JP4020924B2 - Image processing device - Google Patents

Description

  The present invention relates to a branch terminal device for a financial institution, and more specifically, in an input field of a transaction screen displayed on a terminal screen, such as a host online window terminal device installed at a branch office of a financial institution, The present invention relates to a branch terminal device that sets transaction information according to various types of transaction slips entered by a customer and transmits data to a host computer.

  Conventionally, in a host online window terminal device installed at a sales office window of a financial institution, an operator who receives a transaction slip for each transaction item from a user uses a screen number for calling a transaction data input screen corresponding to the slip. The target transaction is executed by inputting from the keyboard, and inputting the entry data on the slip such as the transaction amount into each input field of the transaction screen displayed on the terminal screen.

  In Patent Document 1, a transaction data input screen corresponding to each slip is called up on the terminal screen by reading a specific part of the transaction slip with an image reader, and the slip is entered in each input field of the displayed transaction data input screen. There has been proposed a system in which data is input by an attendant using a keyboard.

  Further, in Patent Document 2, a slip identification code consisting of a form code and a transaction code is read from each transaction slip by OCR, a subject code is read from a magnetic stripe of a passbook, and a combination of the subject code and the transaction code There has been proposed a terminal device that sets data items for recording contents and displays a transaction content confirmation screen. In this case, the transaction details confirmation screen displays the contents of each data item read from the slip by OCR, for example, store number, account number, deposit amount, etc. Are transmitted to the management apparatus as recording data.

JP-A-7-121635 JP-A-8-153242

  However, as disclosed in Patent Document 1, in the method in which the clerk inputs data using the keyboard by looking at the contents of the transaction slip filled in by the customer, the data input operation takes time due to unfamiliarity with the keyboard operation or erroneous operation. There was a problem that the efficient operation of the system was hindered. Further, as in Patent Document 2, in the method of setting a transaction data item by a combination of code information read from each slip and code information read from a passbook, and displaying a confirmation screen of transaction details, each automatically read Since a screen for confirming the code information is generated, there is a problem that the operation steps of the staff increase.

  An object of the present invention is to provide an improved branch terminal device for a financial institution in which an attendant can complete a customer transaction with a simple operation. Another object of the present invention is to provide an improved branch terminal for a financial institution that can automatically read transaction data entered by a customer and transaction data entered by a financial institution and display it on a transaction screen. There is.

  In order to achieve the above object, the branch terminal for financial institutions according to the present invention has an image scanner for converting the contents of a transaction slip into image data, and a transaction data input corresponding to the slip identifier printed on the transaction slip. Transaction screen table that defines the correspondence between screen data for data, each data input field included in the screen data and data items on the slip, and automatic recognition processing corresponding to the slip identifier printed on the transaction slip Form definition table that defines the relationship between the position of the field to be corrected and the data item, and the form definition table that specifies the transaction information of the specific data item in the transaction slip image data read by the above image scanner by the slip identifier of each transaction slip The character recognition means that automatically recognizes according to the transaction information recognized by the character recognition means in the definition of the transaction screen table What sets the screen data for the transaction information input, characterized by comprising the control means for displaying on the terminal display screen as the transaction screen.

  Another feature of the present invention is that the one of the transaction screen tables includes lamp definition information defining a lamp lighting condition of a specific function key on the keyboard corresponding to a specific data item, and the control means However, when the transaction information of the specific item recognized by the character recognition means satisfies the lighting condition defined by the lamp definition information, the lamp of the specific function key on the keyboard defined by the lamp definition information is displayed. A means for lighting is provided.

  Another feature of the present invention is that one of the transaction screen tables is attached to an amount data input field for funds breakdown included in the screen data, and defines a fund breakdown category name and a display condition for the category name. When the transaction information of the funds breakdown item recognized by the character recognition means satisfies the display condition, the control means displays the fund breakdown classification name in the amount data input field for the funds breakdown. It is in having the means of.

  Still another feature of the present invention is that the transaction slip image data read by the image scanner and the transaction information recognized by the character recognition means are converted into a slip data record having a predetermined format corresponding to each slip identifier. Means for storing, each slip data record includes partial image data which is paired with transaction information recognized by the character recognition means and becomes a recognition target area, and the control means includes the above The partial image data is displayed at a position where it can be compared with the corresponding transaction information in the transaction screen. In one embodiment of the present invention, the control means detects unread characters in the transaction information recognized by the character recognition means, and sets the data input field in which the transaction information with unread characters is set as another field. Is displayed on the transaction screen in a distinguishable format.

  As described above, according to the present invention, the form definition table and the transaction screen table corresponding to the transaction slip are searched based on the slip ID automatically recognized from the transaction slip, and the partial area defined in the form definition table is searched. By automatically recognizing transaction information and automatically setting it in the input field of the transaction screen defined in the transaction screen table, the data input necessary for the transaction can be completed by omitting the operation by the staff. Moreover, the operability of the terminal can be greatly improved by providing an automatic display function of the funds breakdown information on the transaction screen and an automatic lighting function of related function key lamps.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a block diagram showing an embodiment of a sales office window terminal device for a financial institution having an image recognition function according to the present invention.

  The window terminal device is composed of a CPU (Central Processing Unit) and a main storage device. The control device 10 controls the operation of the terminal device by the storage program method, and the image for reading the contents of the transaction slip as an image. A scanner 11, a display screen (display device) 12 for displaying a transaction screen, transaction data, and the like, a keyboard 13 having a numeric keypad and a plurality of function keys, some of the function keys having a key lamp; The cursor position is moved on the display screen, the mouse 14 for designating the position on the display screen, the printer 15 for printing the transaction result, the communication device 16 for controlling online connection with the host computer, and the host computer are connected. Communication line 17 and image data of a slip read by an image scanner And a document automatically recognizing a character recognition device to print a character string or entry string as defined table (program routine) 18 et later.

  Further, the window terminal device has a transaction definition file 20 for storing a transaction correspondence table defining a relationship between a slip identifier (slip ID) and a screen number in a memory area formed of an external storage device such as a magnetic disk, A screen definition file 30 for storing a transaction screen table defining a relationship between an identifier (input FID) of each data input field on the transaction screen and an identifier (item ID) of a data item to be set, and an image scanner 11 A form definition file 50 for storing a form definition table that defines a relationship between a partial image area cut-out position on a read slip image and an item ID of automatically recognized transaction data, and one transaction screen includes a plurality of transaction screens. In the case of screens, the transaction screen queue 60 which is a memory area for temporarily storing input information of each transaction screen, and each customer A seal database (DB) 70 in which seal data of the registered seal is registered, and a form data file 80 for storing the entire image of the slip read by the image scanner 11 and transaction information recognized by the character recognition device 18. Prepare. However, the files 20 to 80 may be shared by a plurality of terminals.

  The window terminal device of this embodiment reads the transaction slip submitted by the customer with the image scanner 11 and automatically displays the transaction screen corresponding to the slip ID automatically recognized from each transaction slip on the terminal display screen 12. The transaction information automatically recognized from the slip image (transaction amount, fund breakdown amount, fund breakdown key name, etc.) is displayed in each data input field of the transaction screen displayed and specified on the keyboard 13 according to the transaction form. It is characterized by turning on the key lamp of the function key.

  FIG. 2 shows an example of a transaction slip read by the image scanner 11.

  The transaction slip 1000 includes a store number entry column 1001, a transaction data entry column 1002 such as account number, customer name, transaction amount, etc., a slip ID: 1003 printed at a predetermined position of each slip, and a transaction classification column. 1004, a seal stamp field 1005, a fund breakdown amount entry field 1006, a processed printing unit 1007 for displaying that this slip has been processed, and a slip group column 1008 indicating a transaction item.

  FIG. 3 shows the structure of the transaction definition file 20.

  The transaction definition file 20 includes a plurality of transaction correspondence tables 21 corresponding to slip types and transaction screens. Each transaction correspondence table 21 defines a relationship among a slip ID: 22 that matches a slip ID: 1003 printed on each slip, a slip group 23, a screen number 24 of a transaction screen, and a table attribute 25. . The slip group 23 includes, for example, a plurality of entries corresponding to items such as ordinary deposits and time deposits included in the slip group column 1008 in FIG. 2, and each entry includes a data item ID 231 and slip description contents of each data item. Includes item information 232 that defines.

  FIG. 4 shows the structure of the screen definition file 30.

  The screen definition file 30 includes a plurality of transaction screen tables 31 corresponding to the screen numbers 24 defined in the transaction correspondence table 21. Each transaction screen table 31 includes a screen number 32 and one or more screen tables 40 associated therewith. Here, each transaction screen table 31 includes a screen table indicating the screen number 32 and the associated screen table 40. A pointer 33 is defined so that each screen table 40 can be referred to according to the screen table pointer 33. When the transaction screen is divided into a plurality of sub-screens, a plurality of pointers 331, 332,... Corresponding to the screen table of each sub-screen are set in the screen table pointer 33.

  In this embodiment, each screen table 40 includes screen data 41 of a transaction screen, lamp definition information 42, and a plurality of display definition information entries 43 (43-1, 43-2,...). The screen data 41 includes, for example, an input field for setting transaction information corresponding to each data item name to be displayed, and partial image data serving as an automatic recognition target area of transaction information extracted from the slip image. The display field is defined.

  The lamp definition information 42 indicates the lighting condition of the key lamp of a specific function key on the keyboard 13 according to the transaction form, and the name 421 of the key to be lit and the data item on the slip corresponding to the key. A relationship between the ID: 422 and the description contents (item information) 423 of the slip serving as a lighting condition is defined. The display definition information entry 43 defines the correspondence between each input field on the transaction screen (image data 41) and the data item on the slip. In this embodiment, each display definition information entry 43 is It consists of a display definition part and a breakdown definition part.

  The display definition section shows the relationship between the input field ID: 431 on the transaction screen and the data item ID: 432 on the slip to be displayed in this input field. The breakdown definition section indicates the display condition of the fund breakdown classification name (fund breakdown key name) in the input field. The data item ID on the slip: 434, item information 435, and the data item on the slip When the description content of the ID matches the item information 435, the relationship with the funds breakdown key name 433 to be displayed in a pair with the amount data in the funds breakdown input field is defined. In the display definition information entry for the input field that is not related to the funds breakdown, the breakdown definition section is omitted.

  FIG. 5 shows the structure of the form definition file 50.

  The form definition file 50 includes a plurality of form definition tables 51 corresponding to the types of transaction slips (slip IDs) to be handled, and each form definition table 51 has vertical and horizontal sizes (forms) of slips input to the image scanner 11. Size) 52, left / right, upper / lower base point position (reference value) 53 of the slip, which is a reference position for cutting position calculation when cutting out a partial area on the slip, slip ID definition information 54, and field definition Information 55.

  The slip ID definition information 54 includes a slip ID cutting position 541, a character type 542 of the slip ID, and an item ID: 543 on the slip of the slip ID after character code conversion. Note that the slip ID printing position (cutout position 541) is designed to be the same position in each slip. The field definition information 55 includes a cutout position 551 of a partial area (field) on a slip image including transaction information, a character type 552 indicating the size of a character to be recognized and a number / alphabet / seal data, and the like. It consists of a plurality of entries 550 (550-1 to 550-n) that define the relationship with the data item ID 553 of the transaction information included in the field.

  FIG. 6 shows the structure of the transaction screen queue 60.

  The transaction screen queue 60 includes a pointer table 61 and queue data 64. The pointer table 61 includes a number 62 of transaction screens (queue data) being registered in the queue and a display screen pointer 63 indicating the position of the transaction screen (queue data) being displayed in the transaction screen queue. Each cue data 64 includes a screen number 65 of a transaction screen, a cursor position 66 when the transaction screen is registered in a queue, and a plurality of input field data 67. The input field data 67 includes, for each input field constituting the transaction screen, an input field ID: 671, an attribute 672 of transaction information to be included in the input field, and transaction information (input data) 673.

  FIG. 7 shows the data structure of the seal DB: 70.

  In the seal stamp DB, a plurality of seal data entries 71 each including an account number 72 serving as a search key and notification stamp data 73 are registered.

  FIG. 8 shows the data structure of the form data file 80.

  In the form data file 80, a plurality of slip data records 81 generated for each transaction slip processed by the window terminal device are registered. Each slip data record 81 includes date / time data 82 indicating the date and time when the slip is read by the image scanner, overall image data 83 of the slip read by the image scanner, and item-specific slip data 84. The slip image data 83 read by the image scanner 11 is subjected to field extraction according to the form definition table 51, the character string in each field is recognized by the character recognition routine 18, and the transaction information converted into the character code is described above. It is stored as item-specific slip data 84.

  FIG. 9 shows an example of itemized slip data 84.

  The item-specific slip data 84 includes, for each data item on the slip, partial image data in each field extracted from the slip image data 83, an item ID, and code data (recognition data) obtained by character recognition. Are stored in pairs.

  In the illustrated example, the item-specific slip data 84 includes slip ID data 85, slip group data 86, item data 87, and seal image data 88.

  The slip ID data 85 includes image data 851 in the slip ID field and a character code (recognition data) 852 indicating a slip ID: 1003 recognized from the image data. The slip group data 86 includes a plurality of entries 860 (860-1 to 860-n) corresponding to pairs of check frames and subjects in the slip group 1008 shown in FIG. 2, and each entry 860 has an item ID: 861. Image data 862 and recognition data 863. The item data 87 includes a plurality of entries 870 (870-1 to 870-m) corresponding to other data items on the slip, and each entry 870 has an item ID: 871 and image data, as in the slip group. 872 and recognition data 873.

  The seal image data 88 is obtained from the field in which the seal data is specified as the character type 552 in the field definition 55 of the form definition table 51, and the partial image data of the cut-out position specified in the field definition is obtained. Show.

  FIG. 10 shows an example of the keyboard 13 provided in the window terminal.

  The keyboard 13 is a transaction corresponding to the funds breakdown key group 91, the ID registration key 92, the numeric keypad group 93, and the transaction classification 1004 on the slip corresponding to the funds breakdown of the amount entry section 1006 on the slip shown in FIG. A form key group 94, a seal search key 95, a skip key 96, a next screen call key 97 and a previous screen call key 98 as display screen control keys, and a transmission for instructing confirmation of screen input data or center transmission Key 99. Moreover, the transaction form key group 94 is provided with the key lamp for alert | reporting the transaction form currently performed to a staff as shown by (circle) in drawing.

  In the window terminal device of the present invention, when an attendant inputs a transaction slip to the image scanner 11, the entire image of the slip is read, the slip ID is identified by the character recognition device, and a transaction screen corresponding to the slip ID is displayed on the screen display 12. Displayed automatically. Also, transaction information in the slip image is automatically read according to the form definition table corresponding to the slip ID, and data such as transaction amount, fund breakdown amount, fund breakdown key name, etc. are displayed in the corresponding fields on the transaction screen. Depending on the form, the corresponding transaction form key lamp on the keyboard lights up.

  Hereinafter, an example of the operation of the window terminal device according to the present invention will be described with reference to the flowchart shown in FIG. 11 and the display screens shown in FIGS.

  In the initial state, a menu screen 901 shown in FIG. 12 is displayed on the terminal screen. In this state, when the clerk inputs the transaction slip into the image scanner 11, the entire image of the slip is read, and the slip ID at a predetermined position in the slip image is automatically recognized by the character recognition device 18 (step 100).

  The automatically recognized slip ID value is checked (101). If there is an error in the read result of the slip ID, for example, an error message screen 902 shown in FIG. 13 is displayed (102). Request a reread. The check of the slip ID is performed by, for example, adding the digit of each digit of the automatically recognized slip ID (six digits in the example of FIG. 2) for each digit, and adding the first place value and the slip ID of the addition result. A match with the value of the last digit is checked, and if it does not match, it is considered that there is an error in the recognition result of the slip ID.

  If there is no error in the recognition result of the slip ID, based on the slip definition table 51 corresponding to the slip ID prepared in the slip definition file 50, the image of each field area in the slip image is extracted, and the field area Character recognition is performed (103). The slip image data read in step 100 and the partial image and recognition data extracted in step 103 are stored in the form data file 80 in the slip data format shown in FIGS.

  Next, the transaction correspondence table 21 corresponding to the slip is selected from the transaction definition file 20 using the slip ID recognized from the slip image, the item ID of the slip group and the recognition data as a search key, and output to the display screen. The screen number of the transaction screen to be specified is specified (104). At this time, the recognition data of the item corresponding to the processed printing unit 1007 on the slip is checked, and if the slip input to the image scanner is the processed slip, for example, the screen of the processed message shown in FIG. 903 is displayed (106), and the process returns to the first step 100. If there is no transaction correspondence table 21 corresponding to the slip in the transaction definition file 20 (107), for example, a message screen 904 informing that the slip is not defined as shown in FIG. 15 is output (108), and a response from the attendant Wait for. Here, when the clerk inputs another slip into the image scanner 11, the process returns to the first step 100.

  When the attendant presses the ID registration key 92, for example, the form addition menu screen 905 shown in FIG. 16 is displayed (110). Check the response input of the clerk to the above-mentioned form addition menu screen 905 (111), and when the “end” menu is selected (numerical key operation of numeral 0), return to the first step 100 and input the next transaction slip Wait. When the clerk selects another menu (form definition, transaction correspondence table definition, transaction screen table, screen table definition menu), the definition screen corresponding to the selected menu is displayed (112), and the clerk is defined. Various definition tables are generated based on the data entered on the screen and registered in the corresponding file (113).

  For example, when the attendant selects the form definition menu (numeric keypad operation of the numeral 1), the form definition screen 906 as shown in FIG. 17 is displayed (112), and the attendant can select each item shown on the form definition screen from the keyboard. Enter the numerical data. Since the form definition is composed of many items as shown in FIG. 5, the form definition screen is divided into a plurality of screens. When the clerk completes the input of all the item data necessary for the form definition and presses the send key 99 or the completion button prepared on the form definition screen, a new form definition table 51 is created according to the input data on the form definition screen. It is generated and associated with the slip ID and additionally registered in the form definition file 50 (113). When the creation of one definition table is completed, the process returns to step 110 and the form addition menu 905 is displayed again. Accordingly, by selecting another definition menu, the clerk can repeat the definition / generation of tables other than the form definition table.

  Here, the definition data is input from the keyboard to the form definition screen. However, for specifying the field cut-out position, for example, an image of the entire slip read by the image scanner is displayed on the display screen and cut using the mouse 14. The definition may be made by dragging from the start position to the end position of the exit area. The form menu screen 905 described above is displayed at an arbitrary timing in response to pressing of the ID registration key 92. For example, when the initial menu screen 901 is displayed, the ID registration key is pressed. For example, the clerk can perform operations such as adding the form definition table 51 to the form definition file and adding the transaction correspondence table 21 to the transaction definition file 20 according to the procedure of steps 110 to 113.

  In step 107, when the transaction correspondence table 21 corresponding to the slip has already been registered in the transaction definition file 20, the transaction screen table 31 having the screen number defined in the transaction correspondence table 21 is searched from the screen definition file 30, In accordance with the screen table 51 defined in the transaction screen table 31, a data input transaction screen is output to the display screen (114).

  FIG. 18 shows a transaction screen 907 for normal deposit / withdrawal as an example of the transaction screen displayed in step 114. In the transaction screen 907, item names, data input fields (recognition data display fields), and image display fields are arranged in order from the left side. Depending on the definition method of the table attribute in the transaction correspondence table 21, it is possible to specify reading of the slip corresponding to the transaction screen being displayed in step 114.

  Accompanying the display of the transaction screen on the display screen, from the slip reading data 84, the item ID: 422 defined in the lamp definition information 42 of the screen table 40, the item ID: 871 that matches the item information 423, and the recognition data 873 Search for item data 870-i having. When the item data 870-i defined by the lamp definition information 42 is found in the slip read data 84, the display lamp of the transaction form key 94 defined by the key name 421 of the lamp definition information, for example, the withdrawal key The lamp is turned on (115). Since the lamp definition information 42 is defined for a plurality of keys in the screen table 40, the transaction type key lamp lighting process and the item data 870-i search process from the slip read data 84 described above are performed in a plurality of ways. Repeated for key.

  Next, with reference to the display definition information 43 (43-1, 43-2,...) Defined in the screen table 40, items in the display definition section of the display definition information 43 from the slip read data 84 are displayed. A transaction screen is searched for item data 870-i having an item ID: 871 that matches ID: 432, and the content of the recognition data 873 of the matching item data 870-i is indicated by the input field ID (FID) 431 of the display definition section. The contents are displayed in the input field, and the contents of the image data 872 of the matching item data 870-i are displayed in the image display field paired with the transaction screen input field (116).

  At this time, the item data 870-k having the item ID: 874 and the item information 435 matching the item ID: 434 and the item information 435 defined in the breakdown definition unit of the display definition unit is searched from the slip read data 84. . When the item data 870-k is found, the contents of the key name 433 of the breakdown definition part are displayed side by side with the recognition data as the fund breakdown key name in the input field indicated by the input FID of the display definition part of the screen table 40.

  In the display definition information of the screen table 40, when only the key name 433 is defined in the breakdown definition section and the item ID: 434 and the item information 435 are undefined, the transaction screen input field indicated by the input FID: 431 of the display definition section When the contents of the recognition data 873 of the slip read data 84 are displayed, the contents of the key name 433 in the breakdown definition part are simultaneously displayed as the funds breakdown key name.

  The contents of the transaction screen input field and the display of the funds breakdown key described above are repeated for a plurality of display definition information 43-1, 43-2,... Defined in the screen table 40, thereby, for example, FIG. As shown in FIG. 4, a transaction screen including the recognition data and the funds breakdown key display (character strings “cash” and “location”) in the data input field is obtained. If there is an unread character in the recognition data, for example, as shown by a black background field in FIG. 19, the unread character is replaced with a special mark (for example,? For example, a special background color, black-and-white inversion, or a thick frame is displayed so that it can be distinguished from the above field.

  The transaction type key lamp lighting process in step 115 and the display process of the recognition data and the funds breakdown key in the input field in step 116 are the screens for a plurality of screens designated by the screen table pointer 33 of the transaction screen table 31. Repeat for the table. These display screens are switched by function keys (next screen call key 97, previous screen call key 98) of the keyboard, and the display contents from the first screen to the final screen are shown in FIG. It is managed in the form of a pointer table 61 and queue data 64.

  In the transaction screen displayed in step 116, for example, the screen 908, the clerk corrects a part of the display data in the specific input field designated by the mouse by inputting from the keyboard, or corrects the unread characters described above appropriately. You can replace it with text or enter other data required for the transaction.

  In addition, when the clerk requests stamp verification while displaying the transaction screen including the seal image portion read by the image scanner 11 (117), the seal verification screen is displayed (118). The seal collation request can be instructed by pressing a seal retrieval key 95 prepared on the keyboard 13. When seal verification is requested, the image of the registered seal (reported seal) retrieved from the seal DB 70 using the account number as a search key and the seal image data (slip stamp) 88 in the slip read data 84 are verified. The seal collation result is displayed, for example, as a seal collation screen 909 shown in FIG. 20, and the staff can confirm the seal impression between the slip stamp and the notification stamp on the seal collation screen 909.

  When the automatic recognition data confirmation and transaction information input processing are completed for the transaction screen displayed on the display screen, the attendant presses the transmission key 99 on the keyboard to transmit the transaction data to the host computer. Request (119). In response to pressing of the transmission key, the transaction screen queue 60 sequentially reads the queue data 64 from the first screen to the final screen, and the setting data of each input field is edited as the host transmission data. During the transmission data editing process, the recognition data is automatically checked with reference to the data attribute for each input field (120), and if an unread character is detected, a transaction screen in which the unread character exists is displayed. Then, it requests the staff to correct the data (121). For example, as shown in FIG. 21, the unread character correction request screen includes an unread character correction request message, and displays the input field where the unread character exists in a color distinguishable from other fields. Assume that the screen is a screen 910 in which the cursor is positioned at the first input field where a reading character exists.

  In the above correction request screen 910, the clerk compares the display contents of the input field where there was an unread character with the display contents of the corresponding partial image, and checks the description contents of the corresponding area of the slip as necessary. After that, the unread character is replaced with an appropriate character, and the cursor is positioned in the next unread character field to perform correction work one after another (122). The cursor is moved to the next unread character field by operating the mouse 14, but if the skip key 96 on the keyboard is used, the control device 10 automatically moves the cursor to the next unread character field. Can be positioned.

  When correction for all unread characters is completed, transaction data is sent to the host computer. Further, slip data 81 (slip read data 85) is accumulated in the form data file 80 with the date / time data 82 indicating the slip processing date added (123). The accumulated data in the form data file 80 can be searched for the corresponding slip data 81 by designating the date and time from the keyboard at a later date, for example, and displayed on the display screen or retransmitted to the host computer.

  When the host computer receives the transaction data from the window terminal device, the host computer clears the input fields and image display fields of the transaction screen used in the current transaction, and the data for printing the passbook and processed printing on the slip, for example. A response message including is sent to the terminal. Upon receiving the response message from the host computer, the window terminal device clears the input field of the transaction screen, turns off the transaction mode key lamp, and prints the processed print data 1007 on the slip 1000 by the printer, according to the instruction of the response message. Processing such as book entry in the passbook is performed (124), and the process returns to the initial state and waits for the input of the next slip.

  When there is an unread character, the character verification point is corrected or added to the dictionary provided in the character recognition device 18 in the same manner as the addition of the form definition table and the transaction correspondence table in steps 108 to 113. You may do it.

The block diagram which shows the structure of the branch office terminal device by this invention. The figure which shows one example of the transaction slip used with the branch office terminal apparatus of this invention. The figure which shows one example of the transaction corresponding | compatible table 21 which comprises the transaction definition file 20. FIG. The figure which shows one example of the transaction screen table 31 and the screen table 40 which comprise the screen definition file 30. FIG. The figure which shows one example of the form definition table 51 which comprises the form definition file 50. FIG. The figure which shows the structure of the transaction screen queue | queue 60. FIG. The figure which shows the structure of seal stamp DB: 70. The block diagram of the slip data record 81 accumulate | stored in the form data file 80. FIG. The figure which shows the detail of the slip data 84 according to item of the slip data record 81. FIG. The figure which shows an example of the keyboard layout on the keyboard. The flowchart which shows an example of operation | movement of the branch office terminal apparatus of this invention. The figure which shows an example of the initial menu screen 901 displayed on a terminal screen. The figure which shows an example of the error message screen 902 displayed on a terminal screen when reading mistake of slip ID occurs. The figure which shows an example of the processed message screen 903 displayed on a terminal screen, when the processed slip is input. The figure which shows an example of the message screen 904 displayed on a terminal screen, when an undefined slip is input. The figure which shows one example of the form addition menu screen 905 displayed on a terminal screen. The figure which shows one example of the form definition screen 906 displayed on a terminal screen. The figure which shows one example of the transaction screen 907 displayed on a terminal screen. The figure which shows one example of the transaction screen 908 after the transaction information setting displayed on a terminal screen. The figure which shows an example of the seal | sticker collation screen 909 displayed on a terminal screen. The figure which shows an example of the unread character correction request | requirement screen 910 displayed on a terminal screen.

Explanation of symbols

10: Control device, 11: Image scanner, 12: Display, 13: Keyboard, 14: Mouse, 15: Printer, 16: Communication device, 17: Communication line, 18: Character recognition device, 20: Transaction definition file, 21: Transaction correspondence table, 30: screen definition file, 31: transaction screen table, 40: screen table, 50: form definition file, 51: form definition table, 60: transaction screen queue, 61: pointer table, 70: seal DB, 71 : Seal data, 80: form data file, 81: slip data record.

Claims (2)

In the image processing device,
A keyboard with function keys with lamps;
An image data acquisition unit that reads the transaction content described in the transaction slip as image data;
A screen definition storage unit that stores transaction screen definition information that defines, for each slip identifier, a correspondence relationship between the data item of the transaction slip and each data input field included in the transaction data input screen data of the transaction slip;
A form definition storage unit for storing form definition information that defines, for each slip identifier, the relationship between the data item of the transaction slip and the position of the field to be automatically recognized among the data input fields included in the transaction data input screen data; ,
A character recognition unit for recognizing transaction information of a specific data item in the image data of the transaction slip acquired by the image data acquisition unit according to the form definition information of the form definition storage unit specified by the slip identifier of the transaction slip;
One of the transaction screen definition information stored in the screen definition storage unit includes definition information that defines a content condition of the data item corresponding to a specific data item of the transaction slip,
An image processing apparatus comprising: a control unit that turns on a lamp of the function key corresponding to the transaction information when transaction information of a specific data item recognized by the character recognition unit satisfies the content condition. The image processing apparatus according to claim 1, further comprising:
It has a display that displays the transaction screen and transaction data,
In the control unit, one of the transaction screen definition information is attached to an amount data input field for funds breakdown included in the screen data, and defines a fund breakdown category name and a display condition of the category name. When the transaction content of the fund breakdown item recognized by the character recognition unit satisfies the display condition, the fund breakdown classification name is displayed in the amount data input field for the fund breakdown.

Images