JPH02238563A - Terminal control method - Google Patents

Abstract

PURPOSE:To write the data on plural transactions together into a business form of an optical character reader OCR and to perform these transactions en bloc by transmitting the transaction data to a central processor CPU after dividing them into the transaction units via a terminal controller or a terminal equipment. CONSTITUTION:When the data on plural transactions are inputted en bloc via a single OCR business form, a terminal equipment 3 or a terminal controller 2 divides the individual data for each transaction. At the same time, the common part data 1 are synthesized and edited into the individual data divided for each transaction and displayed on the screen of the equipment 3. Thus the transaction data can be sent to a CPU 1 for each transaction. When an answer message is received from the CPU 1, the second transaction data that is synthesized and edited by the equipment 3 or the controller 2 and written into the OCR business form is displayed on the screen of the equipment 3 and sent to the CPU 1. Thus the program of the CPU 1 can be processed for each transaction. Then the data on plural transactions can be written into a single OCR business form.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a plurality of OCR forms in an online system consisting of a central processing unit, a terminal control device, and a terminal device to which an optical character reader (OCR) is connected. This relates to the transaction entry method.

[Conventional technology]

Traditionally, the data entered in one OCR form is
1 form] If it is necessary to process it as transaction data, and one transaction data is entered in one OCR form, or one or more transaction data is entered in one OCR form, It was necessary to program the central processing unit to process multiple transaction data at once. Incidentally, a related technique is JP-A-63-76061.

[Problem to be solved by the invention]

One OCI;! If it was possible to record multiple transaction data on a form, it would be necessary to program the central processing unit to process multiple transaction data at once.

An object of the present invention is to enable the central processing unit to process data for each transaction when a plurality of transaction data are entered in one OCR form. The transaction data is divided and edited by the terminal device or terminal control device, and sent to the central processing unit in one piece.
The purpose is to enable transmission as a transaction unit.

[Means to solve the problem]

When entering multiple transaction data into one OCR form and inputting multiple transaction data at once from one OCR form, the terminal device or terminal control device divides the individual data for each transaction, In addition, the common part data is divided into separate data for one transaction unit, combined and edited, displayed on the screen of the terminal device as one transaction unit, and sent to the central processing unit for each transaction unit. When the response message is received, the terminal device or terminal control device displays the second transaction data on the CR form on the screen of the terminal device and sends it to the central processing unit, so that the central processing unit program can process one transaction. It is now possible to process each unit, so even if multiple transaction data are entered in one OCR form,
The program of the central processing unit no longer needs to process multiple transaction data all at once, and can process each transaction individually.

[Effect]

When multiple transaction data are input together from one OCR form, the terminal device or terminal control device divides the individual data into one transaction unit and divides the common data into one.
By synthesizing and editing the data into individual data divided for each transaction unit and displaying it on the screen of the terminal device, each transaction unit can be transmitted to the central processing unit. Also, when receiving a response message from the central processing unit, the second transaction data on the OCR form that has been divided, combined, and edited by the terminal device or terminal control device is displayed on the screen of the terminal device and sent to the central processing unit. This makes it possible for the program of the central processing unit to process each transaction, and allows multiple transaction data to be entered in one OCR form.

〔Example〕

An embodiment of the present invention will be described in detail using the drawings.

FIG. 1 shows an example of the configuration of an online system consisting of a central processing unit, a terminal control device, and a terminal device according to the present invention, where 1 is the central processing unit, 2 is the terminal control device, 3 is the terminal device, and 4 is the terminal device. 5 is a communication path connecting the central processing unit 1 and the terminal control device 2, and 5 is a communication path connecting the terminal control device 2 and the terminal device 3.

FIG. 2 is a configuration diagram of the terminal control device 2 and the terminal device 3 for embodying the present invention, where 20 is a control section of the terminal control device, and 21 is a control section for transmitting and receiving data with the central processing unit 1. A transmitting/receiving buffer of the terminal control device, 22 is a cover sofa of the terminal control device for inputting and outputting data with the terminal device 3, 23 is a file device of the terminal control device,
30 is a control unit of the terminal device; 31 is a transmission/reception buffer of the terminal device for transmitting and receiving data with the terminal control device 2;
2 is an optical character reader (OCR) connected to a terminal device for reading optical characters. 33 is a keyboard device (KB) connected to the terminal device for data input. 34 is the guidance screen, messages from the central processing unit, etc., and OCR
/KB is a display device, 35 is a printer device connected to the terminal device for printing data from the central processing unit, etc., and 36 is a file device of the terminal device.

FIG. 3 shows a screen displayed on the display 34, and screen 6 is an example of an OCR form reading screen for reading a plurality of transaction data that are collectively written in one OCR form from the OCR 32.

Screen 7 also divides, combines, and edits the OCR form data input on screen 6 into 1 transaction unit by 2 or 3.
This is an example of a sending screen for sending one transaction unit to.

On screen 6, [ ] is a part that displays the transaction data read by the OCR 32 under the control of the control unit 30, common items for each transaction are shown in the parts ■ to ■, and individual data of the first transaction is shown in the part ■' 〜[phase]′, the individual data of the second transaction in the same manner as the first transaction in ■”〜■)”, and the individual data of the third transaction in ■′″〜[phase]”′ indicate. In addition, in [ ] of the screen 7, the data is divided, combined, and edited into 1-transaction units using 2 or 3, and is displayed as one transaction data in the parts from ■ to [phase].

here,]. If the number of transactions on one OCR form exceeds 3, transaction data for more than 3 cases can be entered on the OCR form by setting the ○crz form reading screen to multiple screens. If the OCR form reading screen is multiple screens, by pressing the "Screen change key" on the KB33, data of more than 3 items will be displayed on the display 34 under the control of the control unit 30, and the data can be confirmed by looking at 1. became iJ Noh.

Next, means for specifically realizing the present invention will be explained.

First, when the screen number of the OCR reading screen 6 is input from the keyboard 33 of the terminal device 3 and the screen call key on the keyboard 33 is pressed, the control unit 30
6, an OCR reading screen 6 corresponding to the screen number is displayed on the display 34, and a document reading command is output to the OCR 32.

When the OCR reading screen appears on the display 34,
OCR with multiple transaction data entered from OCR32
By reading the form, the control unit 30
3 Display the plurality of captured data read from 2 on the display 34, and OCR read from ○CR32.
Outputs a form discharge command.

When the send key for image display data on the keyboard 33 is pressed while the OCR form reading data is displayed (input) on the display 34, the control unit 30 sends the screen data via the input/output buffer 31 and the communication path 5. and transmits it to the terminal control device 2.

When the OCR reading data is input via the communication path 5 and the input/output buffer 22, the control unit 20 of the terminal control device 2 reads common item data such as the date and request date on the OCR reading screen and the bank. Individual item data of each transaction data such as name, branch name, etc. are divided, and the common item data and individual item data are combined, and file device 2 is created for each transaction unit.
3, and as a transaction cheater for one transaction ['', screen data that is a combination of common item data, individual item data, and sending screen data 7 is sent via the sending/receiving buffer 22 and the communication path 5. and outputs it to the terminal device 3. The control unit 30 of the terminal device 3 controls the communication channel 5 and the input/output bus sofa 3.
When the data obtained by combining and editing the common item date data, the individual item "1 data, and the transmission screen data is received as the transaction data of one item [" via 1-, the transmission screen 7 is displayed on the display 34.

When the transmission screen 7 is displayed on the display 34 and the transmission key of the screen display data on the keyboard 33 is pressed, the control unit 3o transmits the screen data to the terminal control device 2 via the crowd buffer 31 and the communication path 5. Send to.

When the control unit 20 of the terminal control unit 2 receives the transaction data obtained by combining the first common item 1'' data and the individual item data via the communication path 5 and the input/output buffer 22, the control unit 20 controls the transmission/reception buffer 21 and the communication path. The first transaction data is transmitted to the central processing unit 1 via 4.

When the control unit 2o of the terminal control device 2 receives the normal response message from the central processing unit 1 via the communication vr4 and the sending/receiving buffer 21, it reads out the second transaction data from the file device 22 and stores it as common item data. It is output to the terminal device 3 via the turnout buffer 22 and the communication path 5 together with the screen data obtained by combining and editing the individual item data and the transmission screen data 7 and the print data received from the central processing unit 1 .

The control unit 30 of the terminal device N3 generates screen data obtained by combining and editing the common item data, individual item data, and transmission screen data of the second transaction data via the communication path 5 and the input/output vanofer 31, and When the print data etc. are received, the display 34 displays the transaction transmission screen 7 of 2 transactions, and the print data is output to the printer 35.

Further, when the terminal control device 2 receives an abnormal response message from the central processing unit 1 while displaying the transmission screen 7 on the display 34, the terminal control device 2 outputs the received abnormal response message to the terminal device 3. , the transaction data input on the transmission screen 7 can be corrected.

2nd item, 3 in 1 river, same as the method described above.
By sequentially displaying the transaction data as the transmission screen 7, each transaction unit is transmitted to the central processing unit 1.
It becomes possible to process.

The control unit 20 of the terminal control device 2 displays the last transmission screen 7 on the display 34, and when receiving a normal response message from the central processing unit, sends the OC
It is output to the terminal device 3 via the human output buffer 22 and the communication path 5 together with the output instruction of the R reading screen 6 and the print data received from the central processing unit 1 .

When the control unit 30 of the terminal device 3 receives the output instruction for the OCR reading screen 6 and the print data received from the central processing unit 1 via the communication path 5 and the traffic buffer 31, the control unit 30 outputs the OCR reading screen from the file device 36. 6 screen data is read out and displayed on the display 34, and ○C
A form reading command is output to R32, and print data is output to printer 35.

As described above, according to this embodiment, one O
Even if a plurality of transaction data are entered in the CR form, the central processing unit program can process each transaction individually, eliminating the need to process the plurality of transaction data all at once.

In this embodiment, when multiple transaction data are entered in one OCR form, the terminal control device divides the individual data into each transaction unit, and divides the common data into each transaction unit. The method is to combine, edit and save the individual data, display it on the display of the terminal device for each transaction unit, and send it to the central processing unit for each transaction unit. The same effect can be obtained even if the functions of synthesizing, editing, and saving common item data are shared.

〔Effect of the invention〕

According to the present invention, in an online system in which a central processing unit, a terminal control unit, and an optical character reader @ (OCR) are connected, the terminal control unit or the terminal device divides the data into m transactions and sends them to the central processing unit. By transmitting the information, it is possible to obtain the effect that a plurality of transaction data can be entered in the OCR form at once and the transaction can be carried out.

[Brief explanation of drawings]

FIG. 1 is a configuration diagram of an online system consisting of a central processing unit, a terminal control device, and a terminal device according to an embodiment of the present invention, and FIG. 2 is a configuration diagram of a terminal control device and a terminal device for embodying the present invention. , FIG. 3 is an explanatory diagram showing an example of an o c R reading screen and a transmission screen. 1-: Central processing unit, 2: Terminal control device, 3: Terminal device, 4/5: Communication path, 6: OCR reading screen, 7: Transmission screen, 20: Control unit of terminal control device, 21: Transmission/reception buffer, 22: Input/output hub, 23: File device, 30
: Control unit of terminal device, 31: Input/output buffer, 32: Optical character reader (OCR). 33: Keyboard 1 to device, 34: Display device, 35: Printer device, 3
6: File device.

Claims (1)

[Claims] 1. In an online system consisting of a central processing unit, a terminal control unit, and a terminal device to which an OCR (optical character reader) is connected, the central processing unit program processes multiple items input from one OCR form. By providing a function for dividing transaction data into transaction units on a terminal device or terminal control device and sending them to the central processing unit, a configuration that allows multiple transaction data to be entered in one OCR form for transactions. A terminal control method characterized by: