KR20100020226A - System for providing virtual mouse of atm and method thereof - Google Patents

Abstract

PURPOSE: A system for providing a virtual mouse of an ATM and a method thereof are provided to match a number key of a keypad unit with a moving direction of a cursor, thereby realizing a virtual mouse using the keypad unit. CONSTITUTION: A memory unit(210) maps a moving direction of a cursor with a number key of a keypad unit. The memory unit stores the mapped moving direction. If an ATM is set in virtual mouse mode, a control unit(220) searches a moving direction mapped on the first number key. A display unit(250) moves the cursor in the moving direction.

Description

System for providing virtual mouse of financial automation equipment and its method {SYSTEM FOR PROVIDING VIRTUAL MOUSE OF ATM AND METHOD THEREOF}

The present invention relates to a system and a method for providing a virtual mouse of a automated teller machine that can easily process a financial transaction by easily moving a cursor of the display means through an operation of a keypad means provided in the teller machine.

With respect to traditional financial transactions that have been carried out by banks in direct contact with the clerks, the emergence of Automatic Teller Machines (ATMs) has revolutionized in many ways. The customer's waiting time has been significantly reduced, and even after the financial institution is closed, the customer can benefit from financial transactions whenever they want. Not only the customers, but also the financial institution's processing time is reduced, and the workforce is reduced due to the reduction of manpower and cost.

Financial automation equipment basically provides many financial tasks performed by financial institutions such as banks and village safes. The user can perform a desired financial transaction in a short time by simply operating a financial automated machine installed in the bank, without going through a bank clerk, for account transfer, balance inquiry, deposit withdrawal, and bank account arrangement. These advantages of financial automation devices have led to a rapid increase in the number of customers, installations, and installation sites of financial automation devices, making it easy to find them today.

On the other hand, when the display means provided in the automated teller machine is not implemented in the form of a touch screen, or when a keyboard connected to the teller machine is not provided separately, the customer or bank clerk (ie, teller) There has been an inconvenience in that a financial transaction has to be processed by selecting a menu or inputting a value through manipulation of a physical key (Function Key) provided corresponding to a keypad means or a function button (ie, a menu).

1 is a view showing a physical button (Function Key) provided corresponding to the function button displayed on the display means in a conventional automated teller machine.

As shown in FIG. 1, in the conventional financial teller, a function button (ie, a menu) of 'cash payment, card reader, camera, pin pad, receipt output, other, or exit', etc. is displayed on the display means. And a keypad means including 'F1' to 'F7' corresponding to the function button and numeric keys '0' to '9'. When the input is performed, a financial transaction regarding a menu corresponding to the input physical button may be performed.

As described above, in the ATM having a physical button corresponding to a menu having a general display means instead of a touch screen, the cursor (pointer) is free to move because the menu displayed on the display means is selected only through the input of the physical button. In addition, in order to add a menu in the automated teller machine, a physical button corresponding to the menu must also be added, so there was a limitation in adding a menu.

Accordingly, the present invention intends to propose a technology for processing a financial transaction by easily moving a cursor of a display means through manipulation of a keypad means without inputting a physical button provided in the automated teller machine.

The present invention has been made to solve the above problems, by implementing a virtual mouse using the keypad means by storing the numeric keys of the keypad means provided in the automated teller machine corresponding to the movement direction of the cursor (Cursor), virtual An object of the present invention is to provide a system and method for providing a virtual mouse of a automated teller machine that can easily handle a financial transaction by moving a cursor of a display means by operating a mouse.

In addition, the present invention, even if the display means provided in the automated teller machine is not implemented in the form of a touch screen, a financial can be easily controlled through the operation of the keypad means by setting the virtual mouse mode An object of the present invention is to provide a virtual mouse providing system and method thereof for an automated device.

In addition, the present invention by using a virtual mouse to easily move the cursor of the display means, it is possible to freely add and create a menu (ie, function button) of the automated teller machine without limiting the physical button of the automated teller machine An object of the present invention is to provide a virtual mouse providing system and method thereof for an automated device.

In order to achieve the object of the present invention as described above, the virtual mouse providing system of the automated teller machine according to an embodiment of the present invention is to change the movement direction of the cursor (Cursor) to the numeric keys of the keypad means provided in the automated teller machine. The memory means for mapping and storing, and the moving means mapped to the first numeric key keyed down by the user of the automatic teller machine as the financial teller machine is set to the virtual mouse mode, And a control means for moving the cursor in the searched moving direction in the display means provided in the automated teller machine.

According to an aspect of the present invention, there is provided a method for providing a virtual mouse of an automatic teller machine according to an embodiment of the present invention. Initially positioning a cursor in a center of display means provided in the device, retrieving, in memory means, a movement direction mapped to a first numeric key keyed down by a user of the automated teller machine; Moving the cursor initially positioned in the display means in the searched moving direction in proportion to the time at which the keydown of the first numeric key is maintained, and in response to the movement, the cursor moves to the display means. If it is located on the function button to be displayed, the display means, according to the confirmation input by the user And displaying a menu associated with the function button.

According to the present invention, a virtual mouse using the keypad means is implemented by storing the numeric keys of the keypad means provided in the automated teller machine in correspondence with the movement direction of the cursor, and the virtual mouse is operated to control the cursor of the display means. Can be easily moved to handle financial transactions.

In addition, according to the present invention, even if the display means provided in the automated teller machine is not implemented in the form of a touch screen, the automatic teller machine can be easily controlled by operating the keypad means by setting the virtual mouse mode. Will be.

In addition, according to the present invention, by easily moving the cursor of the display means using a virtual mouse, it is possible to freely add and create a menu (ie, a function button) of the automated teller machine without limiting the physical buttons of the automated teller machine. do.

Hereinafter, with reference to the accompanying drawings, it will be described in detail with respect to the virtual mouse providing system and method of the automated teller machine according to the present invention.

The term " financial automatic teller machine " used in the present invention, as well as ATM (Automated Teller Machine), as well as cash dispenser (CD: Cash Dispenser) or bank, insurance, credit card, etc. It is broadly interpreted as a concept that includes a series of unmanned automated devices, such as kiosks, which provide a variety of additional services such as utility billing, ticket issuance, and point accumulation. . In addition, the automated teller machine may include a teller machine (T-ATM, ATM for teller) that functions to handle cash and checks exchanged between the teller (ie teller) of the bank and the customer. The teller cash dispenser (hereinafter referred to as T-ATM) is a counter for each kind of money when a customer or a cashier puts a bill into the T-ATM during a customer's deposit transaction, which is countered on the teller terminal and the T-ATM customer display The amount is displayed, and even during a withdrawal transaction, T-ATM can withdraw cash to each withdrawal unit by the teller operation.

The automated teller machine includes an operation terminal, a banknote part, a bankbook part and a card reader. The manipulation terminal receives a menu selection and manipulation for a financial transaction from the user through a keypad means 240 composed of numeric keys or a function key provided for selecting a function, and displays the display means 250 (eg, , GUI screen) to provide various financial services or additional services to the user. The deposit and withdrawal unit of the banknote counts and stores the banknote, and the bankbook reads the bankbook and performs the bankbook arranging task. The card reader reads a card according to a user's financial transaction card input and performs card related tasks. The card reader may read not only financial transaction cards but also credit cards or ID cards for other tasks. In addition, the automated teller machine further includes a communication unit for accessing a financial automation server, a control unit for controlling the overall operation of the automated teller machine, a memory for storing various data, and a printing module for printing on a bankbook or a statement table. can do.

2 is a diagram illustrating a configuration of a virtual mouse providing system of an automated teller machine according to an embodiment of the present invention.

The virtual mouse providing system 200 of the automated teller machine of the present invention may be installed in an external or internal manner of the automated teller machine. However, in the present specification, for convenience of description, the virtual mouse providing system 200 of the automated teller machine of the present invention is limited to the implementation of the inside of the teller machine.

The virtual mouse providing system 200 of the automated teller machine of the present invention may include a memory means 210, a control means 220 and a mode setting means 230.

The memory means 210 functions to map the movement direction of the cursor to the numeric keys of the keypad means 240 provided in the ATM.

Herein, the cursor is a pointer indicating a moving position or an activation state in the display means 250 provided in the automated teller machine, and the cursor may be positioned at the center of the display means 250 as a default. When the device is set to the virtual mouse mode, the cursor may be moved in the movement direction mapped to the numeric keys according to the input of the numeric keys of the keypad means 240.

For example, the keypad means 240 of the automated teller machine has numeric keys' 0 'through' 9 ', and the memory means 210 maps the numeric keys' 2' to the upward direction (↑) 'of the cursor. And save by mapping the number key '8' to the downward direction (↓) 'of the cursor, and save the number key' 4 'mapped to the left direction (←)' of the cursor, and the numeric key '6' is mapped to the cursor's direction of movement 'right' (→), and stored by mapping the number key '1' to 'up' (')' of the cursor's direction of movement, and '3' is stored. Map and store in the direction of movement 'Upwards (↗)', and save by mapping the number key '7' to 'Downward (↙)' in the direction of the cursor, and store the number key '9' in the direction of the cursor ' It can be mapped and stored in 'How' (see Fig. 3). In this case, the upward direction (↖) of the cursor may be a 45 degree angle between the upward (↑) and the left (←) direction, and the upward direction of the cursor is the upward direction. (↑) 'and' right '(→)', and the direction of movement of the cursor 'downward' (↙) 'is a 45 degree angle between' downward (↓) 'and' leftward (←) ' The direction of movement of the cursor 'down direction' may be a 45 degree angle between 'downward' and 'rightward', and each may be calculated by summing the vectors.

In addition, the memory unit 210 may map a numeric key that does not match the moving direction among the numeric keys of the keypad means 240 to 'click' or 'input cancellation' of the cursor.

Herein, the 'click' of the cursor may mean an input confirmation (Enter) for the function button at which the cursor is currently positioned among the function buttons (that is, a menu) displayed on the display means 250, and the memory means 210. ) Can match the numeric keys '5 or 0' to the 'click' of the cursor, except for the numeric keys '1, 2, 3, 4, 6, 7, 8, 9' that match the moving direction of the cursor. have. In addition, when the numeric key '5' is matched with the 'click' of the cursor, the memory unit 210 may match an input clear (Clear) for the 'click' of the cursor with the numeric key '0'.

For example, the display means 250 of the automated teller machine is a function such as 'cash payment, card reader, camera, pin pad, function A, function B, receipt output, journal output, other, exit, function C, or function D'. It is possible to display a button (that is, a menu screen), the virtual mouse providing system 200 of the present invention, as the number key '1' of the keypad means 240 is keyed down (Key-down), display means 250 You can move the cursor located in the center of) to 'upward'. Accordingly, when the cursor is currently positioned on the function button 'cash payment' and the number key '5' is down, the automatic teller machine may proceed to the 'cash payment' menu (see FIG. 4). In this case, when the numeric key '0' is down, the automated teller machine may return to the previous screen (ie, the menu screen on which the function button is displayed) in the 'cash payment' menu.

In addition, the numeric keys of the keypad means 240 may include identification information for identifying the movement direction to be mapped, and the identification information may be recorded in the luminous form on the numeric keys of the keypad means 240. For example, the user of the automatic teller machine can easily identify the direction of movement of the cursor even in a dark space by using the 'arrow' recorded in the form of 'glow' on the numeric keys of the keypad means 240. Accordingly, the display means ( The cursor on 250 may be moved in a desired direction (see FIG. 4).

The mode setting means 230 sets a function of the automatic teller machine in the virtual mouse mode when a pressing operation on a button combination including a selected numeric key occurs.

Herein, the virtual mouse mode of the automatic teller machine moves the cursor on the display means 250 in the moving direction mapped to the numeric key as the numeric key of the keypad means 240 of the automatic teller machine is keyed down. In this state, for example, the keypad means 240 can be controlled like a virtual mouse.

For example, the mode setting means 230, when the selected number keys '1', '2', and '3' are simultaneously keyed down and a conversion request for the virtual mouse mode of the automated teller machine occurs, the automatic teller machine Can be set to virtual mouse mode. In addition, when the selected numeric keys '1', '2', and '3' are simultaneously keyed down while the virtual mouse mode is set, the mode setting means 230 sets the virtual mouse mode of the ATM. You can turn it off.

As the automatic teller machine is set to the virtual mouse mode, the control means 220 searches the memory means 210 for a moving direction mapped to the first numeric key keyed down by the user of the teller machine, and The display means 250 provided in the automated teller machine functions to move the cursor in the searched moving direction.

Here, the user of the automated teller machine may include a customer who performs a financial transaction using the automated teller machine, a bank clerk (ie, a teller), or an administrator of the automated teller machine.

For example, the control unit 220 may move the cursor in a moving direction mapped to the first numeric key as the first numeric key is down, and the control unit 220 may also be used. May stop the movement of the cursor as the first key down is keyed up. For example, when the first numeric key '1' is keyed down and keyed up after 1 second has elapsed, the control means 220 moves the cursor on the display means 250 to a moving direction 'up-left' mapped to the first numeric key. ↖) ', it can be moved by one pixel.

In addition, the control means 220 may determine the distance on the display means 250 to which the cursor is moved in proportion to the time that the key down of the first numeric key is maintained. For example, when the first numeric key '1' is keyed down for three seconds, the control means 220 moves the cursor by three pixels in the moving direction 'upwardly' mapped to the first numeric key. You can. In this case, the control unit 220 may move the cursor three pixels collectively after the first numeric key '1' is keyed down and 3 seconds have elapsed, or the first numeric key '1' is keyed down and 1 second is pressed. When the elapsed time, the cursor is moved by one pixel, and when the second is elapsed again with the keyed down state, the cursor is moved again by one pixel, and when the second is elapsed with the keyed down state, the cursor is moved by one pixel. You can also move the cursor 3 pixels sequentially.

In addition, the control unit 220 may adjust the direction in which the cursor moves in consideration of the moving direction mapped to the second numeric key keyed down by the user while the key down of the first numeric key is maintained. have.

For example, as the first numeric key '1' is keyed down, the control unit 220 may move the cursor in a movement direction 'upwardly left' mapped to the first numeric key. At this time, as the second numeric key '4' is keyed down while the first numeric key '1' is keyed down, the control unit 220 moves the cursor to move upwardly. As shown in FIG. 5, it may be folded to 'left' (←). Accordingly, the control means 220 not only moves directions (↑, ↓, ←, →, ↖, ↗, ↙, ↘) mapped to each numeric key of the keypad means 240, but also various movements by combining each numeric key. You can move the cursor in the direction. That is, the control unit 220 may adjust the direction in which the cursor moves in accordance with the numeric key keyed down through the keypad means 240.

In addition, the control unit 220 maps to the first numeric key when the numeric key mapped to 'cancel input' of the cursor is down by the user while the keydown of the first numeric key is maintained. The position movement of the cursor which is moved in the moving direction may be canceled or the cursor may be returned to the initial position.

For example, as the first numeric key '1' is pressed down, the control unit 220 moves the cursor located at the center of the display means 250 in a moving direction 'upwardly' mapped to the first numeric key. Can be. At this time, in a state in which the first numeric key '1' is keyed down (that is, in a moving state of the cursor), as the numeric key '0' mapped to 'cancel input' of the cursor is keyed down, the control means 220 The movement of the cursor may be canceled and the cursor may be returned to the center of the display means 250.

In addition, in the initial position of the cursor, when the numeric key mapped to 'cancel input' of the cursor is keyed down by the user, the mode setting means 230 may release the virtual mouse mode of the automated teller machine. have. That is, as the cursor is located at the center of the display means 250, as the 'cancel input' of the cursor and the number key '0' mapped to the key are down, the mode setting means 230 is a virtual setting currently set in the automated teller machine. You can cancel the mouse mode.

Therefore, according to the present invention, a virtual mouse using the keypad means 240 is realized by storing the numeric keys of the keypad means 240 provided in the automated teller machine in correspondence with the movement direction of the cursor, and the virtual mouse is By operating the cursor (Cursor) of the display means 250 can be easily processed to process the financial transaction.

In addition, according to the present invention, even if the display means 250 provided in the automatic teller machine is not implemented in the form of a touch screen, the automatic teller machine is operated by operating the keypad means 240 by setting the virtual mouse mode. You can easily control the device.

In addition, according to the present invention, by easily moving the cursor of the display means 250 by using a virtual mouse, freely adding and generating a menu (ie, a function button) of the automated teller machine without limiting the physical buttons of the automated teller machine. You can do it.

In addition, according to the present invention, the cursor of the display means 250 can be easily moved by using a virtual mouse to easily input the number of withdrawals desired by the user of the automatic teller machine. Accordingly, various tests may be possible.

FIG. 3 is a diagram illustrating an example of a moving direction of a cursor mapped to a numeric key of a keypad means in a memory means of a system for providing a virtual mouse of an automatic teller machine according to an embodiment of the present invention.

The virtual mouse providing system of an automated teller machine according to an embodiment of the present invention may maintain a memory means 210 for mapping a movement direction of a cursor to a numeric key of a keypad means provided in the teller machine. have.

For example, the keypad means of the automated teller machine has numeric keys' 0 'to' 9 ', and the memory means 210 maps and stores the numeric keys' 2' to the upward direction (↑) 'of the cursor. , Map and store number key '8' to 'down (↓)' direction of cursor, save number key '4' to map direction 'left (←)', and number key '6' To be stored in the direction of cursor movement to the right (→), and store the number key '1' by mapping it to the direction of cursor 'up and left', and the number key '3' to the direction of the cursor Mapping to 'Upward Right (↗)' and saving, Mapping and saving Numeric Key '7' to 'Bottom Down' (이동), and Numeric Key '9' Iii) ', and store it (see FIG. 3). In this case, the upward direction (↖) of the cursor may be a 45 degree angle between the upward (↑) and the left (←), and the upward direction (↗) of the cursor is' 45 degrees between up (↑) 'and' right (→) ', and the downward direction (방향) of the cursor's movement direction is 45 degrees between' down '(↓) and' left (←) '. Angle, and the moving direction 'down' (↘) of the cursor may be a 45 degree angle between 'down' (↓) 'and' right '(→), and each may be calculated through the sum of the vectors. .

In addition, the memory means 210 stores the numeric keys '5 or 0' except for the numeric keys '1, 2, 3, 4, 6, 7, 8, and 9' that match the moving direction of the cursor. Click '. In addition, when the numeric key '5' is matched with the 'click' of the cursor, the memory unit 210 may match an input clear (Clear) for the 'click' of the cursor with the numeric key '0'.

4 is a view showing an example of moving the cursor in the movement direction mapped to the numeric key in the display means as the numeric key of the keypad means in the virtual mouse providing system of the automated teller machine according to an embodiment of the present invention to be.

The display means included in the automated teller machine displays function buttons such as cash payment, card reader, camera, pin pad, function A, function B, receipt output, journal output, other, exit, function C, or function D. In this case, the cursor may be positioned at the center of the display means by default (401).

The virtual mouse providing system of the present invention can set the automated teller machine to the virtual mouse mode as the selected numeric keys '1', '2', and '3' of the keypad means included in the automated teller machine are simultaneously keyed down. In this case, as the numeric key '1' 404 is keyed down by the user of the automatic teller machine, the virtual mouse providing system moves the cursor 401 located at the center of the display means to the numeric key '. It may be moved in the direction of movement 'upwardly left' mapped to 1'404. Accordingly, when the cursor 402 is located on the function button 'cash payment' 403 and the numeric key '5' is down, the automated teller machine may proceed to the 'cash payment' 403 menu. At this time, when the numeric key '0' is keyed down, the automatic teller machine may return to the previous screen in the 'cash payment' menu (403).

In this case, as shown in FIG. 4, the keypad means may include identification information for identifying a moving direction mapped to the numeric keys in the numeric keys. Therefore, the user of the automatic teller machine can easily move the cursor on the display means by using the movement direction of the cursor recorded with the number on the numeric keys of the keypad means.

Figure 5 adjusts the direction in which the cursor moves in the display means when the second numeric key is keyed down while the key down of the first numeric key in the virtual mouse providing system of the automated teller machine according to an embodiment of the present invention It is a figure which shows an example to do.

The virtual mouse providing system of the automatic teller machine of the present invention considers the moving direction mapped to the second numeric key keyed down by the user while the key down of the first numeric key is maintained, and determines the direction in which the cursor moves. I can adjust it. For example, the virtual mouse providing system moves the cursor 501 located at the center of the display means in the moving direction 'upwardly' mapped to the first numeric key as the first numeric key '1' is down. I can move it. At this time, as the first number key '1' is keyed down and as the second number key '4' is down, the virtual mouse providing system changes the direction of movement of the cursor moving upward. As shown in FIG. 5, it may be turned to a left ← direction (502). Therefore, according to the present invention, not only the movement direction (↑, ↓, ←, →, ↖, ↗, ↙, ↘) mapped to each numeric key of the keypad means 240, but also various movement directions by combining each numeric key. You can move the cursor with.

6 is a flowchart illustrating a procedure of a method for providing a virtual mouse of an automatic teller machine according to an embodiment of the present invention.

The virtual mouse providing method may be implemented by the virtual mouse providing system of the present invention. In addition, in the following description of FIG. 6, FIG. 6 will be described with reference to FIG. 2.

In step S610, the virtual mouse providing system sets the automated teller machine to the virtual mouse mode as a request for conversion regarding the virtual mouse mode occurs in the automated teller machine.

Herein, the virtual mouse mode of the automatic teller machine moves the cursor on the display means 250 in the moving direction mapped to the numeric key as the numeric key of the keypad means 240 of the automatic teller machine is keyed down. In this state, for example, the keypad means 240 can be controlled like a virtual mouse.

For example, the mode setting means 230, when the selected number keys '1', '2', and '3' are simultaneously keyed down and a conversion request for the virtual mouse mode of the automated teller machine occurs, the automatic teller machine Can be set to virtual mouse mode.

In step S620, the virtual mouse providing system initially positions a cursor in the center of the display means provided in the automated teller machine.

Herein, the cursor is a pointer indicating a moving position or an activation state in the display means 250 provided in the automated teller machine, and the cursor may be positioned at the center of the display means 250 as a default. When the device is set to the virtual mouse mode, the cursor may be moved in the movement direction mapped to the numeric keys according to the input of the numeric keys of the keypad means 240.

In step S630, the virtual mouse providing system retrieves, in memory means, a moving direction mapped to the first numeric key keyed down by the user of the automated teller machine.

Here, the memory means 210 may map and store the movement direction of the cursor to the numeric keys of the keypad means 240 provided in the automated teller machine, and the memory means 210 may include the keypad means 240. A numeric key that does not match the moving direction among the numeric keys may be mapped to 'click' or 'undo input' of the cursor.

In this case, the numeric keys of the keypad means 240 may include identification information for identifying the movement direction to be mapped, and the identification information may be recorded in the luminous form on the numeric keys of the keypad means 240.

As the automatic teller machine is set to the virtual mouse mode, the control means 220 may search the memory means 210 for a moving direction mapped to the first numeric key keyed down by the user of the teller machine.

In step S640, the virtual mouse providing system moves the cursor initially positioned on the display means in the searched moving direction in proportion to the time when the keydown of the first numeric key is maintained.

The control means 220 may determine the distance on the display means 250 to which the cursor is moved in proportion to the time that the keydown of the first numeric key is maintained. For example, when the first numeric key '1' is keyed down for three seconds, the control means 220 moves the cursor by three pixels in the moving direction 'upwardly' mapped to the first numeric key. You can. In this case, the control unit 220 may move the cursor three pixels collectively after the first numeric key '1' is keyed down and 3 seconds have elapsed, or the first numeric key '1' is keyed down and 1 second is pressed. When the elapsed time, the cursor is moved by one pixel, and when the second is elapsed again with the keyed down state, the cursor is moved again by one pixel, and when the second is elapsed with the keyed down state, the cursor is moved by one pixel. You can also move the cursor 3 pixels sequentially.

In step S650, when the cursor is located on a function button displayed on the display means according to the movement, the virtual mouse providing system confirms and inputs the menu associated with the function button on the display means. Is displayed.

For example, the display means 250 of the automated teller machine is a function such as 'cash payment, card reader, camera, pin pad, function A, function B, receipt output, journal output, other, exit, function C, or function D'. Button (i.e., menu screen), and when the cursor is currently positioned on the function button 'cash payment' according to the movement, the number key '5' matching the 'click' of the cursor is keyed down. As such, the automatic teller machine can proceed to the function button 'cash payment' menu.

As such, when the 'cash payment' menu is displayed on the display means 250, when the numeric key '0' mapped to 'cancel input' of the cursor is keyed down, the automated teller machine receives the 'cash payment'. From the menu, you can return to the previous screen (ie, the menu screen).

Therefore, according to the present invention, a virtual mouse using the keypad means 240 is realized by storing the numeric keys of the keypad means 240 provided in the automated teller machine in correspondence with the movement direction of the cursor, and the virtual mouse is By operating the cursor (Cursor) of the display means 250 can be easily processed to process the financial transaction.

In addition, embodiments of the present invention include computer-readable media containing program instructions for performing various computer-implemented operations. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. The medium or program instructions may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Magneto-optical media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like.

While specific embodiments of the present invention have been described so far, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the claims below, but also by those equivalent to the claims.

1 is a view showing a physical button (Function Key) provided corresponding to the function button displayed on the display means in a conventional automated teller machine.

2 is a diagram illustrating a configuration of a virtual mouse providing system of an automated teller machine according to an embodiment of the present invention.

FIG. 3 is a diagram illustrating an example of a moving direction of a cursor mapped to a numeric key of a keypad means in a memory means of a system for providing a virtual mouse of an automatic teller machine according to an embodiment of the present invention.

4 is a view showing an example of moving the cursor in the movement direction mapped to the numeric key in the display means as the numeric key of the keypad means in the virtual mouse providing system of the automated teller machine according to an embodiment of the present invention to be.

Figure 5 adjusts the direction in which the cursor moves in the display means when the second numeric key is keyed down while the key down of the first numeric key in the virtual mouse providing system of the automated teller machine according to an embodiment of the present invention It is a figure which shows an example to do.

6 is a flowchart illustrating a procedure of a method for providing a virtual mouse of an automatic teller machine according to an embodiment of the present invention.

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

200: virtual mouse providing system of the automatic teller machine

210: memory means

220: control means

230: mode setting means

240: keypad means

250: display means

Claims (9)

Memory means for mapping a moving direction of a cursor to a numeric key of a keypad means provided in the automatic teller machine; And As the automated teller machine is set to the virtual mouse mode, Control means for retrieving the moving direction mapped to the first numeric key keyed down by the user of the automated teller machine in the memory means and for moving the cursor in the retrieved moving direction in the display means provided in the teller machine; Virtual mouse providing system of the automatic teller machine comprising a. The method of claim 1, The control means, And a distance on the display means, at which the cursor is moved, in proportion to the time at which the keydown of the first numeric key is maintained. The method of claim 1, The control means, While the keydown of the first numeric key is maintained, the automatic teller machine adjusts the direction in which the cursor moves in consideration of the direction of movement mapped to the second numeric key keyed down by the user. Virtual Mouse Provision System. The method of claim 1, The control means, The virtual mouse providing system of the automated teller machine, characterized in that the movement of the cursor is stopped as the keyed down first number key is keyed up. The method of claim 1, Mode setting means for setting the automatic teller machine in the virtual mouse mode when a pressing operation on a button combination including a selected numeric key occurs; Virtual mouse providing system of the automatic teller machine further comprising a. The method of claim 1, The memory means, The virtual mouse providing system of the automatic teller machine, characterized in that the mapping of the numeric keys that do not match the moving direction of the numeric keypad of the keypad means with 'click' or 'input cancellation' of the cursor. The method of claim 1, Numeric keys of the keypad means, Virtual mouse providing system of the automated teller machine, characterized in that it comprises identification information for identifying the movement direction to be mapped. The method of claim 7, wherein The identification information, The virtual mouse providing system of the automated teller machine, characterized in that recorded in the form of luminous on the numeric keys of the keypad means. Setting the automated teller machine to a virtual mouse mode as a request for conversion regarding the virtual mouse mode occurs in the automated teller machine; Initially placing a cursor in the center of the display means provided in the automated teller machine; Retrieving, in memory means, a movement direction mapped to the first numeric key keyed down by the user of the automated teller machine; Moving the cursor initially positioned in the display means in the searched moving direction in proportion to the time at which the keydown of the first numeric key is maintained; And In response to the movement, when the cursor is located on a function button displayed on the display means, the display means displays a menu associated with the function button in response to confirmation by the user. Method of providing a virtual mouse of the automated teller machine comprising a.

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