JP2017204212A - Ten-key display control system and ten-key display control method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To reduce an operation load of a user in ten-keys, and to provide the ten-keys respectively responding to various input objects in a flexible manner.SOLUTION: A server 100 of a ten-key display control system 10 comprises: a storage device 101 for storing a table; and an arithmetic unit 104 for, when receiving a selecting operation performed to a predetermined input form on a display screen, specifying each information of the type of an input object value in the input form, the button type of a soft ten-key 1 corresponding to the type and the display size of each button in the table, and for adjusting the display size of at least any of the respective buttons on the basis of the button of the specified type and the display size thereof to execute the arrangement of the respective buttons in an area of the soft ten-key 1 of the predetermined size, and for causing a predetermined device 200 to display the soft ten-key 1.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a numeric keypad display control system and a numeric keypad display control method. Specifically, the present invention can reduce a user's operation load on the numeric keypad and provide a numeric keypad that can flexibly correspond to various input objects. Regarding technology.

  The person in charge of the financial institution operates various terminals such as a tablet terminal, and performs various tasks such as inquiry of information about the customer in charge or the customer in charge, registration of response results, and schedule confirmation. However, unlike a hardware keyboard, a soft keyboard displayed on such a terminal tends to be complicated to switch input modes for each input target such as characters, symbols, and numerical values.

  Accordingly, the following techniques have been proposed as conventional techniques for dealing with such problems. That is, an information processing system in which an information processing device and an information processing terminal that performs input assistance of the information processing device are communicably connected, and the information processing device includes an input form for inputting information. Storage means for storing a screen and an input attribute indicating whether the input form is a character item for inputting a character string or a numerical item for inputting a numerical value for each input form; Screen display means for displaying the screen stored in the storage means, and when an input form provided on the screen displayed by the screen display means is selected, the input attribute corresponding to the selected input form is stored in the storage means Input attribute determination means for determining whether the input attribute is a character item or a numeric item, and the input attribute is a character item in the input attribute determination means If it is determined that there is a numerical item, the information processing terminal is instructed to display a screen for inputting a character string in the input form to the information processing terminal. Display instruction means for instructing display of a screen for inputting a numerical value to the input form, and input means for receiving the content input by the information processing terminal and inputting the input to the input form The information processing terminal displays a screen for inputting a character string or a screen for inputting a numerical value based on contents instructed by the display instruction unit, and a display by the display control unit. An information processing system including an input content transmitting unit that transmits input content to the information processing device based on content instructed to the displayed screen has been proposed (see Patent Document 1).

JP 2013-120532 A

  According to the prior art, it is possible to output a corresponding input interface based on whether the input object in the input form is a character or a numerical value. On the other hand, in the business of a financial institution, many procedures are required for each huge product or service. That is, there are various types of input objects in the tablet terminal.

  Under such circumstances, as in the prior art, it is very complicated and difficult to simply prepare and handle all types of input interfaces. In addition, there is also a problem that it is difficult to respond flexibly even if changes or additions occur in the business and the contents of the procedure.

SUMMARY OF THE INVENTION An object of the present invention is to provide a technique that can reduce a user's operation load on a numeric keypad and can provide a numeric keypad that can flexibly correspond to various input objects.

  The numeric keypad display control system of the present invention that solves the above problems associates the type of input value on each input form on the screen with the type of soft numeric keypad corresponding to the type and the display size of each button. A storage device for storing the table, a selection operation performed on a predetermined input form on the display screen, a type of an input target value on the input form, a button type of a soft numeric keypad corresponding to the type, and A software numeric keypad of a predetermined size by adjusting the display size of each button based on the process of specifying each information of the display size of each button in the table, the specified type of button, and the display size thereof Processing for executing the placement of each button in the area and displaying the soft numeric keypad on a predetermined device. Characterized in that it comprises a location, a.

  In addition, the numeric keypad display control method of the present invention provides a table that associates the type of input target value on each input form of the screen, the button type of the software numeric keypad corresponding to the type, and the display size of each button. An information processing system having a storage device for storing receives a selection operation performed on a predetermined input form on the display screen, and inputs a type of an input target value on the input form, and a soft numeric keypad corresponding to the type Processing for identifying each type of information and display size of each button in the table, and adjusting the display size of at least one of the buttons based on the specified type of button and its display size Execute the process of arranging each button in the soft numeric keypad area and displaying the soft numeric keypad on a predetermined device. And wherein the Rukoto.

  ADVANTAGE OF THE INVENTION According to this invention, while reducing the operation load of the user in a numeric keypad, the numeric keypad corresponding to each of various input objects can be provided flexibly.

It is a network block diagram containing the ten key display control system of this embodiment. It is a figure which shows the hardware structural example of the server in this embodiment. It is a figure which shows the hardware structural example of the tablet terminal in this embodiment. It is a figure which shows the data structural example of the common button information table of this embodiment. It is a figure which shows the example of a button arrangement | sequence in the display area of the soft numeric keypad in this embodiment. It is a figure which shows the example of a data structure of the button information table classified by function of this embodiment. It is a figure which shows the example of a data structure of the button size table of this embodiment. It is a figure which shows the example of a flow of the ten key display control method in this embodiment. It is a figure which shows the example 1 of a screen in this embodiment. It is a figure which shows the example 2 of a screen in this embodiment. It is a figure which shows the example 3 of a screen in this embodiment. It is a figure which shows the example 4 of a screen in this embodiment. It is a figure which shows the example 5 of a screen in this embodiment. It is a figure which shows the example 6 of a screen in this embodiment.

--- System configuration ---

Embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a network configuration diagram including a numeric keypad display control system 10 of the present embodiment. A numeric keypad display control system 10 shown in FIG. 1 is a computer system that can reduce a user's operation load on a numeric keypad and can provide a numeric keypad corresponding to various input objects flexibly.

  In this embodiment, as an example, it is assumed that the numeric keypad display control system 10 is configured by a business support server 100 of a financial institution and a tablet terminal 200 connected to the server 100 via the network 5.

  Of these, the sales support server 100 is a device that implements and provides a function that supports the execution of various operations by each sales person in charge of a financial institution. The server 100 itself constitutes a conventionally proposed sales support system and the like.

  The server 100 transmits a predetermined screen by the sales support function to the tablet terminal 200 to display it, and the input target value of the input form in accordance with the selection operation (by the sales staff) for the input form of this screen. The device returns a soft numeric keypad corresponding to the type of the tablet terminal 200 to the device.

  The tablet terminal 200 is operated by each sales person in the financial institution, displays various information provided by the sales support function of the server 100 described above, and is selected by an input form by each sales person. It is a terminal device that executes a series of input / output processes such as receiving operations and inputs and returning them to the server 100.

  Note that the tablet terminal 200 may also have the functions of the server 100 described above, and the numeric keypad display control system 10 may be configured by the tablet terminal 200 alone. Alternatively, the server 100 may include a touch panel as an input / output device and configure the numeric keypad display control system 10 as a stand-alone.

When the numeric keypad display control system 10 is configured in a more secure network environment, the tablet terminal 200 that does not include an auxiliary storage device and a predetermined thin client server (not shown) have the functions of the tablet terminal 200 described above. It may be configured. In this case, the tablet terminal 200 does not hold sensitive information such as customer data by itself, and only transfers screen data to and from the thin client server. The above-described thin client server is connected to the server 100 via an in-house network within a financial institution.
--- Hardware configuration ---

  The hardware configuration of each device constituting the numeric keypad display control system 10 is as follows. FIG. 2 is a diagram illustrating a hardware configuration example of the server 100 according to the present embodiment.

  That is, the server 100 is held in a storage device 101 composed of an appropriate nonvolatile storage element such as an SSD (Solid State Drive) or a hard disk drive, a memory 103 composed of a volatile storage element such as a RAM, and the storage device 101. Communication such as reading out the program 102 to the memory 103 and executing it to perform overall control of the device itself, and performing various determinations, computations and control processing, such as a CPU and the network 5, and communication processing with other devices Device 105.

In the storage device 101, a program 102 for implementing functions necessary as the server 100 configuring the numeric keypad display control system 10 of the present embodiment, a common button information table 125, a function-specific button information table 126, and A button size table 127 is stored at least. Specific configurations of these tables will be described later.

  FIG. 3 is a diagram illustrating a hardware configuration example of the tablet terminal 200 in the present embodiment. The tablet terminal 200 according to the present embodiment includes a storage device 201 including an appropriate nonvolatile storage element such as an SSD (Solid State Drive) or a hard disk drive, a memory 203 including a volatile storage element such as a RAM, and a storage device 201. The stored program 202 is read out to the memory 203 and executed to perform overall control of the apparatus itself and perform various determinations, calculations, and control processes. A touch panel 205 responsible for outputting processing results and a communication device 206 connected to the network 5 and responsible for communication processing with the server 100 described above are provided.

The storage device 201 stores at least a program 202 for implementing functions necessary as a tablet terminal constituting the numeric keypad display control system 10 of the present embodiment. In addition, the tablet terminal 200 may include a common button information table 125, a function-specific button information table 126, and a button size table 127 held by the server 100 described above, and these may be used as necessary.
--- Data structure example ---

  Next, tables used by the numeric keypad display control system 10 of this embodiment will be described. FIG. 4A shows an example of the common button information table 125 in the present embodiment.

  The common button information table 125 according to the present embodiment includes a common button type and a display size of the button between the soft numeric keys provided by the server 100 to the tablet terminal 200 according to the type of input target value in the input form. And a table in which each piece of arrangement information is associated. The data structure is an aggregate of records in which values such as the display size and arrangement of the common button are associated with the name of each common button.

  Of these, the value of the layout is the layout when the soft numeric keypad is configured with only the common buttons, that is, “basic”, and the layout when the software numeric keypad is configured with functional buttons related to the Japanese calendar in addition to the common buttons, that is, “sum” Arrangement in the case where the soft numeric keypad is configured by a function-specific button related to any of CIF, decimal point, and negative number in addition to the common button, that is, “CIF, decimal point, negative number” is defined.

  As an arrangement value, as illustrated in FIG. 4B, a coordinate value indicating an arrangement position of the button in the 4 rows × 4 columns button arrangement in the display area 2 of the soft numeric keypad 1 is assumed. For example, the lowest row in the soft numeric keypad 1 is the first row, the uppermost row is the fourth row, the leftmost column in the soft numeric keypad 1 is the first row, and the rightmost column is the first row. In the case of four columns, the arrangement position of the button “1” is the first column of the second row, and the sitting value thereof is “2, 1”. The soft numeric keypad 1 includes an input preview area 3 in addition to the various buttons whose arrangement positions are thus defined. The input preview area 3 is an area for displaying values that have been input by the user operating various buttons included in the software numeric keypad 1 so far.

  FIG. 4C shows a data configuration example of the function-specific button information table 126 in the present embodiment. The function-specific button information table 126 according to the present embodiment includes a type of input target value in each input form on the screen provided by the server 100 to the tablet terminal 200, a button type of a soft numeric keypad corresponding to the type, and a display of each button. It is the table which matched size and its arrangement | positioning.

The data structure is a numeric keypad button corresponding to the type of input value of the input form, such as numeric value, CIF number (customer information file number), Japanese calendar, decimal point, and negative number. It is a collection of records in which values such as type, display size of each button, and arrangement thereof are associated with each other.

  The arrangement value for each button in the function-specific button information table 126 is the same as the arrangement value in the common button information table 125 described above, in the 4 × 4 button arrangement in the display area 2 of the soft numeric keypad 1. A coordinate value indicating the position of the button is assumed.

  FIG. 5 shows a data configuration example of the button size table 127 of the present embodiment. The button size table 127 is a table that prescribes whether or not the display size of each button of the soft numeric keypad can be enlarged or reduced, and the enlargement / reduction range (the extent that enlargement / reduction is allowed from the original size).

The data structure is a collection of records in which values such as whether or not the display size of the button is enlarged and reduced and the range of enlargement and reduction are associated with each button type as a key.
--- Flow example ---

  Hereinafter, the actual procedure of the numeric keypad display control method according to this embodiment will be described with reference to the drawings. Various operations corresponding to the numeric keypad display control method described below are realized by programs that are read and executed by the server 100 and the tablet terminal 200 constituting the numeric keypad display control system 10 in a memory or the like. And this program is comprised from the code | cord | chord for performing the various operation | movement demonstrated below.

  FIG. 6 is a diagram illustrating a flow example of the numeric keypad display control method according to the present embodiment. Here, it is assumed that a sales person in charge of the financial institution described above operates the tablet terminal 200 and starts a customer service operation using the sales support function of the server 100. Further, prior to the start of the business, the sales representative performs information search regarding the customer in an existing customer management DB or the like (for example, provided by the server 100 via a customer management system of a financial institution).

  The tablet terminal 200 receives an appropriate instruction from the sales representative on the touch panel 205, requests / acquires the customer information search screen 700 (FIG. 7A) from the server 100, and the search screen 700 is displayed on the touch panel 205. Display. On the other hand, the sales representative touches a search condition input form 701 to 704 included in the search screen 700 to which the search condition is to be input, and displays a cursor 707. Such a selection operation of the input form on the touch panel by the user and a series of processes in the server 100 and the tablet terminal 200 associated therewith are the same as those in the existing system.

  In this case, the tablet terminal 200 performs display processing of the cursor 707 associated with the touch described above, and notifies the server 100 of the sales person's touch on the input form, that is, the event of the selection operation (s100). In the notification, the tablet terminal 200 acquires the tag value of the input form from the codes (eg, HTML code) constituting the search screen 700, and includes the tag value in the notification.

  Here, it is assumed that the sales representative selects the CIF number input form 701 in the search screen 700 shown in FIG. 7A. Therefore, the tablet terminal 200 notifies the server 100 of the tag value related to the CIF number input form 701.

  On the other hand, the server 100 receives the above notification from the tablet terminal 200 and specifies the type of the input target value in the input form that has received the above selection operation based on the tag value of the input form included in the notification ( s101).

  As a matter of course, the server 100 holds the information of the HTML tag related to each input form in the storage device 101 in advance. Therefore, when the server 100 receives the above notification from the tablet terminal 200, the server 100 can specify which type of input target value the input form selected by the sales representative is.

  Assume that the server 100 specifies that the type of the input target value of the input form is, for example, “CIF number” based on the tag value included in the notification.

  Next, the server 100 specifies the button type, display size, and arrangement position of the software numeric keypad 1 corresponding to the input target value type “CIF number” in the function-specific button information table 126 (s102).

  As described above, when the type of the input target value is “CIF number”, according to the function-specific button information table 126 illustrated in FIG. 4C, the button (hereinafter referred to as function) to be displayed on the soft numeric keypad 1 when the CIF number is input. The separate button) can be identified as “A”, the display size is “5 × 5”, and the arrangement position is “1, 2”.

  Further, the server 100 specifies the presence / absence of a common button in which the above-described function-specific button “A” and the arrangement position “1, 2” compete with each other in the common button information table 125 (s103).

  In this step s103, the server 100 uses the common button information table 125 in which the placement position is defined as “1, 2” in the field corresponding to the type “CIF number” of the input target value. Search for a button. In the case of the common button information table 125 illustrated in FIG. 4A, the common button defined as the arrangement position “1, 2” is not specified.

  Further, the server 100 selects a common button adjacent to the arrangement position “1, 2” having a display size overlapping the display size “5 × 5” area of the function-specific button “A”. Search is made in a column relating to “CIF” in the “arrangement” column of the table 125. Here, in the case of the common button information table 125 illustrated in FIG. 4A (see also FIG. 4B), the server 100 has a common button “1” arranged at “1, 1” adjacent to the arrangement position “1, 2”. With respect to the common buttons “BS” arranged at “0”, “1, 3”, and the common buttons “2” arranged at “2, 2”, the display sizes thereof are “5 × 10”, “5 × 5”, respectively. , “5 × 5”.

  Among the display sizes specified as described above, the server 100 displays the display size “5 × 10” of the common button “0” as the display size “5 × 5” of the function-specific button “A” and other common buttons. Can be identified as overlapping the area of the function-specific button “A”.

  That is, in s103, the server 100 specifies the common button “0” as a common button in which the function-specific button “A” and the arrangement position “1, 2” compete with each other.

  Furthermore, in step s103, the server 100 specifies not only the conflict between the above-described function-specific button and the common button but also the conflict between the arrangement positions of the common buttons.

  In this case, the server 100 first has a different arrangement position between “basic” in the “arrangement” column in the common button information table 125 and the type of input target value specified in s101, that is, “CIF”. Specify whether there is a common button.

In the example of the common button information table 125 shown in FIG. 4A, the arrangement positions of all the common buttons are the same in “basic” and “CIF”. In other words, in the case of “CIF”, “Basic”
It can be specified that there is no button arranged at a different position.

  Subsequently, the server 100 specifies the enlargement / reduction possibility and the enlargement / reduction range in the button size table 127 for the common button “0” specified in s103 (s104). In the button size table 127 illustrated in FIG. 5, the common button “0” can be specified to be “enlarged / reduced” and the expanded / reduced range “50%”.

  Therefore, the server 100 displays the display object (storage device 101) so that the horizontal width “10” of the display size of the common button “0” is the same as the horizontal width “5” of the function-specific button “A” and other common buttons. ) (Which is the width of the outer shape of the display object, not the character size of the display value “0”) is reduced by 50% to be reduced to “5” (s105). By this process, a free area is formed in the second column of the first row in the display area 2 of the soft numeric keypad 1.

  In addition, although the process which reduces the display object corresponding to a common button was illustrated here, of course, it is not limited to this, In the case where a button which does not need display is generated among the common buttons, each button other than the button which does not need display is related. Processing such as enlarging the display object may be performed.

  Next, the server 100 changes the display size of the common button “changed in s105 according to the arrangement of the common buttons (specified in the common button information table 125) when the input target value type“ CIF number ”specified in s101 is input. The display object of “0” and the display objects of the other common buttons are arranged at the corresponding positions in the 4 × 4 button array in the display area 2 of the soft numeric keypad 1 (s106).

  Further, the server 100 arranges the display object of the function-specific button “A” in a 4 × 4 button array in the display area 2 of the software numeric keypad 1 in accordance with the arrangement position of the function-specific button “A” specified in s102. Are arranged at the corresponding positions (s107).

  Subsequently, in the process up to s107, the server 100 transmits the soft numeric keypad 1 (display data thereof) in which the display objects of the common buttons and the function-specific button “A” are arranged to the tablet terminal 200 (s108). At this time, the server 100 sets the display position of the soft numeric keypad 1 in the corner 7011 (FIG. 7A) at the upper left corner of the input form 701 so as to cover the input form 701 selected by the salesperson in the search screen 700. The tablet terminal 200 is notified of an instruction to display the corner 7012 (FIG. 7B) at the upper left corner of the soft numeric keypad.

  Alternatively, it is possible to give an instruction to display the center upper end 7014 (FIG. 7B) of the soft numeric keypad together with the center upper end 7013 (FIG. 7A) of the input form 701. Alternatively, it is possible to give an instruction to display the center of gravity 7016 (FIG. 7B) of the soft numeric keypad with the center of the left and right sides of the input form 701, ie, the center of gravity 7015 (FIG. 7A).

  On the other hand, the tablet terminal 200 arranges and displays the soft numeric keypad 1 received from the server 100 at a position corresponding to the display position instruction in the search screen 700 (s109).

  The above-mentioned sales representative browses the search screen 700 on which the software numeric keypad 1 is displayed in this way, and performs a CIF number input operation using the common button and the function-specific button “A” of the software numeric keypad 1. Become.

  The tablet terminal 200 displays the value of the button pressed by the sales person in the input preview area 3, and when the “confirm” button 70 is pressed, the display of the soft numeric keypad 1 is deleted (s110).

  Subsequently, when the search execution button 705 on the search screen 700 is pressed (s111: y), the tablet terminal 200 receives the values input in the input forms 701 to 704 in the processing so far (in the case of FIG. 7B, “A1234”). ), That is, a search request using the value of the CIF number as a search key is returned to the server 100 (s112). Thereafter, the tablet terminal 200 receives the search result from the server 100, displays it on the touch panel 205, and ends the flow.

  On the other hand, when the search execution button 705 is not pressed on the above-described search screen 700 and a salesperson's touch on another input form, that is, a selection operation is detected (s111: n), the tablet terminal 200 moves the process to s100. return. Such processing is repeatedly executed until the search execution button 705 is pressed.

  For example, as illustrated in FIG. 8A, when the selection operation is performed on the input form 703 of “year” among “subscription years”, the server 100 performs the input based on the tag value of the input form 703. The type of the input target value of the form 703 is specified as “Japanese calendar”.

  In this case, the server 100 uses the function-specific buttons “S” and “H” of the soft numeric keypad 1 corresponding to the type of input target value “Japanese calendar” and the display sizes “5 × 5”, “5 × 5”, Further, the arrangement positions “1, 2” and “1, 3” are specified by the function-specific button information table 126.

  Further, the server 100 specifies, in the common button information table 125, the presence / absence of a common button in which the above-described function-specific buttons “S” and “H” compete with the arrangement positions “1, 2” and “1, 3”. .

  In this case, the server 100 has an arrangement position of “1, 2” or “1, 3” in the column corresponding to the input target value type “Japanese calendar” in the “arrangement” column of the common button information table 125. Search for common buttons specified as. In the case of the common button information table 125 illustrated in FIG. 4A, the common button defined as the arrangement position “1, 2” or “1, 3” is not specified.

  Furthermore, the server 100 overlaps the area of the display size “5 × 5” of the function-specific buttons “S” and “H” among the common buttons adjacent to the arrangement position “1, 2” or “1, 3”. Those having a display size are searched for in the column relating to “Japanese calendar” in the “arrangement” column of the common button information table 125. Here, in the case of the common button information table 125 illustrated in FIG. 4A (see also FIG. 4B), the server 100 has a common button “1” arranged at “1, 1” adjacent to the arrangement position “1, 2”. Regarding the common button “2” arranged at “0” and “2, 2”, the display sizes are specified as “5 × 10” and “5 × 5”, respectively. Similarly, the display size of the common button “Confirm” at “1, 4” adjacent to the arrangement position “1, 3” and the common button “3” at “2, 3” are displayed. Are identified as “10 × 5” and “5 × 5”.

  Among the display sizes specified as described above, the server 100 displays the display size “5 × 10” of the common button “0” as the display size “5 × 5” of the function-specific button “S” and other common buttons. Can be identified as overlapping the area of the function-specific button “S”.

  In other words, the server 100 specifies the common button “0” as a common button in which the function-specific button “S” and the arrangement position “1, 2” compete with each other.

  Furthermore, in addition to the process of specifying the presence / absence of the common button whose arrangement position conflicts with the above-described function-specific button, the server 100 also specifies the arrangement position competition between the common buttons.

  First, the server 100 in this case has a different arrangement position between “basic” in the “arrangement” column in the common button information table 125 and the type of the input target value that has already been identified, that is, “Japanese calendar”. Specify whether there is a common button.

  In the example of the common button information table 125 shown in FIG. 4A, the arrangement position of “BS” among the common buttons is different in “1, 3” in “basic” and “2, 4” in “Japanese calendar”. ing. That is, in the case of “Japanese calendar”, a button arranged at a position different from “basic” can be specified as a “BS” button.

  In addition, the server 100 in this process has a display size “5 ×” of the “BS” button among the common buttons adjacent to the arrangement positions “2, 4” of the “BS” button in the case of the above “Japanese calendar”. Those having a display size that overlaps the area “5” are searched in the column “Japanese calendar” in the “arrangement” column of the common button information table 125.

  Here, in the case of the common button information table 125 illustrated in FIG. 4A (see also FIG. 4B), the server 100 has a common button “1” arranged at “1, 4” adjacent to the arrangement position “2, 4”. For the common button “3” arranged in “determine” and “2, 3”, the respective display sizes are specified as “10 × 5” and “5 × 5”.

  Among the display sizes specified as described above, the server 100 sets the display size “10 × 5” of the common button “fixed” to the display size “5 × 5” of the common button “BS” and other common buttons. It can be specified that it overlaps the area of the common button “BS”.

  That is, in this process, the server 100 identifies the common button “OK” as a common button in which the common button “BS” competes with the arrangement position “1, 4”.

  Subsequently, the server 100 specifies the enlargement / reduction possibility and the enlargement / reduction range in the button size table 127 regarding the common buttons “0” and “fix” specified above. In the button size table 127 illustrated in FIG. 5, the enlargement / reduction “possible” and the enlargement / reduction range “50%” can be specified for each of the common buttons “0” and “OK”.

  Therefore, the server 100 sets the horizontal width (display) of the display object so that the horizontal width “10” of the display size of the common button “0” is the same as the horizontal width “5” of the function-specific button “S” and other common buttons. The width of the outer shape of the object, not the character size of the display value “0”) is reduced by 50% and reduced to “5”. By this process, a free area is formed in the second column of the first row in the display area 2 of the soft numeric keypad 1.

  Similarly, the server 100 sets the display object of the display object so that the height “10” of the display size of the common button “Confirm” is the same as the height “5” of the common button “BS” and other common buttons. The height (the height of the outer shape of the display object, not the character size of the display value “determined”) is reduced by 50% to be reduced to “5”. As a result of this process, an empty area is formed in the fourth column of the second row in the display area 2 of the soft numeric keypad 1.

  In addition, although the process which reduces the display object corresponding to a common button was illustrated here, of course, it is not limited to this, In the case where a button which does not need display is generated among the common buttons, each button other than the button which does not need display is related. Processing such as enlarging the display object may be performed.

  Next, the server 100 changes the display size of the common buttons “0” and “0” according to the arrangement of the common buttons (specified in the common button information table 125) when the input target value type “Japanese calendar” is input. The display object of “Confirm” and the display objects of the other common buttons are arranged at the corresponding positions in the 4 × 4 button array in the display area 2 of the soft numeric keypad 1.

  Further, the server 100 displays the display objects of the function-specific buttons “S” and “H” according to the arrangement positions of the function-specific buttons “S” and “H” specified above, in the display area 2 of the soft numeric keypad 1. Are arranged at the corresponding position in the 4 × 4 button array.

  Subsequently, the server 100 transmits to the tablet terminal 200 the soft numeric keypad 1 (display data thereof) in which the display objects of the common buttons and the function-specific buttons “S” and “H” are arranged. At this time, as a display position of the soft numeric keypad 1, the server 100 displays a software on the left side 7031 (FIG. 8A) of the input form 703 so as to cover the input form 703 selected by the salesperson in the search screen 700. An instruction to display the upper left corner 7012 (FIG. 8B) along the left side 7015 (FIG. 8B) of the numeric keypad with the upper end 2 </ b> A of the display area 2 is notified to the tablet terminal 200.

  As in the case of the input form 701 described above, such a display position instruction is displayed when the upper left corner 7012 of the soft numeric keypad is displayed on the upper left corner of the input form 703 in the search screen 700. According to the size of the display area 2, when the soft numeric keypad 1 is not accommodated on the search screen 700, the server 100 determines. That is, the input form 703 is covered with the soft numeric keypad 1 and the soft numeric keypad 1 is displayed on the search screen 700. For example, the input form 703 and the soft numeric keypad 1 are matched with each other at the left end. The search screen 700 is displayed so as to be aligned with the upper end. Of course, the server 100 matches the left end or the right end of the input form 703 and the soft numeric keypad 1 so that “the input form is covered with the soft numeric keypad 1 and the soft numeric keypad 1 is displayed on the search screen 700”. The upper or lower end of the numeric keypad 1 is displayed so as to be aligned with the upper end of the search screen 700.

  The subsequent processing of the soft numeric keypad 1 display processing is the same as the processing shown for the input form 701.

  Further, as shown in FIG. 9A, when a selection operation is performed on the input form 704 of “month” among “subscription years”, the server 100 performs the input based on the tag value of the input form 704. The type of the input target value of the form 704 is specified as “numeric value”.

  In this case, the server 100 specifies from the function-specific button information table 126 that there is no function-specific button of the soft numeric keypad 1 corresponding to the type of input target value “numerical value”, and selects the soft numeric keypad 1 composed only of common buttons. This is configured and transmitted to the tablet terminal 200. In this case, the server 100 sets each common button in the soft numeric keypad 1 based on the display size of each common button in the common button information table 125 and information on the arrangement position of each common button indicated by the “basic” column in the “arrangement” column. Arrange common buttons.

  As described above, when only common buttons are arranged based on the display size of each common button in the common button information table 125 and information on the arrangement position of each common button indicated by the “basic” column in the “arrangement” column. Since the arrangement movement of the common buttons and the accompanying display size change do not occur, the process for specifying the competition between the arrangement positions of the common buttons is omitted.

  Of course, in this case as well, the server 100 is similar to the case of the input forms 701 and 703 described above in order to “cover the input form 704 with the soft numeric keypad 1 and display the soft numeric keypad 1 on the search screen 700”. The display position of the soft numeric keypad 1 is instructed to the tablet terminal 200.

  Although the best mode for carrying out the present invention has been specifically described above, the present invention is not limited to this, and various modifications can be made without departing from the scope of the invention.

  According to the present embodiment, it is possible to reduce a user's operation load on the numeric keypad and provide a numeric keypad that flexibly corresponds to various input objects.

  At least the following will be clarified by the description of the present specification. That is, in the numeric keypad display control system of the present embodiment, when the display size of the button is adjusted, the arithmetic device determines the display size according to whether or not the display size is enlarged or reduced in advance, for each button type. The display size of each button may be adjusted.

  According to this, it is possible to accurately avoid a situation in which buttons that are important in a predetermined operation, in other words, buttons that are frequently input, are easily reduced and displayed, and the user operability with the software numeric keypad is significantly reduced. As a result, it is possible to further reduce the user's operation load on the numeric keypad and to provide a numeric keypad that flexibly corresponds to various input objects.

  Further, in the numeric keypad display control system of the present embodiment, the storage device, in the table, as a type of the input target value, a numerical value, an identification value of customer information in a financial institution, a Japanese calendar, a decimal point, and a negative number, Are defined, and the button type of the soft numeric keypad corresponding to the type and the display size of each button are stored in association with each other, and the computing device stores the button type and the display size of each button. When specifying each piece of information, a selection operation performed on a predetermined input form on the display screen is performed, and a numerical value that is a type of an input target value on the input form, an identification value of customer information in a financial institution , Japanese calendar, decimal point, and negative numbers, soft numeric keypad button type and each button display size information Those identified in Buru may be.

  According to this, it is possible to deal with operations peculiar to financial institutions, to further reduce the user's operation load on the numeric keypad, and to provide a numeric keypad that flexibly corresponds to various input objects.

  Further, in the numeric keypad display control system of the present embodiment, the arithmetic device displays the soft numeric keypad at a position covering the input form that is the target of the selection operation when the soft numeric keypad is displayed on a predetermined device. There may be.

  According to this, once the user touches the input form on which the soft numeric keypad is displayed again, it is possible to reliably avoid unnecessary operations such as re-displaying the soft numeric keypad, overlapping display, etc. While further reducing the user's operation load, it is possible to provide a numeric keypad that flexibly supports various input objects.

  Further, in the numeric keypad display control method of the present embodiment, when the information processing system adjusts the display size of the button, depending on whether or not the display size is enlarged or reduced, which is predetermined for each button type, The display size of each button may be adjusted.

Further, in the numeric keypad display control method according to the present embodiment, the information processing system includes, as the type of the input target value, a numerical value, an identification value of customer information in a financial institution, a Japanese calendar, a decimal point, in the table of the storage device. , And a negative number, and stores the type of soft numeric keypad corresponding to the type and the display size of each button in association with each other, and each information of the button type and the display size of each button When specifying a value, a selection operation performed on a predetermined input form on the display screen, a numerical value that is a type of an input target value on the input form, an identification value of customer information in a financial institution, a Japanese calendar , The number of soft numeric keypads according to any one of decimal point and negative number, and information on the display size of each button in the table A constant, it may be used.

  Further, in the numeric keypad display control method of the present embodiment, when the information processing system displays the soft numeric keypad on a predetermined device, the soft numeric keypad is displayed at a position covering the input form targeted for the selection operation. It is good.

DESCRIPTION OF SYMBOLS 1 Soft numeric keypad 2 Display area 3 Input preview area 5 Network 10 Numeric keypad display control system 50 Common button 60 CIF button 61, 62 Japanese calendar button 100 Server 101 Storage device 102 Program 103 Memory 104 Arithmetic device 105 Communication device 125 Common button information Table 126 Button information table by function 127 Button size table 200 Tablet terminal 201 Storage device 202 Program 203 Memory 204 Arithmetic device 205 Touch panel (input / output device)
206 Communication device 700, 710 Search screen 701-704 Input form 705 Search execution button 707 Cursor 800, 810 Search screen 900, 910 Search screen

Claims (8)

A storage device that stores a table that associates the type of input target value in each input form on the screen, the button type of the soft numeric keypad corresponding to the type, and the display size of each button;
In response to a selection operation performed on a predetermined input form on the display screen, information on the type of input target value on the input form, the type of soft numeric keypad corresponding to the type, and the display size of each button Based on the processing specified in the table, the specified type of button and its display size, the display size of each button within the area of the soft numeric keypad of a predetermined size is adjusted by adjusting the display size of at least one of the buttons. A processing unit that executes arrangement and displays the soft numeric keypad on a predetermined device; and
A numeric keypad display control system comprising: The arithmetic unit is:
When adjusting the display size of the button, the display size of each button is adjusted according to whether or not the display size can be enlarged or reduced, or for each button type,
The numeric keypad display control system according to claim 1. The storage device
In the table, as a type of the input target value, at least one of a numerical value, an identification value of customer information in a financial institution, a Japanese calendar, a decimal point, and a negative number is defined, and a soft numeric keypad corresponding to the type The type and the display size of each button are stored in association with each other.
The arithmetic unit is:
In specifying each information of the button type and the display size of each button, a numerical value which is a type of an input target value in the input form in response to a selection operation performed on the predetermined input form in the display screen The table identifies the information on the identification value of customer information in a financial institution, the type of soft numeric keypad corresponding to any of the Japanese calendar, decimal point, and negative number, and the display size of each button. ,
The numeric keypad display control system according to claim 1. The arithmetic unit is:
When displaying the soft numeric keypad on a predetermined device, the soft numeric keypad is displayed at a position covering the input form that is the target of the selection operation.
The numeric keypad display control system according to claim 1. An information processing system provided with a storage device that stores a table in which types of input target values on each input form on a screen, button types of soft numeric keys corresponding to the types, and display sizes of the buttons are associated with each other ,
In response to a selection operation performed on a predetermined input form on the display screen, information on the type of input target value on the input form, the type of soft numeric keypad corresponding to the type, and the display size of each button Processing specified in the table;
Based on the specified type of button and its display size, adjusting the display size of at least one of the buttons to execute the placement of the buttons in the area of the soft numeric keypad of a predetermined size, A process for displaying the image on a predetermined device;
A numeric keypad display control method comprising: The information processing system is
When adjusting the display size of the button, the display size of each button is adjusted according to whether or not the display size is enlarged or reduced, or predetermined for each button type.
The numeric keypad display control method according to claim 5. The information processing system is
In the table of the storage device, as a type of the input target value, at least one of a numerical value, an identification value of customer information in a financial institution, a Japanese calendar, a decimal point, and a negative number is defined, and according to the type Store the type of soft numeric keypad and the display size of each button in association with each other.
In specifying each information of the button type and the display size of each button, a numerical value which is a type of an input target value in the input form in response to a selection operation performed on the predetermined input form in the display screen Identifying each information of the identification value of customer information in a financial institution, the type of soft numeric keypad corresponding to any of the Japanese calendar, decimal point, and negative number, and the display size of each button in the table,
The numeric keypad display control method according to claim 5. The information processing system is
When displaying the soft numeric keypad on a predetermined device, the soft numeric keypad is displayed at a position covering the input form that is the target of the selection operation.
The numeric keypad display control method according to claim 5.

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