automation device.

That is, the portable communication terminal 100 downloads an application program capable of performing an automated device business processing service from the service server 500, and allows a user to directly input a series of information that the user must input through the automated device. Through the RF unit and the antenna corresponding to the communication unit to be transmitted to the automation device (200 ~ 400) located in close proximity to achieve the desired purpose. The configuration of the portable communication terminal 100 will be described in more detail with reference to FIGS. 2 to 3.

2 illustrates a block diagram of a portable communication terminal capable of communicating with an automated device according to an embodiment of the present invention, and FIG. 3 illustrates a block diagram of an electronic card of FIG. 2.

Referring to FIG. 2, first, the wireless communication unit 105 modulates and converts a call or a text message to be transmitted, transmits a radio signal through the antenna ANT1, and receives the wireless signal through the antenna ANT1. It separates signals other than voice data from the signals, performs frequency conversion and demodulation, and transmits them to the system controller.

The display unit 110 is a general LCD that displays an operation state of a portable communication terminal and displays various display screens output by a scenario emulator 143 described later. In some cases, the result of the agency service sent by the automated device may be displayed.

The keypad 115 also has a plurality of key buttons for inputting letters and numbers like the keypad of a general portable communication terminal. The user may control the terminal through the keypad 115, and may select and input information required by the scenario emulator 143.

On the other hand, the automated machine task agent service applet that can be driven on the virtual machine (VM) mounted on the terminal 100 is a collection of Java program modules, and is stored in the terminal memory 170 or the electronic card 120 to be accessed and executed. The automated device service agent service applet basically displays a display screen based on the service scenario information storage unit 141 which stores one or more scenario information for implementing the automated device service agent service, and the scenario information selected by the user. By displaying sequentially, the scenario emulator 143 for receiving information selected and / or required in each display step and a series of information input through the emulator 143 are set as automation device operation information. And an information transfer unit 145 for delivery to the 120. For reference, the 'automation device operation information' is defined as having a data format having a structure in which flag information indicating an item selected by a user and information input by the user are sequentially arranged in each scenario procedure.

In some cases, a user authentication unit 147 for authenticating a service user may be further included to enhance security. User authentication may be made in a manner that requires input of a PIN number used to authenticate a user in the electronic card. Alternatively, the user authentication may be performed by either a method of verifying a user's pre-registered password or a public certificate.

Furthermore, if the user frequently uses the automation device operation information stored in the electronic card 120 and then repeatedly used it, the risk of losing the terminal should be considered. To this end, in order to exclude the use of another person due to the loss or theft of the terminal, the use restriction request unit 149 may be additionally generated for transmitting the service server 500 to the service server 500 arbitrarily or automatically. It may be.

Meanwhile, in order to implement the present invention, the terminal 100 embeds an electronic card 120 module that stores personal information, card information, and automation device operation information as an embedded type or via an input / output (I / O) interface unit. 120 has a structure that can be connected to the module. The electronic card 120 module corresponds to a SIM card, a USIM, or a smart card, and serves to transmit the automation device operation information to the automation device 200 to 400. Used to settle payments.

The configuration of the electronic card 120 is a control unit 121 that can be implemented as a microprocessor, as shown in Figure 3, and a memory for storing control program data and various applet configuration data regarding the card operating system (COS) and card use ( 123). The electronic card 120 of the basic configuration is capable of transmitting and receiving data with the main body of the portable communication terminal 10 through an input / output (I / O) interface of the portable communication terminal, the RF unit 125 and the antenna ( Communication with automation equipment is possible through ANT2).

On the other hand, the application program module executable in the control unit 121 for the implementation of the present invention basically includes an automation device operation information storage unit 122, information transmitting unit 124. The automation device operation information storage unit 122 receives the automation device operation information from the automation device business processing agent service program driven in the terminal 100 and stores the operation information in the memory 123, and the information transmitting unit 124. In response to the transmission request for the automation device operation information received through the RF unit 125 of the terminal 100, the control unit accesses the operation information stored in the memory 123 and wirelessly transmits it. In some cases, the information transmitter 124 may wirelessly transmit electronic card authentication information previously stored in the memory 123 in response to a request for transmitting the electronic card authentication information received through the RF unit 125.

Furthermore, the application program may further include an information display request unit 126 which receives a result of the automated device task processing through the RF unit 125 and requests the display on the terminal display unit 110.

By the hardware and application configuration of the electronic card 120, the electronic card 120 can store a series of automation device operation information received from the terminal 100 in the internal memory 123, and stores the stored information in the automation device. In response to a transmission request of 200 to 400, wireless transmission can be performed. Although not shown, it will be apparent to those skilled in the art that the electronic card 120 according to the embodiment of the present invention, like a general electronic card, may also handle a cost settlement task using an automated device.

Lastly, the RF unit 125, which is not described in FIG. 2, constitutes a communication unit together with an antenna, and is used to wirelessly transmit the automation device operation information stored in the electronic card 120 to the automation devices 200 to 400. Reference numeral 130 is a memory for storing various control data, application programs, system OS data, etc. required for the implementation of the present invention, and the camera module 135 illustrates an image photographing camera provided in a general portable communication terminal. The camera module 135 may correspond to an option, and in some cases, may further include a printer module to receive a result of the work performed by the automated device and to output the result from the terminal.

Hereinafter, a configuration of an automated device controlled by the portable communication terminal 100 having the above configuration will be described.

4 is a block diagram of an automated device according to a first embodiment of the present invention, and more specifically, an automated device for financial transactions.

Referring to FIG. 4, first, an automated financial transaction apparatus according to the first embodiment of the present invention basically includes a card reader unit 205, a display unit 210, a key input unit 215, and a controller 220 corresponding to a communication unit. , A network communication unit 230, a security module 235, a printing apparatus 240, a memory 245, and a power supply unit 250.

The card reader unit 205 provides an interface for reading automation device operation information, card authentication information, payment information, and the like stored in the electronic card 120 inserted into the portable terminal. The card reader 205 may include an MS reader, a contact IC reader, and a contactless IC reader. For reference, the non-contact IC reader is a card reader based on ISO / IEC 14443. The contactless IC reader is a non-contact electrical contact with the electronic card 120 using capacitive coupling and / or inductive coupling. Consists of at least one antenna, and supplies power to the electronic card 120 through the antenna and receives a series of automation device operation information and other information therefrom.

The display unit 210 displays the display screens required for the financial transaction, and the key input unit 215 is responsible for generating key data according to a user's key button operation and passing the generated key data to the control unit 220. In some cases, the display unit 210 and the key input unit 215 may be integrated in the form of a touch screen.

The controller 220 controls the overall operation of the automation device 200 based on the control program data stored in the memory 245 and manages the flow of information or data between each component. The control unit 220 includes one or more processors, an execution memory, and a bus for inputting and outputting predetermined data in hardware, and are loaded from the memory 245 in order to perform functions specific to the automation device 200 in software. It includes a predetermined program routine or program data to be executed.

More specifically, the control unit 220 processes a series of automation device operation information transmitted from the portable communication terminal 100 inserted into the electronic card 120 by interlocking each component provided in the automation device 200 to the user. Ensure that the intended financial transactions are made. To this end, the control unit 220 is an information transmission request unit for requesting a series of automated device operation information transmission to the electronic card 120 authenticated through a plurality of functional blocks that can be processed in software, that is, a security module 235 ( 221, a service approval request unit (222, 224) for requesting the approval of the provision of the desired service to the external server on the basis of the automation device operation information transmitted in response to the request, and the service approval received from the external server According to a result, the user includes a service providing processing unit 225 for providing a desired service or outputting a result.

For reference, since the automation device illustrated in FIG. 4 is an automated device for financial transactions, the service approval request unit may include a full text generation unit 222 for generating a financial transaction request message by processing the automation device operation information, and the financial unit. It includes a specialized transmission and reception unit 224 for transmitting the full transaction request message to the central management server (A) corresponding to the external server and receive the professional approval result therefrom, wherein the service providing processing unit processes the financial transaction in accordance with the professional approval result And a financial transaction completion processing unit 223 for displaying and printing the result or controlling the cash withdrawal. In some cases, the information transmission request unit 221 may receive the financial transaction processing result according to the user's selection and transmit the result to the electronic card 120.

In addition to the above-described basic configuration, the control unit 220 includes an information receiving unit 225 for receiving usage restriction information of the automation device operation information for each terminal 100 from the designated central management server A, and each terminal 100. It may further include a use limit verification unit 226 for checking the use limit information of the automated device operation information for notification of the financial transaction can not be processed in violation of conditions.

For reference, the automated device operation information received from the terminal 100 by the financial transaction automation device 200 may vary depending on the type of financial transaction, but at least three of financial transaction types, account passwords, amounts, and counterpart financial account information. The above information should be included.

On the other hand, the network communication unit 230 connects the communication channel between the central management server (A) of the financial institution and the automation device through a communication network including a VAN or a financial common network or a high-speed Internet network, a security module called SAM ( 235 performs security requirements including the confidentiality and authentication or integrity required in the process of performing the financial settlement using the electronic card 120 in a safe and reliable structure within the automation device 200. It is used to The security module 235 is an important key in the process of encrypting or decrypting information transmitted and received with the electronic card 120, adding an authenticator to prevent forgery (or tampering) of the transmission and reception message, or performing the security request function. Function to save information. The security module 235 is a configuration that can be added or deleted as an option depending on the purpose of the automated device.

The printing apparatus 240 prints and outputs the financial transaction processing result under the control of the financial transaction completion processing unit 223 which will be described later. The memory 245 stores program data for controlling the overall operation of the automation device. The memory 245 includes an EEPROM and / or a flash memory (FM) and / or a magnetic memory device. ) Supplies the operating power to each part of the system.

Hereinafter, an operation of an automated financial transaction device controlled by a portable communication terminal having an electronic card 120 will be described with reference to FIGS. 1 to 4.

First, a user of the terminal 100 who wants to use the automated device service agent service accesses the service server 500 through the terminal 100 and downloads the automated device service agent service program. The service program may be installed in the memory 100 of the terminal 100 or may be installed in the electronic card 120 detachable from the terminal.

The terminal user who has installed the service program executes the automated device service agent service program. If the installed program is a collection of programs that can use one or more automated devices, such as ATMs, airline ticket machines, and document issuers of financial institutions, the user of terminal 100 will be asked to select one of the lists. .

If a financial transaction agent service is selected and executed according to the terminal 100 user's selection, the scenario emulator 143 of the selected agency service program displays a user authentication screen. The terminal or the electronic card 120 may authenticate the user through the authentication screen. This certification is optional.

When the user authentication is completed, the scenario emulator 143 sequentially selects a transaction selection (deposit withdrawal, bank transfer, etc.) input request screen, an account password input request screen, a withdrawal amount input request screen, a specification table output selection request screen, etc. based on the predetermined scenario information. While receiving the information that the user selects and inputs sequentially.

On the other hand, when all the user selection and the required information is completed on the basis of the predetermined scenario information, the information transmission unit 145 sets the series of information input through the emulator 143 as the automation device operation information to the electronic card 120 To save).

Accordingly, the automation device operation information storage unit 122 of the electronic card 120 receives the automation device operation information from the automated device business processing agent service program driven by the terminal 100 and stores the operation information in the memory 123.

As such, the terminal user who generates a series of automated device operation information by operating the automated device service service program and stores it in the electronic card 120 accesses the ATM device 200 which is an automated device, and then designates the ATM device 200. Place the terminal in. In some cases, a method of manipulating the buttons provided in the ATM 200 may be used in order to use an automated device service service.

If the terminal is located at the designated position or a button is operated, the communication unit, that is, the card reader unit 205 of the ATM machine 200, which is an automated device for financial transactions, recognizes the access of the electronic card 120 and the electronic card ( Communication with 120). When analyzing the contents of communication, first, the information transmission request unit 221 requests the information transmission necessary to perform the authentication of the electronic card 120. Information received in response to this request is transmitted to the security module 235 to authenticate the electronic card 120.

When the authentication is completed with a normal card in the authentication step of the electronic card 120, the information transmission requesting unit 221 requests the transmission of the automation device operation information to the authenticated electronic card 120, and sends the information of the electronic card 120. The unit 124 wirelessly transmits the operation information stored in the memory 123 in response to the transmission request of the automation device operation information through the RF unit 125. In the above, the information for authenticating the card and the operation information of the automation device are transmitted to the ATM device 200 by different requests, but the information for authenticating the card in response to the request for the transmission of the operation information of the automation device, the operation information, All card information for payment may be transmitted at once.

On the other hand, the security module 235 decrypts the transmitted information and transfers the decrypted automated device operation information to the full text generation unit 222 in the service approval request unit, the full text generation unit 222 receives the received automatic device operation information. Processing to generate the full text of the financial transaction request. Then, the professional transceiving unit 224 transmits the generated financial transaction request message to the central management server A through the network communication unit 230 and receives the professional approval result therefrom to the financial transaction completion processing unit 223 which is a service providing processing unit. To pass. Accordingly, the financial transaction completion processing unit 223 displays or outputs cash data according to the received professional approval result, for example, display data such as normal completion of account transfer, improper transfer of account, error of account password, and cash withdrawal completion. The device is controlled to withdraw the amount on request.

If the user requests the financial transaction processing result to be sent to his terminal instead of the specification table, the information transmission requesting unit 221 transfers the financial transaction processing result to the electronic card 120 on the terminal display unit 110. To be displayed.

As described above, according to the present invention, the menu items and information to be input in the automated device can be collectively selected / inputted in the portable communication terminal and transmitted to the automated device, and the corresponding automated device can be cashed by the user based on the transmission information. Because it performs financial transaction services of withdrawal and transfer, it is possible to completely protect their information from the risk of exposure and hacking of personal information by using general automated devices. In addition, it can be expected to drastically reduce the waiting time for the users of the automation device.

Although not described in the above embodiments, the usage restriction request unit 149 which can be driven on the terminal 100 randomly or automatically generates the usage restriction information of the operation information of the automation device according to the terminal user's selection, to the service server 500. Can transmit In this case, the service server 500 transmits the user identification information of the terminal from which the restriction information is sent to the central management server A in affiliation relationship, and the central management server A sends the information back to each automated device ATM. To the device 200. The use limit verification unit 226 located in each ATM machine 200 checks whether the use limit information of the automation device operation information is set for the terminal 100 requesting the financial transaction, and in case of violation of the condition, for example, In the case of violating the number of use conditions, the electronic card 120 may be notified of the inability to process the financial transaction.

Meanwhile, the ticket issuing machine 300 may also be controlled by the above-described portable communication terminal 100 in which the electronic card 120 is inserted. The configuration of the ticket ticketing machine 300 will be described with reference to FIG. 5. The card reader unit 305, the display unit 310, the key input unit 315, the network communication unit 330, the security module 335, the printing apparatus 340, the memory 345, and the power supply unit 350 illustrated in FIG. 5. ) Is the same as the components of the automation device shown in Figure 4, so a detailed description thereof will be omitted.

First, the controller 320 for controlling each component of the ticket issuing machine 300 so that ticketing is performed by the portable communication terminal 100 inserted with the electronic card 120 is an electronic card authenticated as shown in FIG. 5. Information transmission request unit 321 for requesting a series of automated device operation information transmission to the 120 and the automation device operation information transmitted in response to the request to the central management server (C) of the ticket issuing agency ticket It includes a ticketing approval request unit 323 for requesting ticketing approval, and a ticket issuing unit 325 for outputting a ticket based on ticketing permission information received from the central management server (C). Each of the ticket approval request unit 323 and the ticket issuing unit 325 corresponds to a service approval request unit and a service provision processing unit as described in FIG. 4.

For reference, the ticket ticketing machine 300 may be a ticket ticketing machine that simply checks the reservation status for the user who has completed the ticket reservation and payment on the web, and issues a ticket. Can be.

Referring to the operation of the ticket issuing machine 300, first, a terminal user who has installed a ticket issuing service program executes the corresponding program. The scenario emulator 143 of the service program displays a user authentication screen. When the user authentication is completed, the scenario emulator 143 sequentially displays a ticket request type (reservation ticket, field ticket, etc.) input request screen, user identification information (reservation number or resident registration number) input request screen, etc. based on the predetermined scenario information. On the way, the user selects and inputs information.

On the other hand, when all the user selection and the required information is completed on the basis of the predetermined scenario information, the information transmission unit 145 sets the series of information input through the emulator 143 as the automation device operation information to the electronic card 120 To save).

Accordingly, the automation device operation information storage unit 122 of the electronic card 120 receives the automation device operation information from the automated device business processing agent service program driven by the terminal 100 and stores the operation information in the memory 123.

As such, the terminal user who generates a series of automated device operation information and stores the electronic card 120 by driving the ticket ticketing machine service program then places the terminal at a designated location of the ticket ticketing machine 300 which is an automated device.

If the terminal is located at the designated position, the card reader unit 305 of the ticket issuing machine 300 recognizes the access of the electronic card 120 and requests information transmission necessary for performing authentication of the electronic card 120. . Information received in response to this request is transmitted to the security module 335 to authenticate the electronic card 120.

When the authentication is completed with a normal card in the authentication step of the electronic card 120, the information transmission requesting unit 321 requests the transmission of the automation device operation information to the authenticated electronic card 120, and sends the information of the electronic card 120. The unit 124 wirelessly transmits the operation information stored in the memory 123 in response to the transmission request of the automation device operation information through the RF unit 125. As described above, the system may also transmit card authentication information, automated device operation information, and necessary card payment information together in response to a single request for information transmission.

On the other hand, if the security module 235 decrypts the transmitted information and passes the decrypted automated device operation information to the ticketing approval request unit 323, the ticketing approval request unit 323 is required information according to the ticketing type selected by the user. To request the ticket issuance approval by transmitting to the central management server (C) through the network communication unit 330. If the necessary information is a reservation ticketing, membership identification information such as a reservation number is sufficient, and in the case of on-site ticketing, payment information for permitting settlement of the ticketing cost in addition to the member identification information should be included.

Meanwhile, if there is a ticket ticketing approval request from the ticket issuing machine 300, the central management server (C) checks the reservation status by referring to the received member identification information and / or payment information or confirms the ticketing result and then confirms the ticketing result. The ticket is transmitted to the ticket issuing machine 300 in the form of permission information.

Then, the ticket issuing unit 325 issues a predetermined number of tickets by controlling the printing apparatus 340 to output the ticket based on the ticketing permission information received from the central management server (C).

As described above, the terminal user can conveniently issue a pre-booked ticket through the Internet simply through the operation of the terminal without the operation of the ticket issuing machine 300, the ticketing and payment services using the electronic card in the field By operating the terminal to be done at once, it is possible to receive a ticket normally without leaking personal information.

Hereinafter, a configuration of an official document issuer 400 controlled by the above-described electronic card 120 inserted portable communication terminal 100 and capable of issuing an official document will be described with reference to FIG. 6. The card reader 405, the display unit 410, the key input unit 415, the network communication unit 430, the security module 435, the printing device 440, the memory 445, and the power supply unit 450 shown in FIG. 6. ) Is the same as the components of the automation device shown in Figure 4, so a detailed description thereof will be omitted.

Referring to FIG. 6, the control unit 420 for controlling each component of the public document issuer 400 to be issued by the portable communication terminal 100 inserted with the electronic card 120 is authenticated as shown. Information transmission request unit 421 for requesting a series of automated device operation information transmission to the electronic card 120 and a part of the automation device operation information transmitted in response to the request to the central management server (B) An official document issuing request unit 423 for requesting issuance, and an official document issuing unit 425 for outputting an electronic document electronic file received from the central management server B through the printing apparatus 440. The official document issuing request unit 423 and the official document issuing unit 425 correspond to a service approval request unit and a service provision processing unit as described with reference to FIG. 4, respectively.

For reference, the operation information of the automated device for issuing an official document should include at least user identification information such as a social security number, the number of issuance information, and payment information for calculating the cost of issuing an official document.

Referring to the operation of the official document issuing machine 400, first, a terminal user who has installed the official document issuing service program executes the corresponding program. The scenario emulator 143 of the service program displays a user authentication screen. When the user authentication is completed, the scenario emulator 143 sequentially displays the input document screen (resident registration copy, automobile registration book, etc.) input request screen, user identification information (resident registration number or fingerprint) input request screen, etc. based on the predetermined scenario information. Receives selection and input information.

On the other hand, when all the user selection and the required information is completed on the basis of the predetermined scenario information, the information transmission unit 145 sets the series of information input through the emulator 143 as the automation device operation information to the electronic card 120 To save).

Accordingly, the automation device operation information storage unit 122 of the electronic card 120 receives the automation device operation information from the automated device business processing agent service program driven by the terminal 100 and stores the operation information in the memory 123.

As such, the terminal user who generates a series of automated device operation information and stores the electronic card 120 by driving the official document issuer service program places the terminal at a designated location of the official document issuer 400 which is an automated device.

If the terminal is located at the designated position, the card reader unit 405 of the public document issuer 400 recognizes the access of the electronic card 120 and requests information transmission necessary to perform authentication of the electronic card 120. . Information received in response to this request is transmitted to the security module 435 to authenticate the electronic card 120.

When the authentication is completed with a normal card in the electronic card 120 authentication step, the information transmission requesting unit 421 requests the transmission of the automation device operation information to the electronic card 120 that has been authenticated, and sends information of the electronic card 120. The unit 124 wirelessly transmits the operation information stored in the memory 123 in response to the transmission request of the automation device operation information through the RF unit 125. In this system, information for card authentication, automated device operation information, and information for payment may be transmitted to the official document issuer 400 and designed.

Meanwhile, when the security module 435 decrypts the transmitted information and transmits the decrypted automated device operation information to the official document issuing request unit 423, the official document issuing request unit 423 is a part of the automated device operation information, for example. User identification information, such as resident registration number, the number of issuance is sent to the central management server (B) to request issuance of official documents.

When the central management server (B) has a request for issuing an official document from the official document issuer 400, the central management server (B) checks the received user identification information and transmits the issued official document electronic file to the official document issuer (400).

The official document issuing unit 425 then outputs the electronic document electronic file received from the central management server (B) through the printing device 440.

Therefore, when the above-described official document issuer 400 is used, the user can conveniently receive and receive the official document in a short time through the operation of the portable communication terminal 100 only.

In the above embodiment, the automation devices controlled by the portable communication terminal detachable from the electronic card 120 have been described. However, an automation device controllable by a portable communication terminal capable of short-range RF communication without supporting the electronic card 120 may be considered.

That is, the predetermined automation device operation information generated by the execution of the automation device business service program is stored in the storage means of the portable electronic device such as the portable communication terminal, and the series of automation device operation information from the automation device through the communication unit for the automation device. If there is a request for transmission, the electronic device transmits the automation device operation information (in some cases, payment information and authentication information) stored in the storage means to the automation device side.

Then, the automated device may provide the ticket issuing and official document issuing service to the terminal user by processing the received series of automation device operation information in the same manner as described in FIG. 4, 5, or 6, respectively. Such an automation device may include a communication unit (for example, a card reader unit) for transmitting and receiving information with a short-range communication unit of a portable electronic device, an information transmission request unit for requesting a series of automation device operation information transmissions to a portable electronic device, and The service approval request unit for requesting ticket issuance or official document issuing by sending the operation information of the automated device transmitted in response to the external server, and the official document is output or received from the external server based on the ticketing permission information received from the external server. By including a service providing processing unit for outputting the electronic file, the user can normally provide the desired service or result (public document issuance, ticket issuance, etc.).

In the above described with reference to the embodiment shown in the drawings, but this is only an example, those skilled in the art will understand that various modifications and equivalent other embodiments are possible from this. Accordingly, the true scope of the present invention should be determined only by the appended claims.

1 is an exemplary system configuration to which the present invention is applicable.

2 is an exemplary block diagram of a portable communication terminal capable of communicating with an automated device according to an embodiment of the present invention.

3 is an exemplary block diagram of an electronic card in FIG. 2;

Figure 4 is a block diagram of an automated device according to a first embodiment of the present invention.

Figure 5 is a block diagram of an automated device according to a second embodiment of the present invention.

Figure 6 is a block diagram of an automated device according to a third embodiment of the present invention.

Claims (16)

In an automated device that can communicate with a portable electronic device including a storage means for storing the information that the user has to enter into the automated device as a series of automated device operation information until the service provided by the automated device, A communication unit for performing communication with the portable electronic device; An information transmission request unit for requesting transmission of the automation device operation information to the portable electronic device; A service approval request unit for requesting approval of the provision of a desired service to an external server based on the automation device operation information transmitted in response to the request; And a service providing processing unit for providing a desired service or outputting a result according to a service approval result received from the external server. The apparatus of claim 1, wherein the service approval request unit is configured to generate a financial transaction request message by processing the operation information of the automated device, and transmit the financial transaction request message to an external server and receive a result of the approval from the specialized server. Including a professional transceiver, The service providing processing unit is an automated device controlled by a portable electronic device, characterized in that it comprises a financial transaction completion processing unit for displaying and outputting the financial transaction processing result or cash withdrawal control according to the professional approval result. The apparatus of claim 2, further comprising: an information receiving unit for receiving usage restriction information of the automation device operation information for the portable electronic device from a designated external server; And a usage restriction verification unit for checking the usage restriction information of the automation device operation information for the portable electronic device and notifying the financial transaction cannot be processed when a condition is violated. The automation device controlled by the portable electronic device further comprises. The automated device of any one of claims 1 to 3, wherein the information transmission request unit requests simultaneous transmission of payment account information together with automation device operation information. The automated device of any one of claims 1 to 3, wherein the communication unit is an RF card reader unit. The automated device of any one of claims 1 to 3, further comprising a security module for authenticating the electronic card when the storage means is an electronic card. The automated device of claim 6, wherein the communication unit is an RF card reader unit. The automated device of claim 6, wherein the information transmission request unit requests simultaneous transmission of payment account information together with automation device operation information. The method of claim 1, wherein the service approval request unit is a ticketing approval request unit for requesting ticket ticketing approval by transmitting the transmitted automation device operation information to an external server, And the service providing processing unit is a ticket issuing unit for outputting a ticket based on ticketing permission information received from an external server. 10. The automated device of claim 9, further comprising a security module for authenticating the electronic card when the storage means is an electronic card. The automated device of claim 9 or 10, wherein the information transmission request unit requests simultaneous transmission of payment account information together with automation device operation information. 11. The automated device of claim 9 or 10, wherein the communication unit is an RF card reader unit. The method of claim 1, wherein the service approval request unit is an official document issuing request unit for transmitting a part of the transmitted automation device driving information to an external server to request issuance of an official document, The service providing processing unit is an automated device controlled by a portable electronic device, characterized in that the official document issuing unit for outputting the electronic document received from the external server. 15. The automated device of claim 13, further comprising a security module for authenticating the electronic card when the storage means is an electronic card. 15. The automated device of claim 13 or 14, wherein the information transmission request unit requests simultaneous transmission of payment account information together with automation device operation information. 15. The automated device of claim 13 or 14, wherein the communication unit is controlled by a portable electronic device characterized in that the RF card reader unit.

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