KR900008785B1 - Input data checking method - Google Patents

Abstract

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Description

Input data verification method

1 is a block diagram of a data input device according to an embodiment of the present invention.

2 is an explanatory diagram of a code-kanji conversion unit and a conversion table selection unit in an embodiment of the present invention.

3 is an input data verification flowchart of a data input device according to an embodiment of the present invention.

4 is a flowchart showing the sequence of code-kanji conversion.

* Explanation of symbols for main parts of the drawings

1: Keyboard 2: Keyboard Input Buffer

3: CRT display part 4: CRT display buffer

5: end key determining unit 6: conversion table selecting unit

7 magnetic disk device 8 code-kanji conversion unit

9: input data storage unit 10: line control device

71-73: Conversion table number

The present invention relates to an input data verification method for verifying input data in a window device of a bank terminal system or the like, and more particularly, to an input data verification method capable of easily detecting an input miss.

In a bank terminal system or the like, when an operator inputs data such as an account number to access a customer's account, when the operator accesses an account other than the target account by an input miss, for example, an automatic withdrawal of a telephone charge, Since they are only notified of the results of automatic withdrawals, they often do not know the input errors of the bank, which is a social problem.

For this reason, various methods have been proposed in which data can be input correctly by simplification of input work and the like, thereby preventing input errors.

For example, in the method described in Japanese Patent Laid-Open No. 59 (1984) -121567, a real code / display code conversion table for reading and displaying a specified character from a character table is provided, and the specified character is input. In this case, the conversion table converts the incoming customer name into Kana (Japanese characters), Chinese characters, etc., and displays it at the designated location, and sends the Kana and Kanji characters to the center. For the selection of the conversion table, a method of selecting and pressing a plurality of function keys prepared on the keyboard is adopted.

In the prior art, no consideration has been given to verification of input data, input speed of data, and maintenance of a code-kana Kanji conversion table.

For this reason, the verification of the input data can be detected if the name of the incoming customer is correctly converted. However, since the conversion is performed at the time of data input, the input miss may be overlooked. In addition, regarding the data input speed, an operator's waiting time is generated during the conversion between kana and kanji after the real code is input. In addition, it is necessary to select a conversion table with a function key at the time of input, and the input speed is considered to be slow because the operation is different. In addition, since the Chinese character code after conversion sent to the center is an indication that the center is easy to machine, it is not necessarily easy for the operator to read.

In addition, since the function key and the code Kana Kanji conversion table are related to the maintenance of the code Kana Kanji conversion table, it is difficult to easily increase or decrease the types of tables. In this manner, it is considered that the use range is limited to a specific task in the above-mentioned prior art.

An object of the present invention is to improve the above problems, to easily detect the input miss to improve the data input speed, and furthermore to provide an input data verification method that can be easily maintained and widely used.

In order to achieve the above object, the input data verification method of the present invention includes data input means 1 for inputting code data, display means 3 for displaying the input code data, code data and Kana (Japanese characters). And a plurality of conversion tables (71, 72, 73, ...) for storing data such as Chinese characters and the like, and for transmitting data to the center. By referring to the associated means (6, 61) for associating the conversion tables (71, 72, 73, ...) and the conversion tables (71, 72, 73, ...), the input code data Conversion means (8) for converting the data into data such as Chinese characters and the like, and converting the conversion table corresponding to the code data input and displayed by the related means (6, 61) into the plurality of conversion tables (71, 72, 73, By means of the conversion means 8 with reference to the selected conversion table. Ghana the entered code data is converted into data of a Chinese character or the like, is characterized in that displayed on the display means (3).

In the present invention, the operator separates the data input from the input verification and inputs the billing device without gradually converting the code to Chinese characters. Miss can be detected easily. In addition, since the operator does not have to wait for completion of code / kanji conversion during data input, the input speed can be improved.

Then, the operator can input by pressing a function key or the like by means of selecting a code or Kanji conversion table for each input field. In addition, addition and reduction of this conversion table can be performed without modifying the function keys. By using the means for storing the input data at the center transmission, the code can be converted into an arbitrary code at the time of the code kana character conversion.

Next, an embodiment of the present invention will be described with reference to the drawings.

1 is a configuration diagram of a data input device according to an embodiment of the present invention, FIG. 2 is an explanatory diagram of a code / kanji conversion unit and a conversion table selection unit according to an embodiment of the present invention, and FIG. An input data verification flow chart of a data input device according to an embodiment of FIG. 4 is a flowchart showing the procedure of code / kanji conversion.

The data input device of this embodiment includes a keyboard 1 as a data input means, a keyboard input buffer 2, a CRT display portion 3 as a display means for displaying input code data, a CRT display portion 4, and an end key judgment portion 5 ), Conversion table selector 6, magnetic disk device 7, code / kanji conversion unit 8, which is conversion means for converting input code data into data such as kana and kanji, with reference to conversion table; The storage unit 9 and the line control device 10 are provided, and the line control device 10 is connected to the center system via a line.

In addition, on the keyboard 1, an end key pressed at the end of the input, a validation key pressed at the end of input, verification, a correction key pressed when correcting the verification result, and verification ends, and the data is returned to the center. Transmission keys to be pressed at the time of transmission are arranged.

As shown in FIG. 2, the magnetic disk device 7 stores plural kinds of code / kanji conversion tables 71, 72, 73, .... For example, the code / kanji conversion table of the conversion table number 71 converts the financial institution code into the Chinese character name, and the code / kanji conversion table of the conversion table number 72 converts the code indicating the type of deposit into a formal name. Convert. Each code / kanji conversion table is divided into a plurality of areas, and codes and Kanji data are stored in each area. When a code is input to this code / kanji conversion table, Chinese character data corresponding to the code is output.

In the data input device of the present embodiment, the case of verifying the input data will be described with the flowchart of FIG. First, when an operator inputs a code on the keyboard 1 (step 301), the input code is stored in the keyboard input buffer 2 (step 302). This input code is stored in the keyboard input buffer 2 until the operator presses the end key (1) rather than the key, and the monitor display of the input code is written directly to the CRT display buffer 4 by the monitor display of the input code. Display.

When the input is finished in this way (step 303), the operator presses the end key on the keyboard 1 (step 304), and the contents of the keyboard input buffer 2 are inputted by the end key determination unit 5 to the input data storage unit. It is stored in (9) (step 305).

Next, when the operator presses the verification key on the keyboard 1 (step 306), the data stored in the input data storage section 9 is read out, and the conversion table selection section 6 selects the necessary code / kanji conversion table. The corresponding Chinese character is selected by the code-kanji conversion unit 8 (step 307), transferred to the CRT display buffer 4, and displayed in Chinese characters on the CRT display unit 3 (step 308).

The operator checks the contents of the Chinese character data displayed on the CRT display section 3 (step 309), and if there is a miss, presses the correction key on the keyboard 1 (step 312), and performs code input again (step 301).

If there is no mistake, the transmit key on the keyboard 1 is pressed (step 301).

By pressing this transmission key, a command for sending the data stored in the input data storage section 9 to the line control device 10 is output from the end key determination section 5, and this command first outputs the center to the center. Code data input by the operator is transmitted (step 311).

Next, the procedure of the code-kanji conversion in step 307 of FIG. 3 will be described in detail with reference to FIG. 2 and FIG. First, in step 41, a code is extracted from the input data. That is, the data drawn from the input data storage section 9 is examined, the position of the row corresponding to the CRT display section 3, and the digit position are detected, and the data at the position is extracted as a code. For example, data at a position of length 4 in 10 rows and 10 digits on the screen is extracted as code [001].

Next, in step 42, the code / kanji conversion table number is determined. That is, the conversion table selector 6, which is an associated means for associating the input code data with the conversion table, refers to the conversion table 61 of FIG. 2 provided therein from the position (row, digit, length) on the screen. The numbers of the code-kanji conversion tables 71, 72, 73, ... are determined. For example, it is decided to use the code-kanji conversion table 71 for codes of length 4 in 10 rows and 10 digits.

Next, in step 43, the code-kanji conversion table is searched. That is, the code extracted in step 41 is used as a key to search the code-kanji conversion table determined in step 42, and the Chinese character data corresponding to the code is read. The Chinese character data thus read is displayed on the screen in step 308 of FIG. For example, it is determined that the code [0001] at the position 4 on the 10-row 10-digit length on the screen uses the code / kanji conversion table 71, and the Chinese character data corresponding to the code [0001 is the code-kanji conversion table. It is read out at 71 and is displayed at the position of 10 columns of 10 rows on the screen.

In the present embodiment, the code is converted to Chinese characters and displayed on the CRT. However, it is also possible to display by Kana characters, English characters, or numbers. It is also possible to output the converted data to a printer without displaying it on the CRT in the same manner.

According to the present invention, since the code input is converted into Chinese characters corresponding to the input field and displayed at the time of checking the input content, it is possible to easily detect the input miss without being limited to a specific task. In addition, since the code-kanji conversion table can be defined for a plurality of types of items, it is possible to perform code-kanji conversion corresponding to various codes. The code / kanji conversion table is defined as a file on a magnetic disk or a floppy disk, and therefore is easy to maintain and easy to maintain.

By separating the data input and the verification of the data in this way, it is possible to improve the efficiency of data input.

Claims (2)

A plurality of conversion tables for storing data input means (1) for inputting code data, display means (3) for displaying the input code data, and storing the code data in association with data such as Kana (Japanese characters) and Chinese characters. A data input device having (71, 72, 73, ...) for transmitting data to a center, wherein the input code data is associated with the conversion table (71, 72, 73, ...). Building means 6, 61, and conversion means 8 for converting the input code data into data such as Kana, Chinese characters, etc. with reference to the conversion tables 71, 72, 73, ... A conversion table corresponding to the code data input and displayed by the associated means (6, 61) is selected from among the plurality of conversion tables (71, 72, 73, ...), with reference to the selected conversion table; The conversion means 8 converts the input code data into data such as kana, kanji, and the like. Input data verification method, characterized in that displayed on the viewing means (3). 2. The input code data according to claim 1, wherein the input code data is converted into data such as Kana, Chinese characters, etc. by the conversion tables 71, 72, 73, ..., and displayed on the display means 3. And inputting code data to the center.

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