KR20190130271A - Method for Providing User Interface of Inputting Number - Google Patents

Abstract

The present invention relates to a method of providing a user interface for number input, capable of enabling a user to intuitively identify inputted numbers or payment amount during a financial transaction. According to the present invention, the method includes the following steps of: enabling a number input generation part to generate a plurality of number input fields indicating a deposited amount with each number selected by a user input part; enabling a number button generation part to generate a number button selected through the user input part to input each number into the number input fields; enabling a selection position detection part to detect the positions of a selected number input field if one of the number input fields is selected through the user input part; and enabling a number input processing part to input a number corresponding to the number button selected through the user input part into the detected number input field, and enabling a zero insertion part to input zero into every number input field, in which there is no random number, among number input fields with fewer digits than the digits of the inputted number input field.

Description

Method for Providing User Interface of Inputting Number}

The present invention relates to an apparatus and a method for providing a user interface used when a user inputs a number. Specifically, the present invention relates to a number that enables the user to intuitively grasp the number or amount input by the user during a transaction process performed for a financial transaction. The present invention relates to a method for providing a user interface for input.

Due to the continuous development of information and communication technology, financial transactions, which have been conventionally performed through face-to-face authentication, have recently been transferred to non-face-to-face financial transactions using non-face-to-face authentication based on wired communication networks or wired communication networks. Financial transactions amount to only 18 trillion won a day.

In addition, with the expansion of network infrastructure, the spread of the Internet, and the development of mobile communication technology, modern people can access communication services through portable terminals anytime, anywhere, and financial transaction services are also performed on the portable terminals.

In addition, financial institutions provide user interfaces according to various transactions for financial transaction services of users. For example, it is provided to perform a deposit transaction, withdrawal transaction, transfer transaction and the like.

During this transaction, the user may need to enter a number or amount. For example, a user may input a withdrawal amount when proceeding withdrawal from a specific account, or enter a transfer amount when transferring from a specific account to another account.

Conventionally, when a user wants to select an amount, only predetermined amounts are provided as buttons in a user interface provided by a financial institution, and in order to select an amount other than the amount allocated to the button, a number button additionally provided in the user interface is provided. To be selected in the order of the amounts.

That is, the number input is determined from the higher digit to the lower digit in the order of pressing the number buttons, and the determined amount is displayed from the first digit on the display window and is displayed as the higher digit in the input order. For example, when inputting the number of 123456, press the number buttons 1, 2, 3, 4, 5, and 6 sequentially in order from the left, and in the display window 1-> 12-> 123-> 1234-> 12345 -> 123456 is displayed and the digits are read again.

However, such a numerical input method has a disadvantage in that an input error increases when the number of digits increases, such as when a number of 100,000 or more units is input, and the input speed is slow. In particular, when 0 is included in the middle of a number, there is a problem of not inputting correctly and a decrease in speed of input.

In particular, in electronic transactions, incorrect input of numbers such as price and quantity has become a big problem. For example, in an internet auction, when a bidder incorrectly inputs an amount higher than the intended amount as a bid amount, or when a retailer orders a product to a wholesaler, the number of orders that should be originally ordered. The problem is that a large number is incorrectly input. In addition, the opportunity for inputting numbers into the information processing apparatus in the information processing society is not limited to electronic transactions, and misinput of numbers may cause a large economic loss or credit loss in any scene.

In order to solve such a problem, an object of the present invention is to provide a method for providing a user interface for inputting a number in which a user can intuitively grasp the number or amount input by the user during a transaction process performed on a financial transaction. do.

An object of the present invention is to provide a method for providing a user interface for inputting a number by directly selecting at least one or more units of an amount to be input.

The objects of the present invention are not limited to the above-mentioned objects, and other objects and advantages of the present invention, which are not mentioned above, can be understood by the following description, and more clearly by the embodiments of the present invention. Also, it will be readily appreciated that the objects and advantages of the present invention may be realized by the means and combinations thereof indicated in the claims.

In order to achieve the above object, the method for providing a user interface for inputting a number of the present invention comprises the steps of: generating a plurality of number input boxes indicating a deposit amount by displaying a number selected from the user input unit through a number input box generation unit; Generating a number button selected through a user input unit for inputting a number into each of the generated number input boxes through the number button generator; and selecting any one of a plurality of number input fields through the user input unit, Detecting a position of the selected number input box through a position detection unit, inputting a number corresponding to the number button selected by the user input unit through the number input processing unit into the detected number input box, Numeric mouth with digits lower than the number of digits Of the compartment comprises a step of inputting a 0 (zero) for any number ipryeokkan not input the random number.

In addition, a highlight is generated in the detected number input box.

In addition, when the additional selection is input to the number button, detecting the position of the number input box one digit lower than the currently detected number input box position, and the first number additionally input to the position of the detected one digit lower number input box It includes the step of input.

In addition, when the position of the currently detected number input box is the rightmost digit (lowest number of digits), detecting the position of the current number input box as it is, and the first number additionally input to the position of the currently detected number input box. In the step of inputting, and if the additional selection is input to the number button, the first number entered in the currently detected number input box is moved to the position of the number input box one digit high, and the second number additionally input is detected And entering the numeric input box.

The method may further include detecting a position of the selected number input box through the user input unit, and detecting the position of the selected number input box in the user input unit. And inputting a number corresponding to the selected number button.

According to the present invention as described above, the method for providing a user interface for inputting a number of the present invention allows the user to intuitively grasp the entered number or amount by directly selecting at least one or more units of the amount to be input. This can reduce the possibility of incorrect input.

In addition, the apparatus and method for providing a user interface for inputting a number of the present invention are selected so that the number of digits lower than the number of digits of the input unit is automatically displayed as 0, and can be modified by reselecting the unit indicated by 0 and inputting the number. By doing so, it is possible to provide convenience and promptness of the amount input.

In addition, when you want to change any number entered in the number input box of the present invention, it is possible to select and change only the number input box without changing the entire number, there is an effect that can only partially change the number of the digit.

As such, by lowering the possibility of incorrect input of the amount of money to the user and providing a user interface for numerical input, which is convenient and quick, the user can use the financial transaction more conveniently.

In addition to the effects described above, the specific effects of the present invention will be described together with the following description of specifics for carrying out the invention.

1 is a block diagram showing the configuration of an apparatus for providing a user interface for inputting numbers according to an embodiment of the present invention;
FIG. 2 is a block diagram showing in detail the configuration of the number input processing unit in FIG.
3A to 3C are exemplary embodiments of a screen showing a user interface generated by the apparatus for providing a user interface for numeric input according to the present invention.
4 is a flowchart illustrating a user interface providing method for inputting a number according to an embodiment of the present invention.
5A to 5 are embodiments for explaining a process of inputting an amount of money through a user interface for inputting a number according to the present invention;

The above objects, features, and advantages will be described in detail with reference to the accompanying drawings, whereby those skilled in the art to which the present invention pertains may easily implement the technical idea of the present invention. In describing the present invention, when it is determined that the detailed description of the known technology related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to indicate the same or similar components.

Hereinafter, a method of providing a user interface for inputting a number according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing the configuration of a user interface providing apparatus for inputting numbers according to an embodiment of the present invention, Figure 2 is a block diagram showing the configuration of the number input processing unit in FIG. 3A to 3C are exemplary embodiments of a screen showing a user interface generated through the apparatus for providing a user interface for numeric input according to the present invention.

At this time, the user interface providing apparatus 300 and the number input processing unit 340 for the numeric input shown in the drawing according to an embodiment, the components are not limited to the embodiment shown in the drawing, Accordingly, some components may be added, changed, or deleted.

As shown in FIGS. 1 and 3A to 3C, the user interface providing apparatus 300 of the present invention includes a numeric input field generating unit 310, a numeric button generating unit 320, a selection position detecting unit 330, and a number. An input processor 340 is included.

The number input box generating unit 310 generates a plurality of number input boxes 10 representing the deposit amount by displaying the numbers selected by the user input unit 100, and displays them on the screen through the screen display unit 200.

In this case, as illustrated in FIG. 3A, the numeric input field generating unit 310 may insert a digit character 11 representing a digit on one side of each numeric input field 10. For example, the number input field generator 310 starts with the last number input field 10 on the right side, and at the top of each number input field 10, 'day', 'ten', 'hundred', 'thousand', ' Ten million ',' hundred thousand ',' million ',' ten million 'and' billion 'digit characters 11 are sequentially inserted and displayed on the screen through the screen display unit 200.

In addition, the numeric input field generating unit 310 inserts a comma (,) 13 in three digit units toward the left side starting from the last numeric input field 10 on the right side, and is displayed on the screen through the screen display unit 200. can do.

As such, the number input field generating unit 310 enables the user to intuitively recognize the unit of the number currently being input, which is convenient to use and prevents the input of the number at the wrong digit.

The number button generation unit 320 generates number buttons 20a and 20b selected through the user input unit 100 to input numbers into the number input boxes 10 generated by the number input box generation unit 310, respectively. The screen is displayed on the screen through the screen display unit 200.

At this time, as shown in Figure 3b, the number button generator 320 is to display the soft number button 20a on one side of the screen independently of the number input box 10 generated by the number input box generator 310 Can be. For example, the number button generator 320 implements the soft number buttons 20a in the form of a matrix 3 × 4 keypad, and each button has 1, 2, 3, 4, 5, 6, 7, 8, 9 , 0 (1 ~ 0) can be displayed. Meanwhile, the soft number button 20a having a 3 × 4 keypad type may be displayed on one side of the screen when at least one of the numeric input boxes 10 generated by the numeric input box generator 310 is selected. However, the exemplary embodiment is not limited thereto, and may be always displayed on one side of the screen regardless of the selection of the numeric input box 10 generated by the numeric input box generating unit 310.

Alternatively, as illustrated in FIG. 3C, when the numeric button generation unit 320 selects one of the numeric input fields 10 generated by the numeric input field generating unit 310 through the user input unit 100, the selected numeric input field is selected. The number button 20b may be displayed on one side adjacent to the number input box 10 centering on the number 10. For example, when the sixth numeric input box 10 of the numeric input box 10 is selected, the numeric button generator 320 sequentially displays 1 to 0 on one side adjacent to the selected sixth numeric input box 10. The soft numeric button 20b is implemented in the form of a horizontal straight keypad. In addition, the soft number button 20b may display an arrow pointing to the selected sixth number input box 10.

On the other hand, the number button 20a shown in Figure 3b is a soft number button is implemented in the form of a matrix 3 × 4 keypad, the number button 20b shown in Figure 3c is sequentially from 1 to 0 Soft numeric buttons are implemented in the form of a horizontal straight keypad that is displayed. However, the form of the number button is only one embodiment and its behavior is not limited and may be implemented as various types of number buttons. In addition, a delete (or back) button of the soft number buttons may be added.

The selection position detecting unit 330 detects a position of the numeric input box 10 arbitrarily selected through the user input unit 100 among the numeric input box 10 generated by the numeric input box generating unit 310. At this time, the selection position detecting unit 330 corresponds to the screen size of the screen display unit 200 before the number input box 10 is displayed on the screen through the screen display unit 200 (hereinafter, referred to as a position coordinate value). Is referred to as 'first position coordinate value' in advance. In addition, the selection position detector 330 may detect the position of the numeric input box 10 having a matching position coordinate value by comparing the position value arbitrarily selected by the user input unit 100 with the first position coordinate value.

3B and 3C, the selection position detector 330 generates a highlight 12 on the detected number input box 10 and displays the highlight 12 on the screen, thereby confirming the number input box 10 selected by the user. To be able. For example, the highlight 12 may display the border of the selected number input box 10 in bold or different colors, but is not limited thereto, and the user may recognize the selected number input box 10 in various ways. Examples would be possible.

In addition, the selection position detector 330 detects a button position of the numeric buttons 20a and 20b selected through the user input unit 100 among the numeric buttons 20a and 20b generated by the numeric button generator 320. do. At this time, the selection position detection unit 330 corresponds to the screen size of the screen display unit 200 before the number buttons 20a and 20b are displayed on the screen through the screen display unit 200. The position coordinate value (hereinafter referred to as 'second position coordinate value') is set in advance. In addition, the selection position detector 330 may detect the button position of the numeric buttons 20a and 20b having a matching position coordinate value by comparing the position value selected through the user input unit 100 with the second position coordinate value. Will be.

The number input processing unit 340 inputs the number corresponding to the selected number buttons 20a and 20b into the number input box 10 detected by the selection position detector 330. In addition, the numeric input processing unit 340 inputs 0 (zero) to all numeric input boxes 10 in which any number is not input among the numeric input boxes 10 having lower digits than the number input digit 10 into which numbers are input. do. For example, as illustrated in FIG. 3B, after the sixth digit number entry column 10 of the number entry column 10 is detected, when the number buttons 20a and 20b of '7' are selected, the number The input processor 340 inputs '7' into the sixth digit number input box 10. In addition, all zeros are inputted into the numeric input fields 10 having the fifth to first digits lower than the sixth digit.

In this case, after a number is input to the detected number input box 10, if another number input box 10 is additionally selected through the user input unit 100, the selection position detector 330 selects another selected number input box 10. Can be detected again. In this case, although the number input box 10 neighboring the previously detected number input box 10 may be selected, the number input box 10 at a position spaced a predetermined distance may be arbitrarily selected.

The number input processing unit 340 inputs the number corresponding to the additionally selected number buttons 20a and 20b in the randomly selected number input box 10.

On the other hand, the numeric input processing unit 340, if only the additional selection of the numeric buttons 20a, 20b without additional selection of the number input box 10, the numeric input box 10 orders of magnitude lower than the current number input box 10 In), enter the number corresponding to the selected button. At this time, the detected number input column 10 is displayed with a highlight 12 and is changed to a number to which zero (zero) is input. And all the remaining number input box 10 is not changed without changing the number.

For example, as illustrated in FIG. 3C, when the number buttons 20a and 20b of 8 are additionally selected, the number input processing unit 340 is the fifth number one digit lower than the sixth digit that is the current input column 10. The numeric input column 10 of the digits is detected, and the detected fifth numeric input column 10 is indicated by the highlight 12. Subsequently, the number input processing unit 340 inputs 8 corresponding to the button additionally selected in the number input box 10 of the fifth digit. And all the remaining number input box 10 is not changed without changing the number.

As such, the number input processing unit 340 may select and input the largest digit of the deposit amount first. At this time, the meaning of selecting the first digit (the largest digit) means that the first digit is the start point of the number input rather than simply inputting the number of the corresponding digit, and immediately after entering the first digit, the number buttons 20a (20b). ) Is selected, the next digit is automatically detected, and the user does not need to specify the next digit separately. That is, this method of selecting the first digit has the effect of eliminating the process of selecting the next digit separately. For example, if you want to enter 780,000 won, select the number input box 10 of 100,000 digits, and then enter the number '7', '8' consecutively. That is, after selecting the number input column (10) of the first digit and entering the number '7', again selecting the number input box (10) of the back digits and then entering the number '8' input, instead of selecting the number input box (10) of the first digit and then the number ' 7 'and' 8 'are directly input.

On the other hand, as shown in Figure 2, the numeric input processing unit 340 is a digit processing unit 341, the digit detection unit 342, input number insertion unit 343, zero insertion unit 344 and input amount generation unit ( 345).

The digit processor 341 transmits the position of the numeric input box 10 detected by the selection position detector 330 to the digit detector 342. In addition, the digits processing unit 342 determines the position of the number input box 10 lower by one digit than the currently detected number input box 10 when the number is additionally input by selecting additional buttons of the number buttons 20a and 20b. To pass). In this case, when the currently detected number input box 10 is the rightmost digit (the lowest digit), the position of the current number input box 10 is transmitted to the digit detector 342.

In addition, the digit processing unit 341 transfers the position of the numeric input field one digit higher than the currently detected numeric input field 10 to the digit detection unit 342 when a delete button is inputted by additional selection of the numeric buttons 20a and 20b. do. At this time, the digit processing unit 341 has a lower number of digits than the currently detected number input box 10 without any number being input to the number input box 10 having a higher number of digits than the currently detected number input box 10. If any number other than 0 (zero) is not input to the numeric input field 10, the position of the numeric input field 10 having the rightmost digit (lowest digit) is transmitted to the digit detection unit 342.

The digit detector 342 detects the number of digits of the numeric input box 10 transmitted from the digit processor 341. At this time, the number of digits increases from the rightmost to the left of the numeric input column 10. For example, the digit detector 342 detects one, ten, one hundred, one thousand, ten thousand, one hundred thousand, one million, ten million, one billion positions from the rightmost side.

The input number inserting unit 343 inputs the number corresponding to the number buttons 20a and 20b selected through the user input unit 100 into the number input box 10 of the digits detected by the digit detector 342.

The zero inserting unit 344 is used in all numeric input boxes 10 in which the number is not input among the numeric input boxes 10 having lower digits than the number input digit 10 in which the number is input in the input digit inserting unit 343. Enter 0 (zero). In addition, the zero insertion unit 344 deletes the number input in the currently detected number input box 10 and inputs 0 (zero) when a delete button is input by additional selection of the number buttons 20a and 20b. . In addition, the zero insertion unit 344 detects the number of digits higher than the currently detected number input box 10 when the delete button is inputted by additional selection of the number buttons 20a and 20b.

In addition, the zero insertion unit 344 is a random number in the numeric input box 10 having a higher number of digits than the currently detected numeric input box 10 when a delete button is inputted by additional selection of the numeric buttons 20a and 20b. If is not input, any number other than 0 (zero) is detected, and the highest digit is detected among the input digits, and 0 (zero) of the numeric input field 10 having a higher digit than the highest digit detected is detected. Delete it. For example, if the previous '7' is deleted while '700,800' is input, the number of digits of '8' is detected, the '00' in front of the '8' is deleted, and the number input box 10 '800' is displayed.

In addition, the zero insertion unit 344 has a lower number of digits than the currently detected number input box 10 without any number being input to the number input box 10 having a higher number of digits than the currently detected number input box 10. If any number other than 0 (zero) is not entered in the numeric input field 10 having 0, all zeros of all numeric input fields 10 except the numeric input field 10 having the rightmost digit (lowest digit) are entered. delete (zero) For example, when '70' is input, when the previous' 7 'is deleted, '00, 00' located after '7' is deleted, and in the number input box 10, '0' is displayed at the last digit. 'Is displayed.

The input amount generation unit 345 corresponds to an arbitrary number input from the input number insertion unit 343 and 0 input from the zero insertion unit 344 based on the number of digits detected by the digit detection unit 342. To generate the input amount. At this time, the generated input amount is used for the transaction service to be performed by the user when the confirmation button 30 is selected.

Meanwhile, the user input unit 100 is an input device connected to a user terminal that performs various transactions for a financial transaction service, and may include a keyboard, a keypad, a mouse, and a touch screen.

In addition, the screen display unit 200 may be a screen included in a user terminal that performs various transactions for a financial transaction service. For example, the screen display unit 200 may include a display unit of a monitor and a portable terminal. However, the present invention is not limited thereto, and the user input unit 100 and the screen display unit 200 may be included in the user interface providing apparatus 300.

In addition, on the screen of the screen display unit 200, in addition to the number input box 10 and the soft number buttons 20b and 20b generated by the user interface providing apparatus 300, information according to a transaction performed for a financial transaction service may be displayed. Can be. For example, in the case of performing a transfer transaction as shown in FIGS. 3A to 3C, information on the transfer transaction screen (for example, a 'transfer' character) is displayed on the screen of the screen display unit 200, bank account information. (Eg, account number, withdrawable amount, etc.), information content describing the transfer transaction service (eg, 'Please enter the amount of money to send'), and a transfer confirmation button 30.

The operation of the apparatus for providing a user interface for inputting numbers according to the present invention configured as described above will be described in detail with reference to the accompanying drawings. The same reference numerals as FIGS. 1, 2 and 3A to 3C refer to the same members performing the same functions.

4 is a flowchart illustrating a user interface providing method for inputting numbers according to an embodiment of the present invention.

Referring to FIG. 4, first, when a transaction for performing a financial transaction service is selected, a number selected from the user input unit 100 is displayed through the number input field generating unit 310 to indicate a plurality of number input fields (representing a deposit amount). 10) and display on the screen via the screen display unit 200 (S101). In this case, the number input box 10 displayed on the screen is first selected the number of digits of the day, and highlights the number input box of the number of digits of the day.

In this case, the number input box 10 includes a digit character 11 representing a digit on one side. The number of digits begins with the last number entry field (10) on the right side, and the number of days, tens, hundreds, thousand, ten thousand, hundred thousand, and one million , '10 million ',' billion 'digit characters (11) are inserted sequentially. In addition, the numeric input column 10 includes a comma symbol (,) 13 in three digit units starting from the last numeric input column 10 on the right side toward the left side.

In addition, the numeric buttons 20a and 20b selected through the user input unit 100 for inputting the numbers into the numeric input boxes 10 generated by the numeric input field generator 310 through the numeric button generator 320, respectively. It generates and displays on the screen via the screen display unit 200 (S102).

In this case, when the number input box 10 is selected through the user input unit 100, the number buttons 20a and 20b may be displayed on one side adjacent to the selected number input box 10. However, the present invention is not limited thereto and may be always displayed on one side of the screen.

Subsequently, when any one of the number input boxes 10 of the plurality of input fields 10 is selected through the user input unit 100 (S103), the position of the selected number input box 10 is detected by the selection position detector 330. Then, the highlight 12 is displayed on the detected number input box 10 (S104).

When the number buttons 20a and 20b are selected through the user input unit 100 (S105), the number input processing unit 340 highlights the number corresponding to the selected number buttons 20a and 20b. 0 in all numeric input boxes 10 in which no number is input among the numeric input boxes 10 inputted in (10) and having a lower number of digits than the numeric input box 10 inputted through the zero insertion unit 344. (zero) is input (S106).

Subsequently, the position of the numeric input box 10 of one digit lower than the digits of the numeric input box 10 into which the number is input is detected, and the highlight 12 is displayed on the detected numeric input box 10 (S107).

In addition, if any one of the plurality of input fields 10 of the plurality of input fields 10 is further selected through the user input unit 100 (S109), the position of the selected number input unit 10 is selected through the selection position detector 330. After detecting, the highlight 12 is displayed on the detected number input box 10 (S104), and the above processes S105 to S108 are repeated.

As such, when the present invention intends to change an arbitrary number input in the number input box 10, only the number input box 10 can be selected and changed without changing the entire number, so that only the number of the corresponding digit can be partially changed.

At this time, when the delete button is input by the number buttons 20a and 20b, the position of the number input box 10 that is one digit higher than the currently detected number input box 10 is detected. At this time, a random number is not input to the number input box 10 having a higher number of digits than the currently detected number input box 10 and at the same time, the number input box 10 having a lower number of digits than the currently detected number input box 10. If any number other than 0 (zero) is not input, the position of the numeric input field 10 having the rightmost digit (lowest digit) is detected.

On the other hand, without additional selection of the numeric input box 10 (S109), if only the numeric buttons 20a and 20b are additionally selected (S105), the position of the numeric input box one digit lower than the currently detected numeric input box position is detected, and Enter a number to be added at the position of the detected one-digit low number input box. In addition, zero (zero) is input to all numeric input boxes 10 in which any number of the numeric input boxes 10 having lower digits than the digits of the numeric input box 10 input through the zero insertion unit 344 is not input. (S106). And repeat the above process (S107 ~ S108).

At this time, when the delete button is input with the numeric buttons 20a and 20b, the zero insertion unit 344 deletes the number input to the currently detected numeric input box 10 and inputs 0 (zero). In addition, if the zero inserting unit 344 deletes the button by additional selection of the numeric buttons 20a and 20b, the zero inserting unit 344 has a numeric input field having a higher number of digits than the currently detected numeric input field 10. If any number is not inputted in (10) and the numeric input box 10 having the lower digits than the currently detected numeric input box 10 is not input any number except 0 (zero), Delete all zeros of all numeric input cells 10 except the numeric input column 10 having the right digit (lowest digit).

Meanwhile, in step S103, if the number buttons 20a and 20b are selected through the user input unit 100 without selecting the number input box 10 (S110), the number of digits of the first selected number input box 10 is changed. A number corresponding to the selected numeric buttons 20a and 20b is input (S111).

The existing numbers input in the number input box 10 are moved to the upper digits by one digit (S112). At this time, the current position of the number input box is selected as it is, and highlights the number input column of one digit.

In this case, if any one of the plurality of input fields 10 of the plurality of input fields 10 is additionally selected through the user input unit 100 (S114), the position of the selected number input box 10 is selected through the selection position detector 330. After detecting, the highlight 12 is displayed on the detected number input box 10 (S104), and the above processes S105 to S108 are repeated.

In addition, if only the number buttons 20a and 20b are additionally selected (S110) without additional selection of the number input box 10 (S114), the number corresponding to the selected number buttons 20a and 20b is highlighted. The number of digits of the input field 10 is input (S111), the above steps (S112 ~ S113) are repeated.

When the deposit amount selection for the transaction for performing the financial transaction service is completed, and the confirmation button is selected (S108) (S113), the number input processing unit 340 is the digit detection unit 342 through the input amount generation unit 345 Based on the number of digits detected in the) to generate an input amount by matching a random number and zero (zero) input to the numeric input field (10).

The input amount generated in this way is used for the transaction service that the user wants to perform when the confirmation button 30 is selected.

Through the user interface providing method for inputting such numbers, the user inputs a number by directly selecting at least one or more units of the amount to be input, thereby intuitively grasping the input number or amount, thereby reducing the possibility of incorrect input. . In addition, the number of digits lower than the number of digits of the selected unit is automatically displayed as 0, and it is possible to provide convenience and speed in entering the amount of money by allowing the user to correct the selected number by reselecting among units marked as 0. .

5A to 5 illustrate an example of a process of inputting an amount of money through a user interface for inputting a number according to the present invention, and illustrates a case of inputting 780,000 won through the user interface.

As shown in FIG. 5A, first, 100,000 digits of the plurality of numeric input boxes 10 displayed on the screen are touched. Then, the selected 100,000 digit number entry column 10 is displayed as a highlight 12.

Subsequently, as shown in Fig. 5B, number selection buttons 20a and 20b to be input at the selected position are generated. Subsequently, when the number 7 is selected from the generated selection buttons 20a and 20b, the selected number 7 is input to the highlighted input box 10, and the number of digits lower than 100,000 digits of the input number input box 10 is entered. In all numeric input fields 10 having 0, 0 (zero) is automatically input.

At this time, if 700,000 won is entered, the process is terminated without further processing. However, in this embodiment, since 780,000 won is input, the following procedure should be performed.

That is, as shown in FIG. 5C, when the number of 8 is selected through the number buttons 20a and 20b, the position of the number input column of 10,000 digits lower by one digit than the currently detected number of 100,000 digit input field is selected. The number 8 which is detected and additionally inputted to the detected tens digit input box is input.

When the confirmation button 30 is selected, the generated input amount is used for the transaction service that the user wants to perform.

As such, the method for providing a user interface for inputting a number of the present invention is characterized in that the number is filled from the first digit when the amount is input. This is different from the way the numbers are filled from the last digit.

In the present invention, the meaning of selecting the first digit means that the first digit is a starting point of the number input rather than merely inputting the number of the corresponding digit, and does not need to specify the next digit after inputting the first digit. That is, the present invention has the effect of eliminating the process of selecting the next position separately by selecting the first position.

As shown in Figures 5a to 5c described above, in the case of 780,000 won, first select 100,000 digits, and then enter numbers 7, 8 consecutively, select the first digit, enter the number 7, then select the last digit 8 After selecting the first digit, instead of selecting the number 7, the number 8 will proceed.

In addition, instead of selecting 100,000 digits through a separate keypad, a place where a number is input is a digit, without combining a separate keypad for digit assignment, that is, a place where a number is reflected and a digit position are combined. Is done.

In addition, this method selects 100,000 digits and then selects a number, which is the opposite of the word order. In this case, if the number needs to be corrected, only the digit can be changed partially without changing the whole number. There is this.

The present invention as described above is capable of various substitutions, modifications, and changes without departing from the technical spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited by.

10: numeric entry field 11: digit character
12: highlight 13: comma symbol
20a, 20b: Number buttons 30: OK button
100: user input unit 200: screen display unit
300: user interface providing apparatus 310: numeric input field generating unit
320: number button generator 330: selection position detector
340: number input processing unit 341: digit processing unit
342: digit detection unit 343: input number insertion unit
344: zero insertion unit 345: input amount generation unit

Claims (5)

Generating a plurality of numeric input boxes in which numbers selected by the user input unit are respectively displayed through the numeric input box generating unit to indicate a deposit amount;
Generating a number button selected through a user input unit for inputting a number into the generated number input box through a number button generator;
Detecting a position of the selected numeric input field through a selection position detector if any one of a plurality of numeric input cells is selected through a user input unit; And
The number input unit inputs a number corresponding to the number button selected by the user input unit into the detected number input box, and any number among the number input fields having a digit lower than the number of digits of the number input box input through the zero insertion unit is not entered. A method for providing a user interface for inputting a number comprising inputting zero to all number input fields.
According to claim 1,
And providing a user interface for generating a highlight in the detected number input box.
According to claim 1,
Detecting a position of a numeric input field that is one digit lower than the currently detected numeric input position when an additional selection is input to the numeric button;
And inputting a first digit additionally input at a position of the detected one digit low number input box.
The method of claim 3, wherein
If the position of the currently detected numeric input field is the rightmost digit (lowest digit), detecting the position of the current numeric input field as it is;
Inputting a first number additionally input at a position of a currently detected number input box;
When an additional selection is input to the number button, the first number input in the currently detected number input box moves to the position of the number input box one digit higher, and the second number additionally input is input in the currently detected number input box. Method for providing a user interface for entering a number comprising a.
According to claim 1,
Detecting a position of the selected number input column when any one of the number input fields is additionally selected through the user input unit;
And inputting a number corresponding to a number button selected by the user input unit into the detected number input box through the number input processing unit.

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