KR101403602B1 - Automatic transaction device, automatic transaction device control program, recording medium and automatic transaction device control method - Google Patents

Abstract

The automatic transaction apparatus 10 and the management apparatus (remote server 42) are connected via the network 50. [ In the automated transaction device 10, the browser 52 controls the transaction screen 14 to execute transaction processing. The asynchronous server 36 receives the asynchronous message 34 at arbitrary timing by HTTP communication from the management apparatus. The asynchronous control frame 23 receives the asynchronous message 34 via the control 28 of the application interface frame 21. The asynchronous frame 24 interprets the asynchronous message 34. The application A (B) frame 25 reads the analyzed asynchronous message 34 and requests the management application 31 to perform the asynchronous processing during the waiting of the transaction processing. The application A (B) frame 25 switches to a screen for asynchronous processing of the transaction screen 14.

Description

TECHNICAL FIELD [0001] The present invention relates to an automatic transaction apparatus, an automatic transaction apparatus control program, a recording medium, and a control method of an automatic transaction apparatus,

The present invention relates to an automatic transaction apparatus, an automatic transaction apparatus control program, a recording medium, and a control method of an automatic transaction apparatus used for automatic deposit and withdrawal processing of financial institutions and the like.

Traditionally, automatic transaction devices of financial institutions have been operated by computer systems unique to the financial institutions. These systems are robust and focused on ensuring high reliability and security. In order to achieve this object, a computer system has been developed in order to make use of independent services. However, recent mergers of financial institutions are becoming more frequent. In addition, in order to facilitate the convenience of customers, mutual use and sharing of automatic transaction devices of respective financial institutions are strongly required. Therefore, it is attempted to control a web-based automatic transaction device which is easy to share and integrate a computer system and has high versatility.

In the web-based automated transaction device, the browser controls the transaction screen. The browser reads and interprets the web page, displays a transaction screen on the display device, and controls the corresponding transaction processing. In the system in which the management apparatus remotely monitors the automatic transaction apparatus, it is preferable that the management apparatus can transmit a control command to the browser through the network at a predetermined timing. Thereby, for example, by remote control, the transaction operation of the automated teller machine can be stopped, the transaction can be started, or the operation mode can be changed. As described above, the remote control performed at an arbitrary timing is referred to as "asynchronous control" in the present application.

The browser communicates with the management apparatus using the HTTP communication protocol. In the HTTP communication protocol, the server performs an operation according to a request from a client and transmits a response to the client. The server accepts client requests at any time. On the other hand, the client receives a response only when it sends a request to the server.

In a web-based automated transaction device, the browser is a client. The management device that remotely controls the browser is the server. Therefore, a command for asynchronous control can not be transmitted from the management apparatus to the browser at any timing. Thus, for example, the browser installs a mechanism (mechanism) for transmitting a request to the management apparatus to request transmission of an asynchronous message at regular time intervals. The management device sends an asynchronous message as a response to the browser. However, a number of automated transaction devices are installed in branches of financial institutions. From these automated transaction devices, when requests for management devices are frequently transmitted over the network, network traffic is increased.

On the other hand, it is also possible to install an asynchronous processing application having a communication function in the automated transaction apparatus, and request the asynchronous processing application to the asynchronous processing application from the management apparatus. For asynchronous processing applications, an interface known as a socket is known. However, a communication protocol such as TCP / IP different from HTTP communication protocol is used for communication using a socket. In this case, a firewall for the HTTP communication and a dedicated firewall for the socket must be installed in the automated transaction device. This structure complicates the system and undermines the versatility.

[Patent Literature] Japanese Patent Application Laid-Open No. 2006-127179

[Problems to be solved by the invention]

A problem to be solved by the present invention is to transmit an asynchronous message for remote control at arbitrary timing using only HTTP communication to an automated transaction device that controls transactions using a browser.

[MEANS FOR SOLVING THE PROBLEMS]

An object of the present invention is to provide an automatic transaction device, an automatic transaction device control program, and a recording medium, which have a function of receiving an asynchronous message using only HTTP communication. The following structures are means for solving the above problems.

<Configuration 1>

A computer program for causing a computer to display a transaction screen on a display device and to control transaction processing of a financial institution using a device for automatic transaction, comprising: reading and analyzing a web page for controlling the transaction screen; A web screen control means for displaying a transaction screen and executing a corresponding transaction process, and an asynchronous client connected via a network with a management apparatus for remotely controlling the automated transaction apparatus, at an arbitrary timing, from an asynchronous client installed in the management apparatus, Wherein the web screen control means accepts the information for controlling the transaction screen and the operation event of the transaction screen and generates a request for executing the corresponding transaction processing Means for sending the request by HTTP communication, Means for receiving a response including a transaction procedure and transmitting an operation command to the device for automatic transaction according to the received processing procedure and receiving an operation result report from the device; Means for receiving an asynchronous message received by said asynchronous communication means; means for receiving an asynchronous message received from said asynchronous communication means; And means for detecting the arrival of the asynchronous message by means of detecting an operation event of the transaction screen in the standby state and controlling the asynchronous processing based on the analysis of the asynchronous message Features automatic trading device.

<Configuration 2>

The automatic transaction device according to Structure 1, wherein the asynchronous message received by the asynchronous communication means is received by the means for receiving the asynchronous message through a control corresponding to the communication port.

<Configuration 3>

The web screen control means includes a first frame for accepting information for controlling the transaction screen and an operation event on the transaction screen and for progressing the corresponding transaction process, A second frame for accepting the asynchronous message received by the means through the control and a third frame for interpreting the asynchronous message accepted by the second frame or requesting an external interpretation Wherein the first frame detects the arrival of the asynchronous message by a script for detecting an operation event of the transaction screen in a waiting state and controls the corresponding asynchronous processing based on the interpretation of the asynchronous message Wherein the automatic transaction device comprises:

<Composition 4>

The web screen control means includes a first web page for accepting information for controlling the transaction screen and an operation event on the transaction screen and for proceeding with the corresponding transaction process, A second web page for accepting the asynchronous message received by the communication means through the control and a third web page for interpreting the asynchronous message accepted by the second web page or requesting the interpretation externally, Wherein the first web page detects the arrival of the asynchronous message by a script for detecting an operation event on the transaction screen in a waiting state and controls the corresponding asynchronous processing based on the analysis of the asynchronous message Wherein the automatic transaction device comprises:

<Composition 5>

The automated transaction apparatus according to any one of Structures 1 to 4, wherein the web screen control means accepts information for controlling the transaction screen from a business application, receives an operation event of a transaction screen from the operation panel, Means for generating a request to execute a transaction and sending the request to the business application by HTTP communication; means for receiving a response including a transaction procedure of the transaction processing returned from the business application for the request; Means for transmitting an operation command to a device for automatic transaction according to the received processing procedure and receiving an operation result report from the device; and means for transmitting the operation result report to the business application to advance the transaction processing Means for receiving asynchronous communication means Means for receiving the synchronous message; means for interpreting the received asynchronous message or for requesting an interpretation to the outside; and means for detecting the arrival of the asynchronous message by means of detecting the operational event of the transaction screen in the waiting state And means for requesting to the management application for stopping the transaction processing and controlling the maintenance management processing based on the analysis of the asynchronous message.

<Composition 6>

In the automatic transaction device described in Structure 5, a part for connecting the computer of the automated teller machine and the network is provided with HTTP communication between the business application and the browser, and HTTP communication between the asynchronous client and the asynchronous communication means , And a firewall is installed in the automatic transaction device.

<Composition 7>

A computer system for displaying a transaction screen on a display device by a computer and controlling the transaction processing of a financial institution by using a device for automatic transaction, Transaction device control program.

<Configuration 8>

A computer-readable recording medium on which an automatic transaction device control program according to Structure 7 is recorded.

<Configuration 9>

A transaction screen is displayed on a display device by a computer to control a transaction processing of a financial institution by using a device for automatic transaction, the transaction processing is controlled on the computer or a computer connected via the network with the computer A management application for controlling a business application and a maintenance management process is operated to read and interpret a web page for controlling the transaction screen with respect to a web screen control means operating on the computer, Receives a transaction event of the transaction screen, generates a request to execute a transaction process corresponding thereto, transmits the request to the business application by HTTP communication, and includes a processing procedure returned for the request And transmits the response to the above-mentioned person A control unit that transmits an operation command to the device for the transaction, receives an operation result report from the device, and transmits the operation result report to the business application to execute the transaction processing, A frame for receiving an asynchronous message at an arbitrary timing from an asynchronous client installed in a management apparatus for remotely controlling the automated teller machine by HTTP communication and for controlling the transaction screen on the web page, A frame including a detection program for detecting an asynchronous message and a frame including a program for interpreting the asynchronous message are provided to a detection program for detecting the asynchronous message from the asynchronous communication means through the control for communication, Upon detecting a message And for detecting an arrival of the asynchronous message in a program for analyzing the asynchronous message and for analyzing the asynchronous message and detecting the operating event in a waiting state contained in a frame for controlling the transaction screen And causes control by the business application to be switched to asynchronous processing by the management application based on the analysis of the asynchronous message.

<Configuration 10>

A transaction screen is displayed on a display device by a computer to control a transaction processing of a financial institution by using a device for automatic transaction, the transaction processing is controlled on the computer or a computer connected via the network with the computer A business application and a management application for controlling maintenance management are operated and a web page for controlling the transaction screen is read and interpreted by the web screen control means operating on the computer, Receives a transaction event on the transaction screen, generates a request to execute the transaction process, transmits the request to the business application by HTTP communication, and includes a processing procedure returned for the request And receives a response according to the received processing procedure, The control unit transmits an operation command to the device for automatic transaction, receives an operation result report from the device, transmits the operation result report to the business application, and executes control to advance the transaction processing, A web page for receiving an asynchronous message at an arbitrary timing from an asynchronous client installed in a management apparatus that remotely controls an automated transaction apparatus and controlling the transaction screen by HTTP communication; A web page including a detection program and a web page including a program for analyzing the asynchronous message is provided to the detection program for detecting the asynchronous message and the asynchronous message is transmitted from the asynchronous communication means through the control for communication, detecting and For detecting an arrival of the asynchronous message in a program for analyzing the asynchronous message and for detecting an event in a waiting state included in a web page for controlling the transaction screen, And causes control by the business application to be switched to asynchronous processing by the management application based on the analysis of the asynchronous message.

[Effects of the Invention]

The web screen control means is a browser. Since the transaction screen control is executed in the web base and the HTTP protocol is used, communication with the management apparatus also uses the HTTP protocol. Therefore, a common firewall can be employed in transaction control and management processing by remote operation. The asynchronous communication means accepts the asynchronous message in one request at any timing. Thus, the network traffic can be reduced. Since the asynchronous communication means transmits the received asynchronous message to the browser through the control for communication, the asynchronous processing by the browser can be realized.

1 is a block diagram showing a main part of an automatic transaction apparatus (Embodiment 1).

2 is an explanatory diagram showing a relationship between a network and an automatic transaction apparatus (Embodiment 1).

3 is an external perspective view and a hardware block diagram of the automated teller machine (Embodiment 1).

4 is a block diagram showing the overall configuration of the automated teller machine 10 (Embodiment 1).

5 is a sequence chart illustrating specific operations of a business application.

6 is a flowchart showing an asynchronous processing operation (Embodiment 1).

Fig. 7 is a flowchart of a modified example of the asynchronous processing (second embodiment).

FIG. 8 is a flowchart of the operation of download asynchronous processing (third embodiment).

[Description of Symbols]

10: Automatic transaction device 11: Body case

12: display device 13: transparent pressure sensitive electrode group

14: Transaction screen 15: Computer

20: Web page 21: Application interface frame

22: Application control frame 23: Asynchronous control frame

24: Asynchronous frame 25: A frame for application

26: B frame for application 27: CRM frame

28: Control 30: Local Web Server

31: management application 32: message storage unit

34: Asynchronous message 36: Asynchronous server

37: management storage device 38: transaction data

40: calculation system communication server 42: remote web server

44: Business Application 46: Asynchronous Client

47: business memory 48: transaction data

50: Network 52: Browser

54: Middleware 55: Status information

60: computer 62: arithmetic processing unit

64: Automatic transaction device 66: Automatic teller machine

67: Card reader / writer 68: Passbook printer

70: Firewall 71: Firewall

If a web-based system can be used for screen control of an automated transaction device used widely in financial institutions, high versatility can be secured. The automated transaction device performs transaction processing such as deposits and withdrawals of deposits and deposits, accounts of account holders, and the like. When the work of the day ends, management processing for checking the amount of cash inventory in the safe or outputting a journal is executed. Further, when a failure occurs, the transaction processing is stopped and management processing for recovery is executed. The transaction processing and management processing described above can also be remotely controlled by the management apparatus via the network. In the present invention, an HTTP (HyperText Transfer Protocol) communication protocol is used for this remote control. In the web-based system, the transaction screen of the automatic transaction device is controlled by the browser. In the above-described asynchronous processing, the management apparatus requests switching control of the display screen for this browser. For example, the screen is switched from a state in which a normal transaction screen is displayed to a state in which a transaction is interrupted or a state in which a transaction is terminated. In the present invention, an asynchronous server for receiving a message for asynchronous processing is installed on the automated transaction apparatus side through a network by HTTP communication protocol. The asynchronous server has the function of delivering the received message to the browser.

Further, the apparatus of the present invention has independent of the business application for controlling the transaction processing of the automated transaction apparatus and the management application for the maintenance of the automated transaction apparatus. As a result, business applications can be independently developed and managed by financial institutions. Thus, a business application can be linked to a calculation system having unique specifications of a financial institution. On the other hand, the management application has general versatility that can be shared with various automated trading devices.

The asynchronous processing includes a process of stopping the transaction processing controlled by the business application according to the request of the browser and transferring the control to the management application. The browser may be provided with a function for requesting switching of the control to the business application or the management application at the same time as switching of the transaction screen. Hereinafter, embodiments of the present invention will be described in order.

[Example 1]

[Outline function]

1 is a block diagram showing a main part of an automatic transaction apparatus according to the first embodiment.

In this automatic transaction device 10, the browser 52 controls the transaction screen 14. [ The browser 52 reads and interprets the web page 20, displays the transaction screen 14 on the display device 12, and executes the corresponding transaction processing. The browser 52 is a computer program functioning as a web screen control means. In this browser 52, an existing general-purpose computer program can be used.

The remote web server 42 is connected to the automated teller machine 10 via the network 50. In this remote web server 42, the business application 44 is a computer program that controls the transaction processing while communicating with the browser 52. [ On the other hand, the management application 31 installed on the automatic transaction device side is a computer program for controlling processing for maintenance. The business application 44 may be installed on the automated transaction apparatus side. The management application 31 may be provided on the remote web server 42 side. The HTTP protocol is used for communication between the browser 52 and the business application 44 or the management application 31. [

The business application has a function of controlling the transaction processing for deposit and withdrawal according to a predetermined procedure and storing the result of the transaction processing in the storage device. The transaction processing is, for example, depositing and withdrawing processing of deposit, transfer processing, and the like. The management application has a function of controlling the maintenance processing of the automated teller machine by using the data stored in the storage device. The maintenance management process includes, for example, counting of cash stored in the automated transaction apparatus and output processing of a transaction log. In transaction processing, a user of a financial institution mainly operates an automatic transaction device. In the maintenance management process, the manager of the financial institution operates the automatic transaction device. The management application is configured to operate independently of the business application. By making them independent of each other, business applications can freely design and freely modulate from time to time to provide unique services to financial institutions. At the same time, the management application becomes easy to formulate, and can include a procedure common to automatic transaction devices of many financial institutions.

An asynchronous server 36 is provided on the automatic transaction device side. The asynchronous server 36 is a computer program that functions as an asynchronous communication means. The asynchronous message 34 for requesting asynchronous processing is generated by the calculation system communication server 40 or the remote web server 42. [ The calculation system communication server 40 or the remote web server 42 is a management apparatus that remotely adjusts the automated transaction apparatus 10. [ The configuration of the management apparatus may be arbitrary. The network 50 is a communication network capable of HTTP communication such as the Internet or an intranet. The type of network is arbitrary. In the remote web server 42, an asynchronous client 46 is provided. The asynchronous client 46 is a computer program having a function of transmitting the asynchronous message 34 to the asynchronous server 36 by HTTP communication. The asynchronous server 36 has a function of receiving the asynchronous message 34 at an arbitrary timing. The received asynchronous message 34 is stored in the message storage unit 32 under the control of the asynchronous server 36 or the browser 52. [ Further, in the automated transaction machine 10, when the asynchronous processing is started, status information 55 is stored to indicate the status.

The browser 52 communicates with the business application 44 using the HTTP communication protocol. In the HTTP communication protocol, communication is performed in a procedure in which a client sends a request to a web server, and the web server performs processing according to the request and returns a response. The asynchronous server 36 is installed in the automated transaction apparatus so that the request can be transmitted from the management apparatus side to the automatic transaction apparatus side. The asynchronous server 36 has the function of a web server. At the same time, an asynchronous client 46 is installed on the management apparatus side. The asynchronous client 46 has the function of the client of the HTTP communication. The type of asynchronous message can be arbitrary. The asynchronous message may represent a specific processing content, or may simply notify the start of the asynchronous processing. Receiving at an arbitrary timing, the asynchronous server 36 is always ready to receive the request. The asynchronous server 36 can accept an asynchronous message in one request. Thus, the network traffic can be reduced.

The web page 20 is interpreted and executed by the browser 52 while the automatic transaction device 10 is in operation. The asynchronous server 36 communicates with the web page 20 via the control 28 provided exclusively for the asynchronous server 36. [ The script for carrying out the communication is described, for example, in the application control frame 22.

While the automatic transaction device 10 is in operation, the web page 20 is interpreted by the browser 52 and the process is executed. The web page 20 is composed of a plurality of frames 21 to 27 for controlling transaction processing and asynchronous processing. The asynchronous client 46 sends an asynchronous message to the asynchronous server 36 for the request of the asynchronous processing. Information (asynchronous message) indicating that there is a request for asynchronous processing is detected by a detection program such as a script described in the web page 20 via the control 28. [ The control 28 is a communication program installed exclusively for communication between the asynchronous server 36 and the script in the web page. The asynchronous message detected by the detection program is analyzed by inter-frame communication as described later, and asynchronous processing is controlled. In addition, the asynchronous processing should not hinder the control of the transaction processing of the application A frame 25, for example. It may be necessary to temporarily wait for an asynchronous process to be input at an arbitrary timing. For this control, an asynchronous control frame 23, an asynchronous frame 24, and the like are provided. The functions of these frames will be described later.

[Configuration of network]

2 is an explanatory view showing a relationship between a network and an automatic transaction apparatus; 3 is an external perspective view and a hardware block diagram of the automated teller machine.

2, a plurality of automated transaction devices 10, a remote web server 42, and a calculation system communication server 40 are connected to the network 50. [ A plurality of automatic transaction devices 10 are installed at each branch of a financial institution. The transaction processing is controlled by the remote web server 42 in each automatic transaction device 10. The result of the transaction processing by the automatic transaction apparatus 10 is reported from the remote web server 42 to the calculation system communication server 40. [

First, a request for asynchronous processing is transmitted from the calculation system communication server 40 to the remote web server 42. [ The remote web server 42 transmits an asynchronous message 34 to the corresponding automatic transaction apparatus 10. [ When the automatic transaction device 10 receives the asynchronous message 34 for itself, it executes the asynchronous processing to be described later. As shown in Fig. 3, a display device 12 is provided on the front surface of the main body case 11 of the automated teller machine 10. The customer watches this transaction screen and deposits and withdraws deposits and deposits. When the asynchronous processing is started, a screen informing that the transaction is stopped is displayed on the display device 12. [ During the stop of the transaction, for example, a moving picture introducing various financial products is displayed on the display device 12. [

The automated teller machine 10 is used, for example, as a cash dispenser or a cash dispenser used in a financial institution or as an automatic operation device of a customer operation type such as a banknote organizer. The transaction screen is displayed when operating the automated teller machine (10). The transaction screen is a screen for displaying the type of transaction or displaying the transaction result, and includes a button for inputting data or an instruction by the operation of the customer. Web pages are data written in a format such as HTML (HyperText Mark-up Language), SGML (Standard Generalized Mark-up Language), XML (Extensible Mark-up Language)

As shown in Fig. 3, a computer 15 for controlling the automated teller machine is built in the automated teller machine 10. The computer includes a central processing unit (CPU) 122, a read only memory (ROM) 123, a random access memory (RAM) 124, Disk) 125, an input / output interface 126, and a network interface 121. A display device 12, a touch panel 13, and an automatic control device 64 are connected to the input / output interface 126. [ The display device 12 is, for example, a display for displaying a transaction screen. The transparent pressure-sensitive electrode group 13 is, for example, a transparent pressure-sensitive switch attached to a display. And functions as an operation panel. The automatic control device 64 is an apparatus such as an automatic teller machine, a card reader / writer, and a passbook printer as will be described later.

The computer program executed by the CPU 111 is stored in the ROM 112 or the HDD (hard disk) 125 and loaded in the RAM 113 in a timely manner. This hardware structure itself is identical to the existing one, but for the sake of example. For the remote web server 42 or the calculation system communication server 40, a computer for a general server is used. Since these hardware structures are not different from those of the conventional hardware, their description will be omitted.

[Configuration of Web page]

In Fig. 1, the web page 20 for controlling the automatic transaction apparatus 10 is composed of a plurality of frames. The web page of the embodiment of the drawing shows an application interface frame 21, an application control frame 22, an asynchronous control frame 23, an asynchronous frame 24, an application A frame 25, A B frame 26, and an CRM frame 27. [

The application A frame 25 and the application B frame 26 have a function of displaying the transaction screen 14. For example, since a transaction selection screen as shown in Fig. 1 is displayed, when a transaction is selected, the screen is switched to display a message "Please insert a cash card" Display the screen. Therefore, when the application A frame 25 displays a transaction selection screen, the application B frame 26 is ready to display the next card data acquisition screen in the non-display state. When this preparation is finished after any transaction is selected, the transaction screen 14 is changed from the transaction selection screen to the card data acquisition screen. With this control, there is no disturbance of the screen at the time of switching from the transaction selection screen to the next card data acquisition screen. The CRM frame 27 is displayed on a part of the transaction screen and forms a screen independent of the application A frame 25 or the application B frame 26. [ The CRM frame 27 has a function of displaying information on the display device 12 in accordance with the customer-specific attribute after individually recognizing the customer.

The frame control tag included in the HTML data specifies the display position of each frame and the width of the display area as described above. In the above example, the application A frame 75, the application B frame 76, and the CRM frame 77 are for display control of the transaction screen 14. The frames other than these are not used for display control of the screen. Therefore, the width of the display area of the frame control tag is 0%.

The application interface frame 21 contains an arbitrary number of OLE controls for the browser to communicate with the specified device. These controls are composed of ActiveX (registered trademark) or the like as the control 28 already described. These controls are dedicated communication ports for devices, which are installed for each device. In general, communication via a control is controlled so as to record communication information in a designated register, so there is no response waiting operation and it has immediacy.

[Transaction processing]

Fig. 4 is a block diagram showing the overall configuration of the automated transaction apparatus 10. As shown in Fig.

In this figure, major functional blocks including the hardware of the automated teller machine 10 are shown. The normal transaction processing will first be described using this figure. The ordinary transaction processing refers to deposit and withdrawal processing of deposit and savings by the user. The normal transaction processing is controlled by the business application 44 of the remote web server 42. The transaction data 48 including the transaction result is stored in the business memory 47. The computer 15 that controls the automatic transaction apparatus 10 includes an arithmetic processing unit, a storage unit, and an automated transaction device 64. A business application 44, a middleware 54, a browser 52, a local web server 30, and the like are installed in the operation processing device. These are computer programs that operate the automated teller machine with a predetermined function. The local web server 30 has a management application 31. [ In the management storage device 37, management transaction data 38 is stored. The automated teller machine 64 includes an automatic teller machine 66, a card reader / writer 67, and a passbook printer 68. The middleware 54 has a function of accepting an instruction from the browser 52, executing a process corresponding to one of the devices, and returning a response to the browser 52. Hereinafter, the transaction processing operation of the automated teller machine will be described.

The browser reads the HTML data and interprets and executes it in the described order. The HTML data includes a control tag. The tag specifies the display position or link destination of the data in the web page. When the browser detects a tag instructing execution of the script, the browser interprets and executes the code included in the script in the order described. For example, HTML data for displaying a transaction selection screen for selecting a type of deposit and withdrawal transaction includes a call tag and image data of a transaction selection button, and a tag for arranging these image data at a predetermined position.

A transaction screen such as a transaction selection screen is created by, for example, a screen creation program called Flash (registered trademark). The web screen created by the web screen creation program is displayed and controlled by a web screen display control program called Flash Player (registered trademark). Among the HTML data constituting the web screen, a tag that defines an object of the web screen display control program is described. When a new transaction screen different from the currently displayed transaction screen is displayed, a link for accessing the corresponding screen is supplied to the web screen display control program. Thereby, the conversion to the next transaction screen is performed.

The transaction screen 14 shown in Fig. 1 is downloaded from the remote web server 42 via the network 50, and is displayed by the browser 52. When a button installed in a transaction screen such as a transaction selection screen is pressed, the click operation event is recognized. At this time, the identification codes assigned to the individual buttons are notified to the script described in the HTML data displaying the transaction screen. The script transmits the identification code to the remote web server 42 and the business application 44 of the remote web server 42 receives the identification code. The business application 44 recognizes that a predetermined button on the transaction screen 14 has been pressed and controls the corresponding transaction.

For example, when the "withdraw" button on the transaction selection screen is clicked, the identification code of the "withdraw" button is transmitted to the business application 44. The business application 44 transmits the HTML data of the card data acquisition screen to be displayed next to the browser 52. [ As a result, a card data acquisition screen for requesting the customer to insert a card is displayed. When the script in the HTML data for displaying the card data acquisition screen is activated, the browser 52 displays a message "Please insert a card " on the transaction screen 14. At the same time, the browser 52 requests the application interface frame 21 to transmit a card read data acquisition command.

The application interface frame 21 transfers the read data acquisition command of the card to the middleware 54. [ When the card is inserted, the middleware 54 acquires read data of the card from the card device. This read data is returned to the browser 52 via the application interface frame 21. The script data acquisition script transmits the acquired read data to the remote web server 42. The business application 44 of the remote web server 42 stores the read data of the received card in the temporary storage area (HTTP session) so that it can be used for subsequent transactions.

Subsequently, the business application 44 transmits the HTML data for display on the password input screen to be displayed next to the browser 52. Then, When the password input screen is displayed in this way, the password input processing script is activated. When the password is inputted by the button operation of the customer, the browser 52 generates an authentication request request including the input password and transmits it to the business application 44. [ Then, the browser 52 waits for a response from the business application 44. [

The business application 44 executes a predetermined authentication process from the password received from the browser 52 and the read data of the card, and returns a response to the browser 52. When the authentication processing normally ends, the business application 44 returns HTML data for displaying the withdrawal amount input screen to the browser 52 as a response. Thereby, the withdrawal amount input screen is displayed, and the withdrawal transaction control is proceeded.

[Sequence of transaction processing]

5 is a flowchart showing specific operations of a business application.

An example of deposit and withdrawal processing will be described using this drawing. In the transaction processing for deposit and withdrawal, after starting the automatic transaction apparatus, a web page for displaying a screen necessary for transaction processing is transmitted from the business application 44. The browser 52 displays a transaction start screen on the display device 12 (Fig. 1) (T1, T2). In the automatic transaction device 10, an operation panel for operating the user is provided. The operation panel includes a transparent pressure sensitive electrode group, a display, an operation button group, and the like, which are not shown in Fig. When the customer who has viewed the transaction start screen manipulates the operation panel, the transaction control signal can be received by the browser 52. The browser 52 transmits a transaction control signal to the business application 44 (T3). The browser 52 receives the designated new transaction screen from the business application 44 and displays it (T4).

According to the operation of the user, the transaction processing using the new transaction screen proceeds (T5). When the script language described in the web page of the new transaction screen is interpreted, the browser 52 sends the corresponding command to the application interface frame 21 (T6). Although not shown, when the browser 52 receives a command (operation command) for controlling each device from the business application 44, the browser 52 transmits the command to the application interface frame 21. This command is transmitted from the application interface frame 21 to the middleware 54 (T7). This command is interpreted in the middleware 54, and the automatic control device 64 is controlled (T8). In this manner, transaction processing such as cash withdrawal and withdrawal is executed. The result of the processing (response to the operation result report) is transmitted to the browser 52 (T9-T11) in the direction opposite to the processing of T6 to T8 so far. The content of the response is, for example, information indicating the withdrawal success of a specified amount of money.

The browser 52 returns the processing result to the business application 44 (T12). The business application 44 stores the transaction data 48 in the work storage device 47 (T13). Further, this transaction data 48 is converted into management transaction data 38 in a fixed format (T14). It then requests the application interface frame 21 to record the transaction data 38 via the browser 52 (T15, T16). The application interface frame 21 records the transaction data 38 in the management storage device 37 (T17). Although not shown, the business application 44 then transmits the result of the transaction processing to the calculation system communication server of the financial institution via the network 50 shown in Fig. 1 at a predetermined timing.

As shown in FIG. 4, if the business application 44 and the management application 31 are completely separated from each other and the latter is made universal, for example, the business application 44 can be replaced, The automated teller machine 10 can be operated. Here, in order to stop the transaction of the automatic transaction device when the browser 52 is in the state in which the browser 52 is able to execute transaction processing under the control of the business application 44, it is necessary to inform the automatic transaction device at the appropriate timing Only. In addition, the management application 31 must transition from a state in which the business application 44 is controlling the browser 52 to a state in which the manager is controlling the browser. This series of processing is asynchronous processing.

[Asynchronous processing]

While the transaction processing shown in Fig. 5 is being executed, the browser 52 (Fig. 1) repeats the operation of reading and executing the web page 20 (Fig. 1) in the order described. One script described in the web page 20 is activated, and when a request is sent out, it waits for a response to this request and executes the next processing. When the script is not included in the web page 20 or the execution of the script is terminated and all the analysis and processing of the description of the web page 20 are completed, the browser 52 displays the web page 20 ) Is the state in which the last designated screen is displayed. In this state, the browser 52 merely controls the display screen and does not have a communication function with the outside. Only a script for detecting an operation event such as a customer pressing a button for commencement of a transaction functions. This script can also simultaneously monitor the information input from the control 28 of the application interface 21. As will be described later, this function is used to detect the arrival of an asynchronous communication message.

For example, an example of upgrading a web page for displaying a transaction control screen will be described. At this time, the business application 44 of the remote web server 42 is updated. During this update processing, it is necessary to stop the transaction of the automated teller machine 10. During this time, the browser 52 must be requested to display a screen including a message indicating that maintenance is in progress, instead of the transaction selection screen. However, as described above, if the browser is in a state where it does not have a communication function, the display screen by the browser can not be controlled.

In general, in order to cope with such a demand, a socket for communication between computers is separately installed in the computer 15 of the automated teller machine 10. Then, the control command is received from the calculation system communication server 40 through this socket. However, this requires the combination of programs that use different communication protocols than the web-based system. Therefore, it is difficult to realize an open system with high versatility for the screen control program of the automated teller machine. Also, the firewalls 70 and 71 can not be used in common. Thus, a configuration as shown in Fig. 1 is adopted. Thereby, HTTP communication between the business application 44 and the browser 52 and HTTP communication between the asynchronous client 46 and the asynchronous communication means 36 are provided in a part connecting the computer of the automated teller machine and the network 50. [ A single firewall 70, 71 can be provided. 1, an application interface frame 21, an application A frame 25, an application B frame 26, and an CRM frame 27 included in the web page 20 have already been described. Hereinafter, the asynchronous control frame 23 and the asynchronous frame 24 will be described.

The asynchronous control frame 23 and the asynchronous frame 24 are frames that fulfill the main role of the asynchronous processing. The asynchronous control frame 23 has a function of storing and managing the asynchronous message 34 inputted through the application interface frame 21 in the message queue. 1 or 4, the message storage unit 32 is a storage area for storing a message queue. The asynchronous frame 24 has a function of requesting the management application 31 to interpret the asynchronous message 34 stored in the message queue.

[Sequence of asynchronous processing]

6 is a flowchart showing an asynchronous processing operation.

Referring to Fig. 1, this flowchart will be described in turn. For example, it is assumed that a request to stop or start the operation of the automated teller machine or to change the operation mode has occurred. The calculation system communication server 40 generates an asynchronous message 34. This asynchronous message 34 is transmitted to the asynchronous server 36 via the asynchronous client 46 (T20). The asynchronous message 34 is received in the asynchronous control frame 23 through the control 28 of the application interface frame 21 (T21, 22). The asynchronous control frame 23 stores the received asynchronous message 34 in the message queue (message storage unit 32) (T23).

When the asynchronous frame 24 detects that the asynchronous frame 24 is not busy, the asynchronous control frame 23 transfers the asynchronous message 34 fetched from the message queue to the asynchronous frame 24 (T24). The asynchronous frame 24 sends the asynchronous message 34 and the interpretation request request to the management application 31 (T25).

The management application 31 interprets the asynchronous message 34 (T26) and returns a transaction stop command as a response to the asynchronous frame 24 (T27), for example, when it determines the transaction stop mode. At the same time, the analysis result of the asynchronous message 34 is stored in a temporary storage area (not shown). This process is unnecessary if the analysis result is not used later. The asynchronous frame 24 transfers the received transaction stop command to the asynchronous control frame 23 (T28). The asynchronous control frame 23 stores the transaction stop command in the storage area for notifying the occurrence of the asynchronous event. This is stored as status information (T29).

The state information of the asynchronous event stored in the storage area by the asynchronous control frame 23 is acquired, for example, in the application A frame 25 (or the application B frame 26) (T30). For example, the A frame 25 for application displays a transaction selection screen or the like, and in a standby state waiting for the commencement of the transaction, the script monitors the state information and is in the asynchronous event standby state. That is, the script included in the application A frame 25 monitors status information updated when the button displayed on the transaction screen is manipulated. The state information is updated when the button is operated or when an asynchronous event occurs. The script detects the update of this status information and recognizes that an asynchronous event has occurred.

On the other hand, during the execution of the transaction processing, the transaction processing is preferentially executed. That is, the reading of the status information is not performed at this time. The transaction processing is terminated, and the state information is read after the state is put into the waiting state. For example, when the application A frame 25 reads the status information, it sends this status information to the business application 44 as a request (T31). The business application 44 returns a web page (HTML data for conversion) for switching the screen control by the application A frame 25 to the management application 31 as a response to the browser (T32). The browser 52 interprets the web page, acquires a screen to be displayed as the transaction is stopped from the management application 31, and displays it using the application A frame 25 (or the application B frame 26) (T33, T35, T36). Thus, the control of the asynchronous processing is transferred to the management application 31 side. Then, for example, asynchronous processing such as stopping the transaction by the management application 31 is executed.

[Example 2]

7 is a flowchart of a modified example of asynchronous processing.

As described above, the asynchronous processing using the HTTP communication protocol can be executed by allowing the remote web server 42 and the browser 52 to communicate with the asynchronous client 46 and the asynchronous server 36. In the above-described process, the asynchronous control frame 23 receives the asynchronous message 34 through the application interface frame 21 and stores the asynchronous message 34 in the message queue. However, it is also possible to store the asynchronous message 34 received by the asynchronous server 36 in the message storage section 32, for example, and request the analysis to the asynchronous frame 24. [ In addition, the asynchronous frame 24 relays the analysis of the asynchronous message 34 to the management application 31 outside the frame. However, the asynchronous frame 24 itself may have an interpretation function of the asynchronous message 34. [ In addition, the asynchronous control frame 23 holding the asynchronous message 34 and the asynchronous frame 24 interpreting it may not be separate frames. Both of them can be realized as one frame.

The modified example of Fig. 7 will also be described with reference to Fig. First, the asynchronous message 34 transmitted from the asynchronous client 46 is received by the asynchronous server 36 (T40). Then, the asynchronous server 36 stores the asynchronous message 34 in the message storage unit 32 (T41). The asynchronous control frame 23 reads the asynchronous message 34 with reference to the message storage unit 32 at a predetermined time interval (T42), for example. The asynchronous message 34 is transmitted from the asynchronous control frame 23 to the asynchronous frame 24 and interpreted (T43, 44). The interpreted result is returned to the asynchronous control frame 23 (T45). The asynchronous control frame 23 holds this as state information (T46). The subsequent processes (T47-T53) are the same as those of Fig. 6 (T30-T36).

[Example 3]

8 is a flowchart of the operation of download asynchronous processing.

The processing of the first embodiment or the second embodiment simply stopped the transaction processing of the automatic transaction device 10. [ In addition, the process of downloading predetermined data to the automated teller machine 10 is also performed by asynchronous processing. For example, an example of updating the Flash (registered trademark) for configuring the transaction screen of the business application 44 of the remote web server 42 shown in Fig. 1 will be described. In this case, the processes of T20 to T35 shown in Fig. 6 are executed first. That is, the asynchronous message indicating the update request is received by the asynchronous control frame 23 via the asynchronous client 46, the network 50, and the asynchronous server 36 of the remote web server 42 (T20 ~ T25). The asynchronous message 34 is interpreted as a download request of the transaction screen library. Then, the asynchronous message 34 is stored in the storage area of the management application 31 (T26). Further, as shown in Fig. 6, thereafter, the screen for the transaction stop is displayed by the application A frame 25 (T27 to T36).

The management application 31 reads the analysis result of the asynchronous message stored at T26 and starts the update processing of the transaction screen library. At this time, as shown in Fig. 8, a data transmission request is transmitted to the business application 44 via the application A frame 25 (T60, T61). The business application 44 transfers the downloaded transaction screen library to a predetermined storage area of the management storage device 37 (Fig. 4) (T62). When the transfer process is completed, a response to the download end is returned from the business application 44 to the management application 31 (T63). Thereafter, the management application 31 notifies the business application 44 of a transaction start request (T64, T65) through the application A frame 25 in order to cancel the transaction stop status. In the application A frame 25, a transaction selection screen is transmitted from the business application 44 and displayed (T66).

[Example 4]

[Multiple Web Pages]

In the description of Fig. 1, the web page is constituted by a plurality of frames, and functions are assigned to each frame for asynchronous processing and control of the transaction screen display. Communication between frames is immediate because the information is recorded in the storage area monitored by the browser, which is previously mapped at the time of activation of the browser. In addition, each frame can freely transmit information to each other. Therefore, it is possible to transmit a request for asynchronous processing, or to execute a communication requesting data required for asynchronous processing to a business application or management application according to the request. Further, as described above, each frame can be operated in conjunction with each other. In the present invention, since communication is made with a business application or a management application, there are two types of communication that use HTTP communication with high stability even when using a network and communicate with an asynchronous server using an immediate control And a communication method.

On the other hand, generally well known browsers can simultaneously launch a plurality of web pages. The same function as each of the above-described frames can be given to each of these web pages. The communication between the web pages is realized by the application interface frame having the above-described configuration and embedded in each web page. In other words, the communication between web pages can be transmitted immediately by using the control. In consideration of the performance of the computer or the relationship with other applications, it is possible to use a frame, a separate web page, or an optimal method. Further, at this time, each web page may be controlled to be activated only when necessary. Thus, the load on the computer can be reduced.

The remote server, the local server, and the asynchronous server may be those provided with existing hardware that operates as a web server. Among the data on the web page, there are Vbscript (programming language developed by Microsoft Corporation), JAVA (programming language developed by Sun Microsystems), JAVA (registered trademark) script (developed by Sun Microsystems Inc. and Netscape Communications Inc.) Script language), and the like, and can perform various processes as described above on the browser.

The computer programs installed in the processor of the computer of the server or the automated teller machine may be constituted by a combination of independent program modules or by a program integrated with the whole. All or some of the processes controlled by the computer program may be configured with hardware having equivalent functions. The computer program may be embedded in an existing application program. As described above, the computer program for realizing the present invention can be recorded on a computer-readable recording medium such as a CD-ROM, and installed in an arbitrary information processing apparatus. Alternatively, it may be downloaded and used in a memory of an arbitrary computer through a network.

INDUSTRIAL APPLICABILITY The present invention can be widely applied not only to an apparatus provided with an automatic teller machine but also to an automated transaction apparatus such as a base station connected to a network of a financial institution, a remittance processing apparatus, and the like.

Claims (15)

A transaction screen is displayed on a display device by a computer to control transaction processing of a financial institution using a device for automatic transaction. A web screen control means for reading and analyzing a web page for controlling the transaction screen, displaying the transaction screen on the display device and executing a corresponding transaction process; And An asynchronous communication means connected via a network to a management apparatus for remotely controlling an automated transaction apparatus and receiving an asynchronous message as a server from an asynchronous client installed at the management apparatus at an arbitrary timing by HTTP communication; / RTI &gt; Wherein the web screen control means comprises: Means for receiving the information for controlling the transaction screen and the operation event of the transaction screen to generate a request for executing the corresponding transaction processing and transmitting the request by HTTP communication; Means for receiving a response including a processing procedure returned for the request; Means for transmitting an operation command to the automatic transaction device according to the received processing procedure and receiving an operation result report from the device; Means for transmitting the operation result report to the transmission source of the response to advance the transaction processing; Means for receiving an asynchronous message received by the asynchronous communication means; Means for interpreting the accepted asynchronous message or for requesting interpretation externally; And Operating as means for detecting arrival of the asynchronous message by means of detecting an operation event on the transaction screen in a waiting state and controlling the corresponding asynchronous processing based on an interpretation of the asynchronous message, Automatic trading device. The method according to claim 1, Wherein the asynchronous message received by the asynchronous communication means is accepted by the means for accepting the asynchronous message through a control corresponding to the communication port. 3. The method of claim 2, Wherein the web screen control means comprises: A first frame for receiving the information for controlling the transaction screen and the operation event of the transaction screen and advancing the corresponding transaction process; A second frame for receiving an asynchronous message received by the asynchronous communication unit through the control; And A third frame for interpreting the asynchronous message received by the second frame, And the web page is interpreted and controlled, Wherein the first frame is a message for detecting an arrival of the asynchronous message by a script for detecting an operation event of the transaction screen in a waiting state and controlling a corresponding asynchronous processing based on an interpretation of the asynchronous message, Device. 3. The method of claim 2, Wherein the web screen control means comprises: A first web page for receiving the information for controlling the transaction screen and the operation event of the transaction screen and proceeding with the corresponding transaction process; A second web page for receiving the asynchronous message received by the asynchronous communication means through the control; And A third web page for interpreting the asynchronous message accepted by the second web page, And then, Wherein the first web page is configured to detect arrival of the asynchronous message by a script for detecting an operation event of the transaction screen in a waiting state and to control the asynchronous processing based on the analysis of the asynchronous message Trading device. 5. The method according to any one of claims 1 to 4, Wherein the web screen control means comprises: Receives the information for controlling the transaction screen from the business application, receives the operation event of the transaction screen from the operation panel, generates a request for executing the corresponding transaction processing, and transmits the request to the task book by HTTP communication Way; Means for receiving a response including the processing procedure of transaction processing returned from the business application for the request; Means for transmitting an operation command to a device for automatic transaction according to the received processing procedure and receiving an operation result report from the device; Means for transmitting the operation result report to the business application to advance the transaction processing; Means for receiving an asynchronous message received by the asynchronous communication means; Means for interpreting the accepted asynchronous message or for requesting interpretation externally; And In the waiting state, the arrival of the asynchronous message is detected by the means for detecting the operation event of the transaction screen, and the transaction is stopped based on the analysis of the asynchronous message, ; Wherein the automated transaction device is operable to: 6. The method of claim 5, Wherein a portion of the automatic transaction device that connects the computer and the network is provided with a HTTP communication between the business application and the web screen control means and a firewall common to the HTTP communication between the asynchronous client and the asynchronous communication means, Trading device. A computer for displaying a transaction screen on a display device and controlling a transaction processing of a financial institution by using a database for automatic transaction, A web screen control means for reading and analyzing a web page for controlling the transaction screen, displaying the transaction screen on the display device and executing a corresponding transaction process; And An asynchronous communication means connected via a network with a management apparatus for remotely controlling an automated transaction apparatus and receiving an asynchronous message as a receiver by HTTP communication from an asynchronous client installed at the management apparatus at an arbitrary timing, / RTI &gt; Wherein the web screen control means comprises: Means for receiving the information for controlling the transaction screen and the operation event of the transaction screen to generate a request for executing the corresponding transaction processing and transmitting the request by HTTP communication; Means for receiving a response including the processing procedure returned for the request; Means for transmitting an operation command to a device for automatic transaction according to the received processing procedure and receiving an operation result report from the device; Means for transmitting the operation result report to the transmission source of the response to advance the transaction processing; Means for receiving an asynchronous message received by the asynchronous communication means; Means for interpreting the accepted asynchronous message or for requesting an interpretation to the outside; And Means for detecting an arrival of the asynchronous message by means of detecting an operation event on the transaction screen in a waiting state and controlling the corresponding asynchronous processing based on the interpretation of the asynchronous message And an automatic transaction apparatus control program for causing a computer to function as an automated transaction apparatus configured to operate as an automated transaction apparatus. 8. The method of claim 7, Wherein the asynchronous message received by the asynchronous communication means is received by the means for receiving the asynchronous message through a control corresponding to the communication port. 9. The method of claim 8, Wherein the web screen control means comprises: A first frame for receiving the information for controlling the transaction screen and the operation event of the transaction screen and advancing the corresponding transaction process; A second frame for receiving an asynchronous message received by the asynchronous communication unit through the control; And A third frame for interpreting the asynchronous message received by the second frame, And the web page is interpreted and controlled, Wherein the first frame detects arrival of the asynchronous message by a script for detecting an operation event of the transaction screen in a waiting state and controls a corresponding asynchronous processing based on an interpretation of the asynchronous message Readable recording medium. 9. The method of claim 8, Wherein the web screen control means comprises: A first web page for receiving the information for controlling the transaction screen and the operation event of the transaction screen and for processing the corresponding transaction process; A second web page for receiving the asynchronous message received by the asynchronous communication means through the control; And A third web page for interpreting the asynchronous message accepted by the second web page, And then, Wherein the first web page is configured to detect arrival of the asynchronous message by a script for detecting an operation event of the transaction screen in a waiting state and to control the corresponding asynchronous processing based on an interpretation of the asynchronous message, Lt; / RTI &gt; 11. The method according to any one of claims 8 to 10, Wherein the web screen control means comprises: Means for accepting information for controlling the transaction screen from a business application, receiving a transaction event of the transaction screen from the operation panel, generating a request for executing the corresponding transaction process, and transmitting the request to the business application by HTTP communication ; Means for receiving a response including the processing procedure of transaction processing returned from the business application for the request; Means for transmitting an operation command to a device for automatic transaction according to the received processing procedure and receiving an operation result report from the device; Means for transmitting the operation result report to the business application to advance the transaction processing; Means for receiving an asynchronous message received by the asynchronous communication means; Means for interpreting the accepted asynchronous message or for requesting interpretation externally; And In the waiting state, the arrival of the asynchronous message is detected by the means for detecting the operation event of the transaction screen, and the transaction is stopped based on the analysis of the asynchronous message, ; Readable recording medium. 12. The method of claim 11, Wherein a portion of the automatic transaction device connecting the computer and the network is provided with a common firewall for HTTP communication between the business application and the web screen control means and HTTP communication between the asynchronous client and the asynchronous communication means, Lt; / RTI &gt; When a transaction screen is displayed on the display device by the computer and the transaction processing of the financial institution is controlled using the device for automatic transaction, A business application for controlling transaction processing and a management application for controlling maintenance processing are operated on the computer or a computer connected to the computer through a network, A web page for controlling the transaction screen is read and interpreted by the web screen control means operating on the computer, the transaction screen is displayed on the display device, the operation event of the transaction screen is accepted, And transmits the request to the business application by HTTP communication, receives a response including the processing procedure returned for the request, and transmits the request for the automatic transaction Executes a control to transmit an operation command to a device of the device, receive an operation result report from the device, and transmit the operation result report to the business application to advance the transaction process, and Receiving an asynchronous message at an arbitrary timing by HTTP communication from an asynchronous client installed in a management apparatus that remotely controls an automated transaction apparatus, A frame including a frame for controlling the transaction screen, a frame including a detection program for detecting the asynchronous message, and a program for interpreting the asynchronous message, Detecting asynchronous messages from the asynchronous communication means through a control for communication with a detection program for detecting the asynchronous messages, For a program interpreting the asynchronous message, interpreting the asynchronous message, Detecting an arrival of the asynchronous message in a program for detecting the operation event in a waiting state contained in a frame for controlling the transaction screen so as to control the operation by the business application based on the analysis of the asynchronous message, To the asynchronous processing by the management application, Control method of automatic transaction device. When a transaction screen is displayed on the display device by the computer and the transaction processing of the financial institution is controlled using the device for automatic transaction, A business application for controlling transaction processing and a management application for controlling maintenance processing are operated on the computer or a computer connected to the computer through a network, A web page for controlling the transaction screen is read and interpreted by the web screen control means operating on the computer, the transaction screen is displayed on the display device, the operation event of the transaction screen is accepted, And transmits the request to the business application by HTTP communication, receives a response including the processing procedure returned for the request, and transmits the request for the automatic transaction Executes a control to transmit an operation command to a device of the device, receive an operation result report from the device, and transmit the operation result report to the business application to advance the transaction process, and Receiving an asynchronous message at an arbitrary timing by HTTP communication from an asynchronous client installed in a management apparatus that remotely controls an automated transaction apparatus, A web page including a web page for controlling the transaction screen, a web page including a detection program for detecting the asynchronous message, and a program for interpreting the asynchronous message, Detecting asynchronous messages from the asynchronous communication means through a control for communication with a detection program for detecting the asynchronous messages, For a program interpreting the asynchronous message, interpreting the asynchronous message, Detecting an arrival of the asynchronous message in a program for detecting an event in a waiting state included in a web page for controlling the transaction screen, and controlling the control by the business application based on the analysis of the asynchronous message, Switching to asynchronous processing by the management application, Control method of automatic transaction device. delete

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