JPH06251052A - Correction information output device - Google Patents

Abstract

PURPOSE:To provide the device which early clarifies the error occurrence source and where the resposibility lies or who is responsible at the time of correcting transaction data or the like. CONSTITUTION:Data is inputted by a data input means M1 and the data inputted by the data input means M1 is corrected by a correcting means M3. A discrimination information input means M2 inputs discrimination information of a corrector. Data corrected by the correcting means M3 and discrimination information of the corrector inputted by the discrimination information input means M2 are stored in a storage means m4. When an inquiry means M5 inquires about data, which is stored in the storage means M4 and is corrected by the correcting means M3, an output means M6 outputs both corrected data stored in the storage means M4 and discrimination information of the corrector which corrected the pertinent data. If necessary, the output means M6 outputs with data before correction also corresponded to the corrected data along with the corrected data.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device used in a transaction information processing system used for processing predetermined transaction information, such as a foreign exchange transaction of a financial institution, and particularly, to inquire data that has been input or transmitted. The present invention relates to a device that allows confirmation of correction data and a correction person at the input stage of the data.

[0002]

2. Description of the Related Art Conventionally, for example, a financial institution such as a bank has a currency exchange business as one of transaction business, and the following system has been constructed to perform this business. That is, a predetermined staff member writes a serial number or the like on the money order transfer request form entered by the customer, causes the facsimile machine (hereinafter referred to as “FAX”) installed in the sales office to read the information, and transmits it to the district center. In the district center, the FAX transmission / reception control device installed in the district center receives the image data of the money transfer request form transmitted from the FAX of the sales office. Next, after the character recognition device performs character recognition based on the above-mentioned image data and corrects the recognition result by the workstation or the like and verifies the recognition result including the corrected data,
Generate a message for exchange and send it to the host computer. Such a system (hereinafter, referred to as “FAX-OCR system”) is simple in processing because it is sufficient that the business office directly reads and sends the money order transfer request form to the FAX.

By the way, as described above, in the district center, after the character recognition result of the image data of the money transfer request form is corrected or verified by the workstation or the like,
The corrected and verified data is transmitted to the host computer, but the host computer or the like may determine that the data is error data. It is installed in the host computer or in the district center in order to answer the inquiry from the sales office when it is judged as an error or what data was sent from the district center to the host computer. The data stored in the device and transmitted to the host computer can be inquired.

[0004]

As described above, when the host computer or the like determines that an error has occurred, the content of the error is determined by inquiring the content of the data sent to the host computer or the like. Prove. However, whether the source of the error, that is, the contents described in the exchange transfer request form was incorrect (ie,
It is not clear from a glance at the error content itself whether it is due to the mistake of the requester's description), the mistake of the corrector of the district center, or the fact that the verifier missed the mistake. The task of clarifying the above was complicated and sometimes took a considerable amount of time.

An object of the present invention is to solve the above-mentioned problems and to provide an apparatus capable of promptly determining where or who is responsible for an error or where responsibility lies.

[0006]

[Means for Solving the Problems] In order to solve the above problems, the present invention is as follows. That is, data input means for inputting predetermined data, correction means for correcting the data input by the data input means, and identification information for inputting identification information of a corrector who corrects the data by the correction means. An input unit, a storage unit for storing the data corrected by the correction unit and the identification information of the corrector input by the identification information input unit; and the correction unit stored in the storage unit for correction. And an output unit for outputting the corrected data stored in the storage unit and the identification information of the corrector who has made the correction when the inquiry is made by the inquiry unit. And also,
The output means outputs the corrected data and the pre-correction data of the corrected data in association with each other.

[0007]

According to the present invention, the data input person first inputs the predetermined data by the data input means. Next, the corrector uses the correction means to correct the data input by the data input means. The corrector inputs the identification information of the corrector using the identification information input means. The data corrected by the correction unit and the identification information of the corrector input by the identification information input unit are stored in the storage unit. After that, when the inquirer inquires the data corrected by the correction means stored in the storage means by the inquiry means, the output means performs the corrected data stored in the storage means and the correction. The identification information of the corrector is output.

Further, the output means outputs the corrected data and the pre-correction data of the corrected data in association with each other.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described in detail below with reference to the drawings. 1 is a conceptual diagram of the present invention, FIG. 2 is a configuration example of a system to which the present invention is applied, FIG. 3 is a hardware configuration diagram of a FAX transmission / reception control device and a main control unit, and FIG. 4 is a hardware configuration diagram of a workstation. 5, FIG. 5 is a flowchart of input processing, FIG. 6 is a flowchart of confirmation and correction processing, FIG. 7 is a flowchart of verification processing, FIG. 8 is a flowchart of check processing, FIG. 9 is a flowchart of inquiry processing, and FIG. 10 is a screen display example. is there.

In this embodiment, the present invention will be described as being applied to a FAX-OCR system used for currency transfer business processing, but of course the application of the present invention is limited to the currency transfer business processing and FAX-OCR system. is not.

FIG. 2 shows an example of the configuration of a system to which the present invention is applied. 1 is a terminal control unit 705 in a main control unit 7 described later.
A workstation 2 which is connected via the above and which corrects and verifies the recognition result of the received data, and an automatic transaction device 2 for allowing the customer to operate the transaction by himself / herself by using a transfer card, for example. 3 is a counter device installed in a bank's business office or the like for a dedicated operator such as a bank clerk to carry out transactions such as a money transfer process. 4 is various terminal devices such as an automatic transaction device 2 and a counter device 3. Terminal control device for controlling (hereinafter referred to as "TC"), 5 is a FAX installed in a business office such as a bank, 6 is a FAX 5 of each business office installed in a district center for centrally managing a plurality of business offices FAX transmission / reception control device for controlling the reception operation of the device, processing of received data, and transmission of the data to the FAX 5 of each sales office.
01, a memory 702, a communication control unit 707, a recognition device control unit 708, a terminal control unit 705 and the like, a main control unit 8 communicates with the main control unit 7 and the like via TC4 to perform various transaction operations including exchange operations. It is a host computer a (hereinafter referred to as “HOSTa”) that centralizes data processing, and is installed in an office center or the like belonging to the same bank or the like as each business office. Reference numeral 9 denotes a host computer b (hereinafter referred to as “HOSTb”) owned by another financial institution or the like different from the bank or the like holding the HOSTa 8. 10 is a FAX 5 of each branch, a FAX transmission / reception control device 6, TC 4 and HOST
a8, HOSTa8 and HOSTb9 are communication lines for connecting.

An outline of the operation of the system having the above configuration will be described. First, the sales office receives the money order transfer request form (not shown) filled in by the customer, and after the predetermined business processing such as the sales staff entering the transaction serial number in the money order transfer request form, the money order transfer request form is sent by FAX5. Scan and send to district center.

The FAX transmission / reception control device 6 of the district center confirms that the sender FAX 5 is registered and receives the image data of the money transfer request form. Next, the received image data is converted by the image conversion unit 607 into image data in a format that can be easily handled by the FAX transmission / reception control device 6 and the main control unit 7, and the disk device (hereinafter
After being stored in the “DK” 606, it is transferred to the main control unit 7 via the communication control unit 603. Based on the transferred image data, the recognition device 709 detects the recognition device control unit 70.
Along with 8, the image data corresponding to the recognition target area of the money transfer request form is cut out, and the characters are recognized and coded.
The processor 701 of the main control unit 7 performs knowledge processing for improving recognition accuracy based on the coded data, and stores the result in the DK 704 together with the image data.
That is, the exchange transfer data is stored in the DK 704 each time the exchange transfer data is received from the FAX 5 of each business store. Therefore, generally, a plurality of currency transfer data are accumulated in the DK 704.

Next, the outline of the procedure for transmitting the currency transfer data accumulated in the DK 704 to the HOSTa 8 will be described below. That is, the operator who is the confirmer (also serving as a corrector if necessary) inputs the HO from the input unit of the workstation 1.
In order to confirm the currency transfer data to be transmitted to STa8 (with correction if necessary), the currency transfer data request information is input. The main control unit 7 takes out the currency transfer data stored in the DK 704 or the memory 702 based on the above-mentioned input request information, and transmits this money transfer data to the workstation 1. Since the workstation 1 receives the currency transfer data and displays it on the display unit, the above-mentioned operator of the workstation 1 confirms whether or not the currency transfer data is correct and, if necessary, corrects it and then controls the main control unit 7. Confirmation and notification of correction (including data before correction if necessary) are sent. At the same time, the identification information of the confirmer and the corrector (hereinafter referred to as “ID”) is also notified. Upon receiving this notification, the main control unit 7 sends the DK 70
4 or the memory 702 stores the confirmed and corrected data and the confirmer and corrector IDs. In general,
The operator, who is the confirmer and the corrector, repeats the above-mentioned operations to obtain the confirmed exchange transfer data for a plurality of transactions from DK704.
Alternatively, it is stored in the memory 702.

Next, an operator who is a verifier (this operator may be different from the above-mentioned confirmer or the like, or may also be the same).
In order to verify and transmit the currency transfer data to be transmitted to the HOSTa8, the confirmer requests the confirmed and corrected currency transfer data stored in the DK 704 or the memory 702, so that the workstation 1 Input the request information for the money transfer data from the input section.
The main control unit 7 extracts the confirmed money transfer data stored in the DK 704 or the memory 702 based on the request information input by the verifier, and transmits the money transfer data to the workstation 1. Since the workstation 1 receives the currency transfer data and displays it on the display unit, the operator who is the verifier of the workstation 1 verifies whether the currency transfer data is correct. As a result, when it is determined that the operator is correct, the operator instructs the main control unit 7 to transmit to the HOSTa 8. In response to this instruction, the main control unit 7 receives from the workstation 1 the money transfer data and the verifier ID verified as correct by the operator, performs the necessary processing, and then adds the transaction serial number to the money transfer data. Further, if necessary, the IDs of the confirmer, the corrector, and the verifier and other necessary information are added to assemble a message for foreign exchange and transmitted to the HOSTa 8 via the TC 4. If the verifier does not determine that it is correct, the operator gives an instruction to that effect, and the main control unit 7 again causes the operator who is the confirmer to confirm and correct the currency transfer data. Is stored in the DK 704 or the memory 702, and the workstation 1 is used in order to make the rectifier make the correction again later (for example, by detecting that the timer 706 reaches a predetermined time). Take precautionary measures such as displaying the warning message and outputting a warning sound or buzzer sound.

With the above, in the FAX-OCR system,
If the money transfer data is transmitted to HOSTa8 and is addressed to another bank, it is further transmitted to HOSTb9 to perform the money transfer process. If an error is detected in this money transfer process, the money transfer transaction will not be established as a result.
Therefore, in order to investigate the cause of the above-mentioned error, the operator who is the inquirer inputs from the workstation 1 the inquiry key such as the above-mentioned transaction serial number for identifying the transaction and the inquiry destination (main control unit 7 or HOSTa8) and corrects it. The person ID and the exchange data after correction (including before correction if necessary) are inquired. The main control unit 7 takes action according to the inquiry key and inquiry destination information described above. That is, if the inquiry destination is the main control unit 7, the exchange transfer data before and after the correction stored in the DK 704 and the ID of each operator such as the corrector are retrieved, and the inquiry destination is H.
In the case of OSTa8, a query message including data for identifying a transaction such as a transaction serial number is assembled and transmitted to HOSTa8.
The HOSTa 8 retrieves the corresponding currency transfer data before and after correction based on the transaction serial number and the like, and the main control unit 7 together with the IDs of the operator who is the modifier and verifier stored together with the currency transfer data. Send to. Next, the main control unit 7 checks the exchange data before and after the correction and the operator I
Since D is transmitted to the workstation 1, the workstation 1 displays the corrected data and the modifier I on the display unit 108 of the workstation 1 as shown in FIG.
While displaying D (including the input data and the confirmer ID and the verifier ID that have not been corrected, if necessary),
Printing is performed on the printing unit 109 as needed. The inquirer investigates the error location based on this displayed or printed information.
Since the IDs of the corrector and the verifier are also added to the above-mentioned information, the location of responsibility can be determined at the same time.

The above-mentioned processing relating to the correction of currency transfer data and the modifier ID will be described again with reference to FIG.

The operator causes the FAX 5 installed in the sales office to read the money transfer request form, and transmits the image data of the money transfer read by the FAX 5 to the FAX transmission / reception control device 6 installed in the district center. At the district center, the FAX transmission / reception control device 6 receives the image data. Then, the image data is transmitted to the main control unit 7, and the main control unit 7 recognizes the currency transfer data and stores it in the memory 702 or DK 704 (data input means M1).

Next, in order to confirm and correct the money transfer data, the confirming and correcting person inputs the corrector ID from the workstation 1 (identification information input means M2). After that, when the rectifier inputs the money transfer data request information from the input unit of the workstation 1, the main control unit 7 makes the DK 70
4 or the money transfer data stored in the memory 702 is taken out, and this money transfer data is transmitted to the workstation 1. Since the workstation 1 receives the currency transfer data and displays it on the display unit, the above-mentioned corrector of the workstation 1 confirms whether or not the currency transfer data is correct, and if necessary, corrects it to the main control unit 7. Confirmation and notification of corrected data are made (correction means M3).
At the same time, the corrector ID is also notified. Upon receiving this notification, the main control unit 7 causes the DK 704 or the memory 70 to
The confirmed and corrected data and the corrector ID are stored in 2 (storage means M4). Later, the money transfer data will be HO
When an error is detected by processing at STa8 etc., in order to investigate the cause of this error, the inquiry person inputs the inquiry key such as the transaction serial number that identifies the transaction and the inquiry destination from the workstation 1 and inquires about the money transfer data. (Inquiry means M
5). The main control unit 7 performs a procedure according to the inquiry key and the inquiry destination information described above, and thereby the corrector I who is the inquiry target.
Since D and the correction data are obtained and transmitted to the work station 1, the work station 1 displays them on the display unit 108 of the work station 1 as shown in FIG. Output means M6).

Next, details of the above-described processing will be described with reference to FIGS.
A description will be given centering on the flowchart shown in FIG.

First, the input processing of FIG. 5 will be described.

In the above-mentioned example, since the original data is input only by reading the data described in the money order transfer request form, there is no data inputting person (it is possible to treat the person who writes the information and the FAX operator as the inputting person). However, in the general case, since the operator inputs from a keyboard or the like, this processing will be described.

This processing will be described as inputting the money transfer data from the counter 3. The operator who inputs the data first uses the keyboard of the window device 3 to select the operator's I
Input D (step S101). The input of the operator ID is, for example, by keystrokes from a keyboard, reading from a magnetic card, reading the contact state of the key, or the like, but is not limited to these as long as the operator can be specified. Next, the window device 3 stores the input operator ID in the memory of the window device 3 (step S102). Next, when the operator inputs predetermined data to be input from the keyboard (step S10)
3) is stored in the memory of the window device 3 (step S
105). Data input and data storage are repeated until a series of data for one exchange transfer transaction is completed (step S105). The input process is completed as described above. After that, the window device 3 assembles the operator ID into a predetermined electronic message together with the input exchange transfer data, and transmits it to the HOSTa 8 via the TC 4. HOST
The a8 stores the money transfer data including the operator ID transmitted from the window apparatus 3 in the memory of the HOSTa8, and shifts to the next process, for example, the check process shown in FIG.

Next, the confirmation and correction processing of FIG. 6 will be described.

This processing is a confirmation and correction processing when the above-mentioned corrector operates the workstation 1, and is mainly controlled by the processor 101.

At the start of this process, the portion of the memory 102 that stores the modifier ID is initialized and the ID is not stored (step S201).
Next, the workstation 1 sends D to the main control unit 7.
For example, it requests that the transaction data stored in the K 704 or the memory 702 be extracted for one transaction in the order of reception and transmitted to the workstation 1 (step S202). The workstation 1 edits the currency transfer data transmitted from the main control unit 7 into a predetermined format based on the above-mentioned request and displays it on the display unit 108 (step S).
203). The revamper looks at the displayed data and determines whether the rectification is necessary. When the corrector determines that the correction is necessary and presses a predetermined key provided on the keyboard 107, the processor 101 recognizes that the correction is necessary and recognizes that the correction is required (step S2).
Move to 05. When the rectifier judges that the correction is not necessary and presses a predetermined key, the processor 101 recognizes that the correction is not necessary, notifies the main control unit 7 to that effect, and ends this processing (step S204).

In step S205, step S
Corrector ID in the memory 102 of the part initialized in 201
Is already stored (step S
205). If not stored, the process proceeds to the next step, and if stored, the process proceeds to step S208. In addition,
In the present embodiment, this input check is not always necessary because the processing of the part relating to ID input and confirmation and correction is performed sequentially by the same program. If it is determined that the corrector ID is not stored, the processor 1
01 displays on the display unit 108 a message prompting the corrector to input an ID, and the corrector inputs the corrector ID by reading the ID card from the magnetic card reading unit provided on the keyboard 107 ( Step S206).
The processor 101 stores this modifier ID in a predetermined position of the memory 102 (step S207).

Next, the corrector inputs the correction data from the keyboard 107 to correct the data (step S208). Completion of correction is done by the modifier from the keyboard 10
When instructed by pressing a predetermined key of No. 7 or the like, the processor 101 combines the corrected portion of the input field or the like to be corrected with the corrected data (as well as the uncorrected data, if necessary) in the memory 102. (Step S209). Above, from step S208 to step S
Steps up to 209 are repeated until there is no data requiring correction (step S210). When it is determined that there is no more data that needs to be corrected and the correction person presses a predetermined key on the keyboard 107, the processor 101 recognizes that the correction is completed, and stores the correction location and the correction data stored in step S209 in step S207. Main controller 7 together with the corrector ID
To the processor 7 of the main controller 7
01 stored in the DK 704 or the like), the memory 102
Initialize the part that stores the modifier ID of
It returns to the state where the ID is not stored (step S211). The ID canceling operation may be performed by the corrector, and the correction may be determined to be completed.

Although the above description has been made on the premise that the corrector ID is entered for each piece of currency transfer data, the present invention is not limited to this case, and the modifier can be used once for a plurality of currency transfer data. You can also enter the ID. This allows you to enter the corrector ID first,
It suffices to repeat steps S202 to S210 for the required currency transfer data.

Further, in the above description, the number of correctors for the exchange transfer data for one transaction is one. However, for example, two correctors perform confirmation and correction of the exchange transfer data for one transaction twice. But it is good (preparing the corrector ID for each corrector). Further, the confirmer is the same person as the corrector, but may be another person. In the case of another person, the operator IDs may be separately input and stored according to the confirmation processing and the correction processing.

Next, the verification process of FIG. 7 will be described.

When the verifier inputs the verifier ID by reading the ID card from the magnetic card reader provided on the keyboard 107 of the workstation 1 (step S301), the processor 101 causes the verifier ID to be read.
Is read and stored in the memory 102 (step S30
2). Next, the processor 101 instructs the main control unit 7 to
It is requested that the corrected exchange transfer data stored in the DK 704 or the memory 702 be taken out, for example, in the order of correction completion for one transaction and transmitted to the workstation 1 (step S303). Workstation 1
Edits the transmitted money transfer data into a predetermined format and displays it on the display unit 108 (step S304). When the verifier looks at the displayed data and determines that there is data that needs correction, and a predetermined key provided on the keyboard 107 is pressed, the processor 101 recognizes that correction is required, and to that effect the main control unit After notifying 7, the processing is terminated (step 305).

In response to this notification, the main control section 7 sends the exchange transfer data to the DK7 in order to make correction and confirmation later.
04 or memory 702 to that effect,
For example, when the timer 706 detects that a predetermined time has come, a warning message is displayed on the display unit 108 of the workstation 1 to prompt the corrector to make a correction, and a voice for warning is displayed. Take action such as output.

In step 305, the verifier sees the displayed data, determines that there is no erroneous data, and presses a predetermined key provided on the keyboard 107, verifies that there is no erroneous data. At the same time, after notifying the main control unit 7, the process proceeds to the next step (step S305). After step S306, the main controller 7 performs processing. In step S306, the verifier ID notified from the workstation 1 is stored in the memory 702 together with the exchange transfer data to be verified, and the ID of the electronic message such as the transmission serial number is added and assembled into the transmission electronic message. Then, the message is stored in the DK 704 or the memory 702 (step S307), and then the assembled transmission message is TC.
4 to the HOSTa8 (step S30)
8).

Upon receiving the above-mentioned transmission message, the HOSTa 8 checks the transmitted exchange transfer data.

The check processing of FIG. 8 will be described below.

When HOSTa8 receives the electronic message transmitted in step S308 of FIG. 7 (step S401),
For example, it is checked whether the received money transfer data is correct, such as an actual financial institution (step S40).
2). If there is an error as a result of the check (step S40)
3), such as the transaction ID that can identify the transaction, such as the transmission serial number, error information such as exchange transfer data, the location of the error, the error data, and the operator, corrector, verifier, etc. set in the message. Each ID is stored in the memory of HOSTa8 (step S404). Then, if necessary, a message indicating that an error has occurred is transmitted to the main control unit 7 (step S405). If it is determined that there is no error as a result of the check in step S402 (step S40
3) The money transfer process is performed (step S406).

Although the above-mentioned processing has been described as being performed by the HOSTa 8, it may be performed by the main control unit 7. That is, the processing of steps S402 to S404 of this processing may be performed by the main control unit 7 before transmitting the transmission message to the HOSTa8.

Next, referring to the flowchart of FIG. 9, a case where an exchange transfer error has occurred and it is desired to inquire the corrected and verified exchange transfer data and the electronic message sent to the HOSTa8 in order to investigate the cause of the error will be described.

A case where it is desired to inquire the corrected (or verified) exchange transfer data to the main control unit 7 will be described below.

When the inquirer inputs the transaction ID such as the transmission serial number from the keyboard 107 of the workstation 1, the workstation 1 transmits the ID to the main control section 7 (step S501).

Next, the main control section 7 retrieves and retrieves the corrected (or verified) foreign exchange transfer data stored in the DK 704 of the main control section 7 or the memory 702 based on the ID (step S502). Next, step S50.
Before and after the modification, the currency transfer data extracted in 2 is converted into a predetermined format, for example, the modified currency transfer data as shown in FIG. The data is edited so that the correspondence relationship of the data is understood (step S503) and displayed on the display unit 108 of the workstation 1. At the time of this display, the corrector ID is displayed so that the correspondence with the corrected portion can be understood.

Further, in addition to the display of the corrected data and the revamper ID, if necessary, an indication that the portion has been revised (eg, color change, blinking, highlighting, addition of specific wording, etc.) and rectification target The input data and the IDs of the operator and the verifier that have not been satisfied may be displayed together (step S504).

Even if there are a plurality of correction points, if the corrector IDs are all the same (that is, the same corrector corrects a plurality of points), the corrector is uniquely determined and therefore is not always corrected. The corresponding part (for example, in FIG.
The corrector ID may be output (in the vicinity of the verifier ID shown in 0).

Next, for example, when a specific key of the keyboard 107 is pressed, the information displayed on the display unit 108 is directly edited or edited as necessary, and the printing unit 109 such as a printer prints a predetermined sheet. Is printed (step S505).

The following is the case of inquiring about the electronic message sent to the HOSTa8. When the inquirer inputs the transaction ID such as the transmission serial number from the keyboard 107 of the workstation 1, the workstation 1 transmits the transaction ID to the main control unit 7 (step S501). Next, based on the transaction ID, the main control unit 7 transmits an inquiry message to the HOSTa 8 for inquiring about the content of the message corresponding to the transaction ID. The HOSTa 8 receives this message and sets it in this message. Based on the existing transaction ID, the memory of HOSTa8 (that is, step S404 in FIG. 8).
Memory that stores error information, operator ID, etc.)
Is searched, and the searched currency transfer data, error information such as an error location, and the operator ID are assembled into a telegram, and the main control unit 7
Then, the main control unit 7 extracts the above-mentioned information and data from this message (step S502).

Next, the data and the like taken out in step S502 are edited in a predetermined format, for example, in such a manner that the error portion and the corrector ID are associated with the currency transfer data. At the time of this editing, the money transfer data stored in the main control unit 7 may be combined as necessary (step S5).
03). Next, edit the edited data on workstation 1.
Is displayed on the display unit 108. At the time of display, similar to the inquiry processing for the main control unit 7 described above, the portion where an error is detected is transaction data, data before and after correction, and indication that it is an error portion (eg, color change, blink, highlighting). (Display, addition of specific text, etc.) and the error location may be associated with the respective IDs of the operator, the corrector, and the verifier, and the like (step S504).

Next, for example, when a specific key of the keyboard 107 is pressed, the information displayed on the display unit 108 is directly edited or edited as necessary, and a printing unit 109 such as a printer prints a predetermined sheet. Is printed (step S505).

[0049]

As described above in detail, according to the present invention, the following effects can be expected. That is, after inputting predetermined data, the correction data and the corrector ID of this data are stored, and the correction data and the corrector ID are inquired later,
Since it is possible to output the corrector ID together with the correction data, it is possible to determine if there is an error cause due to the correction data, and if an error occurs due to an error in the correction data, the corrector will be immediately found together with the error data. The work to find out where is can be facilitated and the work time can be shortened.

Further, in the above-mentioned output, since the correction data and the pre-correction data for the correction data are output in association with each other, the correction data and the original input data are simultaneously identified. Therefore, the possibility of finding the cause of the correction error, such as whether the data has a high possibility of a correction error or the possibility of a simple lack of attention, is improved, and therefore the degree of responsibility for causing the correction error is determined. The accuracy when doing is improved.

[Brief description of drawings]

FIG. 1 is a conceptual diagram of the present invention.

FIG. 2 is a configuration example of a system to which the present invention is applied.

FIG. 3 is a hardware configuration diagram of a FAX transmission / reception control device and a main control unit.

FIG. 4 is a hardware configuration diagram of a workstation.

FIG. 5 is a flowchart of input processing.

FIG. 6 is a flowchart of confirmation and correction processing.

FIG. 7 is a flowchart of verification processing.

FIG. 8 is a flowchart of a check process.

FIG. 9 is a flowchart of an inquiry process.

FIG. 10 is an example of a screen display.

[Explanation of symbols]

 1 workstation 3 window device 4 terminal control device (TC) 5 facsimile device (FAX) 6 FAX transmission / reception control device 7 main control unit 8 host computer (HOST) a 101, 601, 701 processor 102, 602, 702 memory 106, 606 , 704 Disk device (DK) 107 Keyboard 108 Display section 109 Printing section M1 Data input means M2 Identification information input means M3 Correction means M4 Storage means M5 Inquiry means M6 Output means

Claims (2)

[Claims] 1. A data input unit for inputting predetermined data, a correction unit capable of correcting the data input by the data input unit, and identification information of a corrector who corrects the data by the correction unit. Identification information input means, storage means for storing the data corrected by the correction means and the identification information of the corrector input by the identification information input means, and the correction means stored in the storage means. An inquiring unit capable of inquiring the corrected data; and an output unit for outputting the corrected data stored in the storage unit and the identification information of the corrector who made the correction when the inquiry is made by the inquiring unit. A correction information output device comprising: 2. The correction information output device according to claim 1, wherein the output means outputs the corrected data and the pre-correction data of the corrected data in association with each other.