JP2005352652A - Document information input terminal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To prevent an operator from erroneously correcting correct data. <P>SOLUTION: The document information input terminal equipped with a 1st input section for inputting item information entered into a document and a 2nd input section for inputting item information entered into the document is equipped with a comparison part which compares the pieces of item information inputted by the 1st input section and 2nd input section, and handles the item information as determined item information when they match each other. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an operator input content, a result of OCR character recognition such as a slip, and a method for verifying information from a passbook or a card medium in a financial sales office counter terminal.

When a customer conducts a transaction such as opening a new account, withdrawing a deposit, depositing securities, etc. at a financial sales office window, the customer fills in the necessary items on the slip according to the transaction, Submit securities related to the transaction to the operator at the counter. The operator operates the window terminal connected to the network and inputs the description contents such as a slip filled in by the customer. Alternatively, the contents of the entered slip or the like are input from an image reading device connected to the window terminal, and the contents entered on the slip by the customer are automatically input by the character recognition function installed in the window terminal. The window terminal transmits transaction information as a message to the host system according to the input contents of the operator, and the host system returns the transaction result to the window terminal. Depending on the received contents, the window terminal instructs the connected printing device to print a passbook or slip. The printing device performs necessary printing processing and records transaction contents. The operator hands over the printed bankbook and the securities related to the transaction to the customer.
In the above transactions, input errors that occur due to operator error or character recognition errors are discovered through visual verification by customers and operators, or after close inspection of the sales office, etc. If an error is found in the verification after close of the sales office, a correction transaction or the like occurs. Correction transactions require both financial institutions and customers, and affect the trust of financial institutions. Therefore, it becomes an important functional requirement in the window terminal to make it possible to find errors at the time of transaction by performing verification at the time of transaction. As a method for that purpose, an item described in the slip is manually input, and the item is recognized by OCR. The manually input item data and the character recognition result obtained thereby are verified. At this time, when an error is found by the verification, the error location is displayed so that the operator can easily identify it. When an error message is displayed, the operator performs correction input for the location where the error is displayed. The corrected item data is compared with the character recognition result again. (For example, refer to Patent Document 1).
JP-A-5-274467

At this time, if the character recognition result includes a character that was erroneously recognized or could not be recognized, even if the operator inputs a correct character, it is always displayed as an error. For this reason, the operator must visually confirm that the correct characters have been input and then perform an operation of determining the input data. Since it relies on visual observation as in the past, there is a possibility that an error occurs. In addition, despite the fact that an error message has been displayed, it has been necessary to confirm that the input has been made correctly, which has been a burden on the operator.
In addition, since it is possible to input corrections for items that have already become normal, there are cases where different items are corrected by mistake and the correction must be made twice.
For this reason, there is a need for a branch office terminal that compares the data input by the two methods with respect to the input target item and efficiently determines whether it is correct or not. Needless to say, it is desirable that the data to be compared is less likely to contain errors.

The form information input terminal of the present invention has the following configuration.
<Configuration 1>
A form information input terminal comprising: a first input unit for inputting item information entered in a form; and a second input unit for inputting item information entered in the form. And a comparison unit that compares the item information input by the second input unit and treats the item information as confirmed when they match.
<Configuration 2>
In the configuration 1, the first input unit acquires the item information by an input operation of an operator,
The second input unit acquires the item information by character recognition, and includes an image acquisition unit that acquires a form image, and the first input unit displays the input item information. A display screen is provided, and item information that does not match and item information that matches are displayed on the display screen in an identifiable manner, and re-input to an input field that matches item information is not accepted.
<Configuration 3>
In the configuration 1, the first input unit acquires account information by character recognition, and the second input unit reads information recorded in a recording unit included in the account information passbook. The comparison unit compares the first account information input by the input unit with the second account information acquired by the information acquisition unit, and if the account information matches, the account information Will not accept changes.
<Configuration 4>
In the configuration 1 or 2, the storage unit stores item information by the first input unit and item information by the second input unit used for the first comparison in the form input, and the comparison unit includes: In the second and subsequent comparisons in the form input, if the newly input item information matches either the stored item information by the first input unit or the item information by the second input unit, it is treated as a match. .
<Configuration 5>
In any one of the configurations 1, 2, and 4, the storage unit stores the item information by the first input unit and the item information by the second input unit used for the first comparison in the form input. ,
If the comparison unit does not match the newly input item information, the item information by the first input unit, and the item information by the second input unit in the second and subsequent comparisons in the form input, Invalidate the transaction.
<Configuration 6>
In any one of Configurations 1, 2, 4, and 5, it comprises comparison target information for preliminarily designating items to be compared, and the comparison unit refers only to the item information that is a comparison reference with reference to the comparison reference information. Comparison is performed, and item information that is out of comparison and item information of comparison are displayed on the display screen in a distinguishable manner.
<Configuration 7>
In any one of Configurations 1, 2, 4, 5, and 6, the input unit displays on the display screen that the input is the second time or later in the second or later input in the form input.
<Configuration 8>
8. The form according to claim 1, wherein the form is a transaction slip used in a financial institution, and the form information input terminal is a sales office window terminal installed at a sales office window of the financial institution.

  It is possible to perform processing by efficiently comparing the data input by the two methods for the input target item and determining whether it is correct or not.

  Hereinafter, it demonstrates in order.

<Configuration of Example 1>
FIG. 1 is a block diagram of an apparatus showing a first embodiment of the present invention. A financial sales office counter terminal 1 (hereinafter referred to as a counter terminal 1) is a computer having a function for processing transactions performed at a sales counter of a financial institution. In the present embodiment, a control unit 11, a character recognition unit 15, a comparison unit 16, and a storage unit 17 are provided, and a scanner 18 and an input unit 12 are connected. In addition, although the structure generally used when performing the process performed at another branch office is provided, it is abbreviate | omitting in FIG. Further, the window terminal 1 is connected to the host 2 via the network 3. The window terminal 1 inputs the information of the slip 4 used for the transaction of the financial institution by a method to be described later, and transmits the information to the host 2 to establish the transaction.

The slip 4 is a form for entering information necessary for financial transactions. The information necessary for the financial transaction is, for example, a financial institution code, a store number, a subject number, an account number, a transaction type, an amount, a customer name, etc. Here, an example of the slip 4 will be described with reference to FIG. A slip 4 shown in FIG. 2 is for a customer to perform a withdrawal transaction at a sales office of a financial institution. The slip 4 is prepared for each transaction, and an entry area 403 for items necessary for each transaction is provided. In this example, the store number, account number, account type, withdrawal amount, and account holder who are opening the account are entered as necessary items for withdrawal transactions, but other items exist. It doesn't matter. The entry area 403 is represented by a dotted line in the figure. When character recognition is performed, it is sufficient that only characters are acquired as an image, and a frame image is not necessary. Therefore, the entry area 403 is generally printed in a color that cannot be acquired by a scanner. The slip 4 is provided with a title 401 indicating the type of the slip 4. Each slip 4 is given an independent sheet ID 402 for identification. The sheet ID 402 is printed at a predetermined location on the slip 4. When the slip 4 is processed by OCR, a form is specified by reading the sheet ID 402, and character recognition processing corresponding to each form is performed. For this reason, OCR characters are normally used for the characters of the sheet ID 402.
The customer enters the information in the entry area 403 of the slip 4 corresponding to the desired transaction and presents it to the operator at the sales office. The operator inputs the information using the window terminal 1. In many cases, the slip 4 is a fixed form having a fixed format for each sheet ID, and the present invention will be described on the premise that it is a fixed form.

  The configuration of the window terminal 1 will be further described with reference to FIG.

  The control unit 11 is for controlling the operation of each function of the window terminal 1, data transfer, and the like, and is appropriately combined with a CPU, an operating system, middleware, an application, and the like.

  The input unit 12 includes a display 13 and a keyboard 14, and further includes an input screen 5 displayed on the display 13. The display 13 is a CRT, LCD, plasma display or the like, but may have other similar display functions.

  The keyboard 14 may be a general JIS keyboard 14 or the like, or may be a soft keyboard displayed on the screen. Any other character input function may be used.

  The input screen 5 is for an operator to input item data described in the slip 4. The configuration of the input screen 5 will be described later. The item data input by the input unit 12 is referred to as input item data.

  The scanner 18 is connected to the window terminal 1 and is used to acquire an image such as a slip 4. The scanner 18 is a flatbed scanner, a stand-type scanner, a digital camera, a video camera, or the like. You may have something.

  The character recognition unit 15 is for recognizing an image such as a slip 4 and is hardware or a program having an OCR function. The image of the slip 4 is received, the type of the slip 4 is identified by the sheet ID 402 of the slip 4, and the characters described for each entry area 403 on the slip 4 are recognized and converted into data. In the present invention, item data obtained by character recognition is referred to as recognition item data. Items to be recognized are normally set in advance for each sheet ID and stored as format information. At the time of character recognition, the character recognition unit 15 recognizes the sheet ID 402 and the entry area 403 with reference to the format information. At this time, the character recognition unit 15 outputs recognition result data of the entry area 403 and cuts out a partial image of the entry area 403. Recognition result data output by recognizing the entry area is called recognition item data. The recognition item data and the partial image are stored in the storage unit 17 for display on the input screen 5.

  The storage unit 17 stores information necessary for the operation of the window terminal 1. In the present embodiment, the storage unit 17 particularly stores the input item data, the recognition item data, and the partial image during one transaction. It has a function to keep. The storage unit 17 can be a rewritable internal storage device such as a RAM of a computer, or an external storage device such as a hard disk, MO, or DVD-RAM.

  The comparison unit 16 compares input item data and recognition item data, and is assumed to be realized by a program in this embodiment. In the present invention, the comparison process is called verify. Verification of input item data and recognized item data is performed between corresponding items. In other words, if the input item data is for the account number, the verification is performed using the recognition item data for the account number. The association between the input item data and the recognition item data for each item is realized by a general method such as direct programming or preparing a correspondence table, and thus will not be described in detail here.

  Next, the input screen 5 will be described with reference to FIG.

  A screen title 51 is displayed on the input screen 5. The screen title 51 displays the type of transaction and whether this input is a verify input or a verify correction input. The verify input and the verify correction input will be described later. In this example, it is displayed that this screen is a withdrawal transaction and a verification input is being performed.

  An input image 52 and an input field 53 are arranged on the input screen 5. In the figure, the input image 52 includes an account number input image 52a and an amount input image 52b, and the input field 53 includes an account number input field 53a and an amount input field 53b. Of course, items other than these may be included. The input image 52 displays a partial image of the entry area 403 of the slip 4. That is, in the input field 53, characters entered by the customer are displayed as item data to be input. The operator inputs item data in the input field 53 while viewing the input image 52. The input data is stored in the storage unit 17 as input item data.

  Here, verify input and verify correction input will be described. The verify input is an input process for detecting an input error by the verify, and the verify correction input is a re-input process performed when an input error is detected during the verify input. Each will be described in detail in the following description of the operation. Whether the current screen is a verify input or a verify correction input is also displayed on a mode display unit 54 provided at the bottom of the screen. If no error is detected in the verify input, the verify correction input is not performed.

<Operation of Example 1>
Here, the flow of processing from inputting data of the slip 4 presented by the customer to the window based on FIG. 4 from the window terminal 1 and confirming the data through verification will be described.

S001: Upon receiving the slip 4 entered by the customer, the operator operates the window terminal 1 to select a transaction type corresponding to the slip 4. Here, it is assumed that the slip 4 shown in FIG. 2 is received. The operator selects a withdrawal. In this example, the withdrawal is made. However, any kind of transaction may be used as long as the transaction is performed at the window using the slip 4 such as payment or transfer.

S002: Next, the operator sets the slip 4 on the scanner 18, and then operates the window terminal 1 to instruct the acquisition of the image of the slip 4. As a result, the scanner 18 operates to acquire the image of the slip 4.

S003: The acquired image of the slip 4 is transferred to the character recognition unit 15. The character recognition unit 15 recognizes the sheet ID 402, identifies the type of the slip 4, calls the corresponding format information, performs character recognition for each item, creates recognition item data, and creates a partial image of the entry area 403. Cut out. Here, it is assumed that the account number is to be recognized as “1234567”, but the last character has become unrecognizable and has been recognized as “123456?”. The amount shall be recognized normally. The recognition item data and the partial image are stored in the storage unit 17. In this embodiment, the recognition item data is used only for verification purposes and is not displayed on the input screen or the like.

S004: The input screen 5 corresponding to the transaction type is displayed on the display 13. Here, a verification input screen for the withdrawal transaction as shown in FIG. 6A is displayed. Although the figure shows a state in which item data has already been input for convenience, nothing is input in the input field 53 in the initial state.

S005: The operator inputs data while viewing the input image 52. Here, both the amount and the account number are correctly entered.

S006: The operator presses a confirmation key (not shown). Thereby, the window terminal 1 can know that the input operation is completed and the verification should be executed.

S007: The comparison unit 16 starts verifying the input item data and the recognition item data. FIG. 6A shows recognition item data and input item data in this example. In this example, in the character recognition, the account number is recognized as “123456?” As described above. For this reason, the result of the verification is that the input item data and the recognition item data do not match for the account number, and the amounts match. The comparison unit 16 stores in the storage unit 17 that the account number has been verified as NG and that the amount has been verified.

S008: The input screen 5 refers to the storage unit 17 to check whether the item displayed on the screen is verify OK or verify NG. If there is a verify NG item, the screen is switched to a verify correction input screen as shown in FIG. The verify correction input screen has the same input items as the verify input screen. The input field 53 of the item that has been verified OK is regarded as definite and is locked so as not to accept an input so that it is not erroneously corrected. At this time, in order to indicate that the verify OK field is input-locked, it is possible to make the display inconspicuous such as gray display. The input field 53 of the item that was verified as NG is not locked because correction input is performed, and highlighting is performed by changing the background color of the input field 53 as shown in FIG. 6B. In the figure, for the sake of convenience, the correction input has already been made, but in the initial state of the verification correction input, the input field 53 of the verify NG is cleared.
If all items are verified OK, there is no need for correction input, so the following processing is not performed and the input data is determined.

S009: The operator performs correction input of data while viewing the input image 52 in the same manner as in the verification input. Here, since the amount has already been confirmed, only the account number correction input is performed. Here, it is assumed that the correct correction input “1234567” is also made this time. When the correction input is completed, the operator similarly presses the confirmation key.

S010: The comparison unit 16 starts the second verification. A specific comparison method will be described later. The comparison unit 16 updates the verification result for each item stored in the previous storage unit 17.

S011: The control unit 11 refers to the verification result updated in S010, and cancels the transaction if the verification NG item remains. If all are verified, the input data is confirmed. If the input data is confirmed, the transaction is continued and the transaction data is sent to the host 2.

  Here, the contents of the second verification described in S010 will be described with reference to FIG.

S101: The comparison unit 16 starts the second verification. In the second verification, for the items that are judged as NG in the first verification, the correction input item data input this time, the input item data that is the first input, and the recognition item data are sequentially verified. . FIG. 6B shows each data in this example.

S102: The corrected input item data is compared with the first input item data stored in the storage unit 17.

S103: If there is a mismatch in S102, the corrected input item data is compared with the recognized item data stored in the storage unit 17.

S104: If there is a match in S102 or S103, this step is executed. That is, if the corrected item data matches either the first input item data or the recognized item data, it is regarded as a match. As a result, if there is an input mistake, the verification is successful by matching the recognition item data with the second input. Even if the recognition item data is different from the entry, the verification is OK when the first input item data matches the corrected input item data, that is, when the same data is input twice. . The verification result is stored in the storage unit 17.

In the example of FIG. 6B, the verification is OK because both the first input item data and the item data corrected and input are “1234567”.

FIG. 7 shows an example in which the recognition item data is normal and there is an error in the first input. In FIG. 7A, the operator has erroneously entered “2345678” where the account number should be entered as “1234567”. Therefore, the verify correction input shown in FIG. 7B is performed, and the correction input is correct. For this reason, since the corrected input item data and the recognized item data match, the verification is OK.

S105: When the corrected input data does not match either the first input item data or the recognized item data, the verification is NG. The verification result is stored in the storage unit 17.

S106: When verification is completed for all items that have been verified NG for the first time, the process is exited. If an unverified item remains, the processing from S102 onward is repeated for the next item.

S107: The second verification is terminated.

  In this way, in the window terminal 1 that performs verification based on manually input data and character-recognized data, it is possible to prevent normal data from being corrected by treating the data as confirmed when the verification matches. . In addition, by using not only the character recognition result but also the first manual input data for the second and subsequent verifications, the same data is input twice even if the character recognition result is incorrect. Can be verified. As a result, the data input efficiency of the slip 4 is improved.

  In the above example, the transaction is canceled when the verification correction input results in verification NG, but two or more verification correction inputs may be performed. In that case, if the previous corrected input data is stored in the storage unit 17 and used as the data to be verified, even if there is an error in both the first input item data and the recognized item data, it is remedied. Can do.

  In the above example, the operator first selects a job. However, the operator can select the job and use the sheet ID recognized in S003 to specify the job.

  In the above example, all items on the input screen 5 are to be verified, but there may be a case where only important data is to be verified. In this case, the verification target information specifying the verification target item on the input screen 5 is held in the storage unit 17, and the comparison unit 16 refers to the verification target information to verify only the specified item. Good. Further, the input screen 5 is easy to input by referring to the verification target information at the time of verification correction input and displaying the input field 53 that is the comparison target and the input field 53 that is not the comparison target in an identifiable manner. In addition, if a field that is not a comparison target is locked so as not to accept an input at the time of verify correction input, erroneous correction can be prevented.

<Configuration of Example 2>
Since Example 1 uses the character recognition result as the data for verification, it is necessary to cope with the case where the character recognition result itself is incorrect. On the other hand, more reliable verification can be performed by using digitized data recorded in a passbook or a card. In the second embodiment, for items that can be acquired from a passbook or a card, data by character recognition is used as input data, and data acquired from the passbook or card is verified as data for verification.

  FIG. 8 is a block diagram showing a second embodiment of the present invention. The main configuration is the same as that of the first embodiment. The description of the same configuration is omitted. In FIG. 8, the added components are a passbook slip printer 19, an MS reader / writer 20 built in the passbook slip printer 19, and a page mark reading unit 21 built in the passbook slip printer 19.

  The passbook slip printer 19 can set the passbook received from the customer at the counter and the slip 4 to perform transaction processing, print the passbook and the slip 4 and obtain information. It has a function to do.

  The MS reader / writer 20 can read / write data from / to the MS (magnetic stripe) of the bankbook. The bankbook MS stores account information such as account numbers, bankbook ordinary accounts, general accounts, and the like, and uses the MS reader / writer 20 to acquire the bankbook account information and bankbook type. It is possible.

  The page mark reading unit 21 is for reading a page mark printed on each page of the passbook. The page mark indicates the currently open page. In the case of a general account passbook, the savings page and the time deposit page are separated, and if the currently open page is known, whether the savings page is open or whether the time deposit page is open I understand. In other words, if you have information on how many pages to how many pages of the passbook are ordinary deposits, and how many pages to how many pages are term deposits, you can distinguish between ordinary deposits and term deposits from the page number. I can do it.

<Operation of Example 2>
Here, based on FIG. 9, the flow of processing from inputting data of the slip 4 presented by the customer to the window from the window terminal 1 and confirming the data through verification will be described.

S201: Upon receipt of the slip 4 and passbook entered by the customer, the operator operates the window terminal 1 to select a transaction type corresponding to the slip 4. Here, it is assumed that the slip 4 shown in FIG. 2 is received. The operator selects a withdrawal. In this example, the withdrawal is made. However, any transaction may be used as long as the transaction is made at the counter using the slip 4 and the passbook, such as deposit.

S202: Next, the operator sets the slip 4 on the scanner 18, and then operates the window terminal 1 to instruct the acquisition of the image of the slip 4. As a result, the scanner 18 operates to acquire the image of the slip 4.

S203: The acquired image of the slip 4 is passed to the character recognition unit 15 and recognized in the same manner as in the first embodiment. As in the first embodiment, the recognition item data and the partial image are stored in the storage unit 17.

S204: Since the ordinary deposit is selected in the account type column on the slip 4, the operator opens the page of the ordinary deposit recorded at the end of the received passbook and inserts it into the passbook slip printer 19.

S205: The passbook slip printer 19 detects that the passbook has been inserted, reads the account information and the passbook type recorded in the passbook MS, and notifies the counter terminal 1 of the account information. The account information includes a store number, an account number, and the like. The window terminal 1 stores the notified account information and passbook type in the storage unit 17 as passbook account information. Further, the passbook slip printer 19 acquires the page number by reading the page mark of the opened page and notifies the window terminal 1 of the page number. When the passbook is a general account passbook, the window terminal 1 specifies whether the page opened based on the notified page number is a normal deposit page or a fixed deposit page, and the passbook account type Is identified. The passbook account type is stored in the storage unit 17.

S206: The comparison unit 16 compares the account number in the recognition item data with the account number in the passbook account information. Further, the account type in the recognition item data is compared with the passbook account type specified based on the page number. These comparison results are stored in the storage unit 17.

S207: If the account type matches in the comparison result, the account type is confirmed as verify OK, and the process proceeds to the next process.

S208: If the account types do not match, it is determined that the bankbook has been erroneously inserted. In that case, an error is displayed on the display 13 indicating that the bankbook has been incorrectly inserted, and the bankbook is discharged. The operator checks the bankbook, opens the correct page and resets it. Account information and page information are acquired from the reset form in the same manner as described above. If they match, the account type is confirmed as verify OK, and the process proceeds to the next process. If they do not match, the same error message is displayed again. Accordingly, it is possible to detect erroneous insertion of a form in advance and notify it before printing or the like, so that it is possible to save time and effort for correction.

S209: If the account numbers match in the comparison result, the account number is confirmed as verify OK, and the process proceeds to the next type.

S210: Since the account number and account type are in a finalized state, a verification input screen in which other items can be input is displayed. FIG. 10A shows an example of the input screen 5 in that case. In FIG. 10A, in addition to the diagram used in the description of the first embodiment, an account type input image 52c and an account type input field 53c are added. In the input image 52c, an image of the mark part of the account type is displayed. In this example, it can be seen that “ordinary” is marked by the account type input image. In the input field 53c, “normal” is displayed as the account type determined by the above-described processing. In addition, “1234567” is displayed as the account number determined by the above-described processing. Since the account type and account number are already determined, the input is locked. At this time, in order to show that the input is locked, it is possible to make the display inconspicuous, such as gray display. In this example, only the amount is unconfirmed, and the input field 53b is blank to receive input. Further, as shown in FIG. 10A, highlighting can be performed by changing the background color to indicate that the input is accepted.

S211: Since the account type is in a finalized state, a verification input screen in which other items can be input is displayed. FIG. 10B shows an example of the input screen 5 in that case. The configuration of the figure is the same as that of FIG. In this example, “normal” is displayed in the input field 53c as the account type determined by the above-described processing. Since the account type has already been confirmed, the input is locked. At this time, in order to show that the input is locked, it is possible to make the display inconspicuous, such as gray display. The account number and amount are in an unconfirmed state, and the input fields 53b and 53c are blank to receive input. Further, as shown in FIG. 10B, highlighting can be performed by changing the background color in order to indicate that input is accepted.

S212: A verification input is performed on the displayed verification input screen.

  As described above, since the verification is performed based on the account information input by character recognition and the account information read from the passbook before the verification input of the first embodiment, more accurate verification can be performed on the account information. It is possible to determine the data at the same time. In addition, verification is performed based on the account type specified from the page number of the passbook and the account type obtained by character recognition, so it is possible to detect a mistake set in the passbook of the general account, so that you will not notice a mistake after the transaction progresses. , You can trade efficiently.

  In this embodiment, character recognition is used to input a slip, but any means capable of inputting information described in the slip may be used, and manual input may be performed as in the first embodiment. .

  In the above example, the operator first selects a job. However, the operator can select the job and use the sheet ID recognized in S003 to specify the job.

  In this embodiment, the bankbook is used. However, when only the account number is verified, a cash card may be used. In this case, the window terminal 1 may be further provided with a card reader / writer.

  In the present embodiment, the scanner 18 and the passbook slip printer 19 are described as external ones, but they may be built in the case of the window terminal 1. The processing in that case can be performed without any difference from the present embodiment.

  In the first and second embodiments described above, the description has been given using the sales office window terminal of the financial institution. However, if any form is input by two input methods and the respective input contents are compared, It goes without saying that the above process is applicable.

Configuration of Example 1 Slip input screen Processing flow of Example 1 Processing flow of the second verification in the first embodiment Transition of input screen of Example 1 Transition of input screen of Example 1 Configuration of Example 2 Processing flow of Example 2 Input screen of Example 2

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Financial sales counter terminal 2 Host 3 Network 4 Voucher 5 Input screen 11 Control part 12 Input part 14 Keyboard 14 Soft keyboard 15 Character recognition part 16 Comparison part 17 Storage part 18 Scanner 19 Passbook slip printer 20 MS reader / writer 21 Page mark Reading unit 52 Input image 53 Input field

Claims (8)

A first input unit for inputting item information entered in the form;
In a form information input terminal comprising a second input unit for inputting item information entered in the form,
A comparison unit for comparing the item information input by the first input unit and the second input unit;
A form information input terminal that handles item information as confirmed when it matches. The first input unit is to acquire the item information by an operator's input operation,
The second input unit acquires the item information by character recognition,
It has an image acquisition unit that acquires images of forms,
The first input unit includes a display screen for displaying input item information,
The form information input terminal according to claim 1, wherein item information that does not match and item information that matches are displayed on the display screen in an identifiable manner, and re-input to an input field that matches item information is not accepted. The first input unit is to obtain account information by character recognition,
The second input unit is obtained by reading information recorded in a recording unit included in the passbook of account information,
The comparison unit compares the first account information input by the input unit and the second account information acquired by the information acquisition unit,
The form information input terminal according to claim 1, wherein when the account information matches, the account information change is not accepted. A storage unit that stores the item information by the first input unit and the item information by the second input unit used for the first comparison in the form input;
The comparison unit matches if the newly input item information matches either the stored item information by the first input unit or the item information by the second input unit in the second and subsequent comparisons in the form input. The form information input terminal according to claim 1, wherein the form information input terminal is handled as if it were made. A storage unit that stores the item information by the first input unit and the item information by the second input unit used for the first comparison in the form input;
If the comparison unit does not match the newly input item information, the item information by the first input unit, and the item information by the second input unit in the second and subsequent comparisons in the form input, The form information input terminal according to claim 1, wherein the transaction is invalidated. Comparing information for specifying items to be compared in advance,
The comparison unit compares only the item information that is a comparison reference with reference to the comparison control information,
The form information input terminal according to any one of claims 1, 2, 4, and 5, wherein item information that is out of comparison and item information of comparison are displayed on the display screen in a distinguishable manner.   7. The input unit according to claim 1, wherein the input unit displays on the display screen that the input is the second time or later in the second or later input in the form input. Form information input terminal.   The form information according to any one of claims 1 to 7, wherein the form is a transaction slip used in a financial institution, and the form information input terminal is a sales office window terminal installed at a sales office window of a financial institution. Input terminal.

Images