JPS6238974A - Slip recognizing and verification method - Google Patents

Abstract

PURPOSE:To accurately and easily process and verify a cash deposit and payment transaction by setting the exclusive display area of key inputted data on a display device and stubbing/displaying a slip image portion corresponding to the inputted data at the upper stage or the neighboring area of the display area. CONSTITUTION:To input and verify the transcation data of a received slip, a slip image data and a slip logical data are displayed on the displaying screen of a display 53 and an operator inputs an account number, an amount, etc. watching the display from a keyboard 51. Thereby, the image data of the account number is displayed at an exclusive image data display area 62 and the operator inputs the transaction data from the keyboard 51 watching the image data and with depressing an item input key following after the account number, the data of the account number is moved and displayed at the upper part, and the next inputting item, the amount, is displayed at the display area 62, and the operator inputs the amount watching the data, depressing the item input key. Thus, if a completion key is depressed after the inputting of required input items, the slip logical data received at a data collating part 47 is collated with the inputted data.

Description

[Detailed Description of the Invention] [Field of Application of the Invention] The present invention relates to voucher data input processing, and in particular to converting vouchers created and filled in by users for depositing money at banks etc. into logical data. and document recognition when verifying the results of recognition processing with a character recognition device.
This invention relates to a verification method and device.

[Background of the invention]

Traditionally, at banks, etc., the clerk reads the slip filled out by the user for the purpose of depositing money, enters logical data based on the image data displayed on the display device, and records the transaction data on the slip. There are cases where data is input and verified. For example, as shown in Japanese Patent Application No. 60-90267, the entire slip image was displayed on a display device, and transaction data was input and verified by the clerk. However, when key-inputting each item on a slip, it is necessary to visually search the displayed slip images one after another, causing input errors and staff fatigue. Therefore, in order to deal with such problems, the present inventors set up a display area dedicated to key input data on the display device, and displayed a slip corresponding to the key input data in the upper part of the display area or in an area adjacent to the display area. We proposed a method for cropping and displaying image parts.

[Purpose of the invention]

An object of the present invention is to further improve such problems and provide a slip recognition verification method and device that can accurately and easily process and verify money deposit transactions associated with created transaction slips. It's about doing.

[Summary of the invention]

In order to achieve the above objectives, the document authentication according to the invention
& Verification method C", in a method of reading a slip created by a user with a reading device, and then inputting and verifying the transaction data of the read slip-H, the display device "2 displays only key input data. Set the area and display the area.
The feature is that the slip image portion corresponding to the input data is cut out and displayed in two stages or in a nearby area.

[Embodiments of the invention]

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

FIG. 1 is a block diagram of a transaction processing system showing an embodiment of the present invention, and FIG. 2 is a block diagram of a terminal device that implements the embodiment of FIG. 1.

In FIG. 1, 10 is a transmission line to which each terminal device is connected by a communication line, optical fiber, or coaxial cable, 11 is a slip reading terminal device that accepts transaction slips filled out and created by users, and 12 terminal devices 11 This is a transaction data input terminal device that inputs and verifies transaction data based on the contents of the transaction slip that has been received.

Note that since the transmission path 10 is required to perform high-speed transmission of large amounts of data and complicated transmission control, the terminal devices 11 and 12 may be connected to each other by a distributed processing device having an information transfer function. Furthermore, each terminal device 11, 12 may be a distributed processing device such as a personal computer with an added information transfer function by separately providing a large processing device for data storage, system management/monitoring, etc. Also,
The same terminal device may be used as a document reader and a transaction data entry device. In FIG. 1, the terminal device 11.
12 are treated as devices each having an independent function.

As shown in FIG. 2, the terminal device 11 includes a processing section 20, a slip handling device 32, a slip reading device 34, an external storage device (file) 35, and an interface device 36. Among these, the processing section 20 includes a slip handling control section 22, a slip reading control section 24, a slip character recognition section 25,
It is composed of a transmission data transmitting/receiving section 26 and an overall control section 29. Note that the file 35 includes the slip reading device 34.
Stores character font dictionaries, etc. for character recognition from the slip data read by the system.

When character recognition processing is not performed and key input is performed by a staff member, the character recognition section is pressed.

The terminal device 12 includes a processing section 40, a keyboard 51, a display 53, an external storage device (file) 55, and an interface device 56. Of these, the processing section 40 includes a data input control section 41, a data display control section 43, a transmission data transmission/reception section 46, a data collation section 47, and an overall control section 49. Note that the display 53 can display both the slip image data and the logical data input from the keyboard. Also, in the same way as the terminal device 11, it accepts transaction slips,
In the case of reading, it is of course necessary to also provide the configuration of the device 11.

FIG. 3 is a processing flowchart for reading and verifying a transaction slip showing an embodiment of the present invention, FIG. 4 is an example of the format of the transaction slip entered in FIG. 3, and FIG. This is an example of a display screen in which a transaction slip is displayed on a display, and a staff member inputs and verifies transaction data using keys.・Figure 6 is an example of the order of key operators for inputting transaction data.

Now, when a user performs a deposit/withdrawal transaction on the terminal device 11 using the "ordinary deposit withdrawal slip" shown in Figure 4, the user first writes the account number, date, withdrawal amount, and name on the slip. Then, stamp the seal and set it in the slip nodding device 32. From the set slip, the slip reading device 34 and the slip reading control 2
4 reads the slip format including the entered characters and creates slip image data (step 101). From the slip image data, the slip character recognition unit 25 uses the character font dictionary in the file 35 to identify the areas necessary for transaction processing,
At least the characters written in the account number and amount area are logically recognized (step 102). The transmission data transmitting/receiving section 26 sends both the slip image data including the read and recognized account number and amount and the slip logical data to the interface device 36 and the transmission data transmitting/receiving section 2.
6 to the transaction data input terminal device 12 (
Step 103). In the terminal device 12, the slip image data and the slip logical data are received by the interface device 56 and the transmission data transmitting/receiving section 46, and stored in the file 55 (step 104). Next, in order to input and verify the transaction data of the received slip, the slip image data and slip logical data are displayed on the display screen of the display 53 as shown in FIG. 5 above (step 105). The clerk enters the account number, amount, etc. required for transaction input and verification from the keyboard 51 while observing this display (step 106). The keyboard 51 is equipped with a numeric keypad for inputting transaction data on a slip, an "item input" key that indicates the break between inputting individual transaction data, and a "completion" key that indicates the end of inputting all slip data. An example of the key operation procedure is shown in FIG. 6 above. 5th above
As shown in the example of the display screen in the figure, the display screen has a display area 61 dedicated to input data that displays logical data input by staff, and an area above or adjacent to the display area 61 for displaying transaction data input. There is a display area 62 dedicated to image data. First, when entering the account number after entering the date, image data of the account number on the slip is displayed in the image data display area 62, and the staff member inputs the transaction from the keyboard 51 while looking at this image data. Enter the data and press the "Enter 1 item" key after the account number. This "item input"
The account number data entered when the key is pressed is
The amount is moved to the top of the image data exclusive display area 62, and the next input item, amount, is displayed in the image data exclusive display area 62. The employee enters the amount while looking at this display, and presses the "item input" key. do. After that, after inputting the remaining required input items in the same way, all input is completed by pressing the "Complete" key, and the data matching section 47
The received slip logical data is compared with the input data (step 107).

In this embodiment, an example is shown in which the data on the read slip is logically recognized and compared with the input by the staff member, but a process in which the recognition process is omitted may also be considered. Regarding the movement display method and area of the input data after pressing the "item input" key, there is a method of displaying the input data all at once, a method of displaying the slip image data separately from the area dedicated to displaying the image data, and a method of displaying the input data close to each image data. There is a method to display the logical data entered in the area.

In this way, when a transaction slip created and filled in by a user is directly read, and the data of the slip converted into image data is input and verified, the image data of the item on the slip is displayed in the area dedicated to displaying input data on the screen - the upper row. By displaying
It is possible to reduce errors in data entry and verification by staff members, and to reduce fatigue caused by shifting the line of sight.

〔Effect of the invention〕

As explained above, according to the present invention, when a slip written and created by a user is read and an employee inputs and verifies transaction data on the slip, an area dedicated to displaying the input data is provided, and the - By providing an area dedicated to displaying the image data of the input item in the upper row or nearby area, it is possible to reduce line of sight movement of staff during input and verification work of transaction data, and to reduce errors and fatigue during input and verification. be.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of a slip recognition/verification processing system showing an embodiment of the present invention, FIG. 2 is a block diagram of each terminal device, FIG. 3 is a processing flowchart for slip transaction recognition/verification, and FIG. Figure 4 is a format diagram of the ordinary deposit withdrawal slip used in the process of Figure 3, and Figure 5 is an example of the display screen when inputting and verifying transaction data based on the ordinary deposit withdrawal slip of Figure 4. FIG. 6 is a diagram showing key operations for inputting and verifying transaction data in FIG. 5. DESCRIPTION OF SYMBOLS 10... Transmission path, 11. 12... Terminal device, 20° 40... Processing unit, 22... Slip handling control unit, 24... Slip reading control unit, 25... Slip character recognition Section, 26.46...Transmission data display section, 41...Data input control section, 43...Data display control section, 47.
...Data collation unit, 32...Slip handling device,
34... Slip reading device, 35.55... External storage device (file), 36.56... Interface device f
, 51 Fu Z Tomi 1 Figure 6 (5)

Claims (1)

[Claims] 1. After inputting a slip created by a user into a slip reading/recognition device and performing reading/recognition processing on the slip image, data on the slip is input/verified. In a transaction processing system, when entering and verifying slip data, a display data area dedicated to input data is set up to display the entered slip data for input and verification, and a slip image of the data displayed in the display data area is set. A slip recognition verification method characterized by displaying data in an area above or adjacent to a display area exclusively for input data. 2. After inputting the slip created by the user into the slip reading/recognition device and performing the reading/recognition processing of the slip image, the input is performed in the transaction processing system that inputs/verifies the data on the slip. A data-only display data area is set, and the slip image data displayed in the display data area is displayed in the upper row or adjacent area of the input data-only display area, and the slip image and/or the slip data that has already been key-input are displayed. A slip recognition verification method characterized by displaying on a display device.