JPS6298458A - Processing data printing system - Google Patents

Abstract

PURPOSE:To easily execute a management by unifying a processing end management, by printing automatically consecutive numbers and a result of processing to many sheets of mediums. CONSTITUTION:A character, etc.which have been written on a medium 10 are read by a reader 1 and a read data is sent to a processor 2, consecutive numbers are sent to the reader 1 from the processor 2 and the consecutive numbers are printed on its medium 10. On the other hand, the processor 2 stores the read data which has been sent, in a storage part 4, by using the consecutive numbers as a key. Subsequently, under a control of a consecutive number read control part 3, the consecutive numbers of the medium 10 are read, and when they are sent to the processor 2, the read data corresponding to the consecutive numbers is read out of the storage 4, and a processing based on the read data is performed. A result of processing is sent to the reader 1 by a transmitting means 5 and printed on the medium 10. In this way, many sheets are set to the reader 1 and the consecutive numbers and the result of processing are printed automatically onto the medium 10, therefore, the automation and the unification of the management can be realized.

Description

[Detailed description of the invention] [Summary] Optical character reading device
r Reader: A system that recognizes characters read by OCR (hereinafter referred to as OCR) and performs processing using a second-order device, in which the reader has a number reading control unit and the processing device has a memory that stores the serial number and read data. By providing a section and a processing data sending section, reading the serial number printed on the medium, performing processing using the corresponding read data, and printing the processing data on the medium, processing management can be unified. .

[Industrial application field]

The present invention relates to a system that processes characters such as an account number, amount, and name written on a payout slip sent to a financial institution or a medium such as a money order, and particularly relates to a system that performs processing by reading characters such as an account number, amount, and name written on a payout slip sent to a financial institution, etc., or a medium such as a money order. The present invention relates to a processing data printing method that can print data on a medium and centralize management.

Recently, financial institutions, etc. have been using payment slips, bills, etc.
Attempts have been made to automatically read and process the transaction type, account number, amount, name, etc. written on the medium when making a transaction using a money order such as a check.

In such a system, a system is desired that can easily manage processed media such as slips.

[Conventional technology]

FIG. 4 is a block diagram showing the processing system.

This system 1 stacks a plurality of media 10a and automatically transfers them to a reading unit 11 (to be described later) to read and process characters, etc., and since the processing time is longer than the reading time, they are stacked together and processed at once. It is a system that performs reading.

In the figure, 0CR1a is the reading section 11. Recognition unit 17 which recognizes the read data and converts it into code. printer section 18,
and a printer control section 19 that controls the printing operation of the printer section 18.

The reading unit 11 reads a medium 10a to be processed, such as a slip or a check.
A transfer unit 12. A light source lamp 13 that illuminates the read character portion of the medium 10a. Mirror 14. It consists of a lens 15° and a charge coupled device (CCD) 16.

Further, the processing device 2a includes a control unit 21. A serial number assigning unit 22 that assigns a reading serial number to each medium 10a. and a printer section 23 that prints out the processing results, and a control section 210CR1.
When read data is sent from a, the serial number assigning unit 22 assigns a serial number to the medium 10a and sends it to 0CR1,a, and also performs processing based on the read data;
It also has a function of causing the printer section 23 to print out the processing results.

With such a configuration and function, the operation of the system will be explained as follows: (1) First, set the medium 10a in the reading section 11 of the 0CR11I and read the transaction type 3 account number written on each medium Oa.

Characters such as names are read and recognized by the recognition unit 17, and the data is sequentially sent to the processing device 2a.

(2) The processing device 2a assigns a serial number to each received read data medium 10a by the serial number assigning unit 22 and sends it to the CR1a.

(2) Then, under the control of the printer control section 19, the printer section 18 prints a serial number at a predetermined position in the margin of the corresponding medium 10a.

(2) Once the serial number has been printed, the medium 10a is ejected and the next medium 10a is set.

(2) The processing device 2a performs processing based on the received read data.

That is, processing such as payment 7 remittance is performed.

(2) When the processing is completed, the processing result is printed out by the printer section 23 together with the serial number of the medium 10a.

In this way, a large number of media 10a are sequentially sent to 0
The CR1a assigns a serial number to the medium 10a, and the processing device 2a prints out the processing results to perform processing management.

[Problem that the invention seeks to solve]

According to the above-mentioned conventional method, numbering is performed on the medium], Oa by a serial number, but the numbered medium 10a
Since the medium is ejected as is regardless of the processing result in the processing bag W2a, it is not possible to know the execution of processing and the result from the medium 10a alone, and the processing results are printed out as a list, so the corresponding In order to view the processing results of the medium 10a, it is necessary to search the list using the number as a key, which poses a problem in that management is troublesome.

[Means for solving problems]

FIG. 1 is a block diagram of the principle of the present invention.

In the figure, 1 is a reading device, 2 is a processing device, 10 is a medium, 3 is a serial number reading control unit provided in the reading device 1 and controls the reading of the serial number printed on the medium 1o, and 4 is a processing device 2
A storage section 5 is provided in the processing device 2 and stores the read data sent from the reading device 1 using the serial number as a key.

Therefore, the serial number printed on the medium 10 is read by the control I of the number reading control section 3, sent to the processing device 2, and sent to the storage section 4.
The reading data corresponding to the serial number is read out from the reading device 1 and processed, and the processing result is sent to the reading device 1 by the transmitting means 5 to be printed on the medium 10.

[Effect]

The reading device 1 reads characters and the like written on the medium 10 and sends the read data to the processing device 2. The processing device 2 sends a serial number to the reading device 1, and the serial number is printed on the medium 10. On the other hand, the processing device 2 records the sent read data using the serial number as a key and stores it in the 1.1 section 4. Next, the serial number of the medium 10 is read under the control of the serial number reading control section 3 and sent to the processing device 2, and the read data corresponding to the serial number is stored in the storage section 4.
The data is read out and processing based on the read data is performed.

The processing results are sent to the reading device 1 by the sending means 5 and printed on the medium 10.

In this way, since a large number of sheets are set in the reading device 1 and the serial number and processing result are automatically printed on the medium 10, automation 1 and unification of management can be achieved.

〔Example〕

An embodiment of the present invention will be described below with reference to FIGS. 2 and 3. 211XIu Earth A block diagram showing an embodiment of the present invention, FIG. 3 is a flowchart of FIG. 2. The same reference numerals indicate the same objects throughout the figures. OCR in Figure 2
Ib, and the one corresponding to FIG. 1 in the processing device 2b is 1.
It is shown surrounded by a dotted chain line.

In FIG. 2, the number reading control section 3a of 0CR1b
reads the serial number printed on the medium 10a.
Wholesale.

The read data memory 4a of the processing device 2b is a memory that stores the read data sent from the 0CR1a to the processing device 2b using the number as a key.

The processing result transmitting section 5a has a function of transmitting the processing results sent from the control section 21a to the CR1a.

When the control unit 21a receives the read data from 0CR1b, it sends the read number of the medium 10a to 0CR1b, stores the read data in the read data memory 4a, and reads the read data from 0CR1b.
It has a function of performing processing based on the read data read from the read data memory 4a according to the serial number sent from the read data memory 4a, and sending the processing results to the processing result transmitting section 5a.

Since it has such a configuration and function, the operation will be explained using flowchart 1 in FIG.
Transaction type 9 account number written on Oa.

Characters such as the name and amount are read by the reading section 11 of the 0CR1b, recognized by the recognition section 17, and sent to the processing device 2b.

■Processing bag? For reception of each medium 10a in t2b, serial number is ○CR
1b, and the printer unit 1B prints a serial number at a predetermined position in the margin of the medium 10a.

(2) On the other hand, the processing device 2b stores the read data in the read data memory 4a using the serial number as a key. In this way, a serial number is printed on a large number of media 10a at once, and read data is stored.

(2) The medium 10a on which the serial number is printed is again sent to the reading unit 11 of the 0CR1b, and the serial number is read under the control of the number reading control unit 3a and sent to the processing device 2b.

- In the processing device 2b, the read data is read out from the read data memory 4a using the sent serial number as a key, the corresponding processing is performed, and the processing result is sent to the processing result transmitter 22.
(, sent to Rlb.

(2) Then, in 0CR1b, the processing result is printed by the printer section 18 under the control of the printer control section 19 at a predetermined position in the margin near the serial number printing of the medium 10a.

Since the number and processing result are printed on the medium 10a in this way, a large number of mediums 10a can be set in the reading section 11 and processed automatically, and unlike the conventional method, the number and processing result are printed out from the processing device. Processed management can be unified without relying on a list of processed results, and management can be easily performed.

〔Effect of the invention〕

As explained above, according to the present invention, serial numbers and processing results can be automatically printed on a large number of media,
Therefore, there is an effect that the processed management is unified and the management becomes easier.

[Brief explanation of drawings]

Fig. 1 is a block diagram of the principle of the present invention, Fig. 2 shows an embodiment according to the present invention; FIG. 4 is a block diagram illustrating a conventional method. In the figure, 1 is the reader, Ia, lb are O(, R12, 2
a, 2b are processing devices; 3, jm number reading control section; 3a, number reading system a11 section; 4, writing section; 4a, reading data memory;
5 closing means, 5a is a processing result transmitting unit, ]Oa
is a medium, 11 is a reading section, 1214 is a transport section,
13 is a light source lamp, 14 is a mirror,
15 is a lens, 16 is a CCD, 17 is a recognition section, 18.22 is a blink section, 19 is a printer control section, 21 and 21a are control sections, and 22 is a serial number assignment section. First cause! -Professional part of the invention j - 7th diagram 2nd figure - 10-2's l (Ishiba Raiko, 1) - lock layering 4rJEJ

Claims (1)

[Scope of Claims] A reading device (1) that reads and recognizes characters written on a medium (10), and a reading device (1) that is connected to the reading device (1) and the recognized read data is transmitted to the medium (10). 10) and a processing device (2) that performs processing based on the transmitted read data, and the serial number returned to the reading device (1) is returned to the medium (10). ), the system includes a serial number reading control unit (3) that controls the reading device (1) to read the serial number printed on the medium (10), and a serial number reading control unit (3) that controls the reading device (1) to read the serial number printed on the medium (10); comprising a storage unit (4) for storing the read data and a transmitting unit (5) for transmitting the processing result of performing the process to the reading device (1); The received serial number is sent to the processing device (2), read data corresponding to the serial number is read out from the storage section (4) and processed, and the processing result is sent to the reading device (1) by the transmitting means (5). ) and printing on the medium (10).