JPH01162988A - Seal-impression collation system - Google Patents

Abstract

PURPOSE:To efficiently perform seal-impression collating operation at a bank by prereading a master seal-impression image during the seal-impression collation and eliminating the time lag due to the transmission of the image. CONSTITUTION:When a 1st check among sorted checks is specified by operating an account specifying key group 23 and a NEXT key 24 is operated, the master seal-impression file of the check is displayed and the master seal-impression image of a 2nd check is preread during the seal-impression collation by the display. When the NEXT key 24 is operated after the collation, a next master seal-impression is displayed and a next master seal-impression image is preread during the collation of said seal-impression; and this operation is performed repeatedly every time the NEXT key 24 is operated. Therefore, the image transmission time and seal-impression collating time overlap each other, and the time lag of about 2sec due to the image transmission is eliminated substantially. Consequently, the seal-impression collation of the checks is performed speedily and the service is made efficient.

Description

[Detailed Description of the Invention] [Table of Contents 1 Overview Industrial Application Fields Conventional Technology Invention W? Problems to be Solved Means for Solving Problems Actions Examples Effects of the Invention [IIA Required] The present invention uses an image master imprint to compare the imprint of a seal on a check or bill with the master imprint of a notification seal. It is related to a seal imprint matching system that searches and displays seal impressions, and the purpose is to provide a system that can streamline the seal imprint matching process.For this purpose, it stores images of master seal impressions sorted in the order of numbers that identify accounts. means for reading and sequentially transmitting images of the number and the next number when simultaneously receiving one of these numbers and an image transmission request; and transmitting the next number image of the previously transmitted image when confirming receipt of only the master seal imprint transmission request. means for transmitting one of the numbers by operator operation; means for transmitting an image transmission request by operating a predetermined key by the operator; and a pair of image holding means for holding the received image.
The apparatus is characterized in that it has means for alternately writing received images into the image holding means, and means for reading out a held image with a smaller number and displaying it to the operator when the key is operated.

[Industrial Field of Application] The present invention relates to a system for searching and displaying an image of a master seal imprint in order to compare the imprint of a seal affixed on a check or bill with a master seal imprint of a notification seal.

For banks, it is an essential task to check the impression of the seal affixed on the check or bill brought back from the clearinghouse with the master seal impression of the registered seal, and it is desirable that this task be carried out efficiently within a certain amount of time. has been done.

Therefore, this type of system is used in the business, and it makes it possible to search for and use the master seal impression simultaneously, increasing work efficiency.

[Prior Art] Fig. 6 explains a conventional system, in which an image file 10A storing a master seal imprint,
It is comprised of a file controller 10B that accesses the image file 10A and reads out any image, and a search machine 10C that receives images necessary for verification from the file controller 10B and displays them.

Of these, the search 110C is provided with a keyboard operated by the operator and a display that displays the master seal imprint to the operator, and when a predetermined key on the keyboard is operated, an image transmission request is given to the file controller 10B. (Step 600).

Image file 10 in file controller IOB
This access is performed by A, and the image of the master seal impression necessary for seal impression verification is read out (step 601).
).

The image is then transmitted to the search 110c (step 602), and the received image is displayed on the search machine 10G (step 603).

The operator of the search 110C compares the image of the displayed master seal imprint with the imprint of the seal on the check or bill, and when the comparison is completed, operates the above-mentioned keys to select the next two checks to be compared. Prepare.

[Problem to be solved by the invention] Here, from the file controller 1-0-ra 10B to the search device 10
The image data sent to C is extremely large, so even if the data is sent via a line such as a LAN, it takes a certain amount of time to send each image.

As a result, for example, as shown in FIG. 6, it takes about 2 seconds from the request to send the image to the display of the image, and during this time the operator is simply in a state of waiting for the image to be displayed.

Therefore, in the past, there was a problem in that intermittent work interruption times occurred during the seal imprint verification work, making it difficult to make the work more efficient.

The present invention has been made in view of the above-mentioned conventional problems,
The purpose is to provide a seal imprint verification system that can greatly improve the efficiency of seal imprint verification work.

[Means for Solving the Problems] In order to achieve the above object, a system according to the present invention is configured as shown in FIG.

Master seal imprint storage means 10A in the same figure stores master image data sorted in order of account identification number.

When simultaneous reception of one of the above numbers and the image transfer request is confirmed, the image of this number and the image of the next number are read out from the master seal imprint storage means 10A by the initial image transfer means 11 and transmitted sequentially. Ru.

Further, when reception of only the master seal imprint transmission request is confirmed, the next number image of the previously transmitted image is read out from the master seal imprint storage means 10 by the request image transmission means 12 and transmitted.

Roughly any of the above numbers is sent from the account specific number sending means 13 according to the operation of the operator, and when a predetermined key is operated by the operator, the above-mentioned image transmission request is sent from the transmission request means 14. .

A pair of image holding means 15-1.15-2 is prepared for holding the received image, and the received image is written alternately to both image holding means 15-1.15-2 by the image writing means 16. There is.

Further, when the key is operated, the image display means 17 reads out the image from the image holding means 15-1 or 15-2 holding the image with the smaller number and displays it to the operator.

[Operation] According to the present invention, at the start of the seal imprint matching operation, one of the numbers and an image transmission request are sent to the initial image transmission means 1.
1 Account specific number transmission means 13. Two master seal impression images given from the transmission request transmitting means 14 and with that number at the beginning are stored in the image holding means 15-1.
．． 15-2.

At that time, since the above-mentioned key operation is being performed, the image of the previous number is displayed to the operator on the image display means 17.

Further, when a master seal imprint transmission request is subsequently transmitted from the transmission request transmitting means 14 by the operator's key operation, the image with the smaller number among the images written in the image holding means 15-1, 15-2 is read out. Displayed by the image display means 17, and together with the image holding means 1
The image read from the master seal imprint storage means 10 is written to 5-1 or 15-2.

Therefore, in the present invention, when the master seal imprint is displayed by the operation of a predetermined key by the operator, the image of the master seal imprint is read in advance during the comparison of the displayed seal imprint.

[Embodiment] Hereinafter, a preferred embodiment of the system according to the present invention will be described based on the drawings.

FIG. 2 shows the overall configuration of the example system.
The check you brought back from the clearinghouse (here, 3000~
15,000 sheets (one bill is acceptable) are set in the MICR reader sorter 20 and store number.

The predetermined number of coins (here 100) are sorted in order of account number.
0 sheets).

These are handed over to each operator, and each operator operates the search machines 10C-1, 10C-2, . . . to sequentially compare the displayed master seal impression with the seal impression on the check.

The image of the master seal imprint displayed on these search machines 10C-1, 10G-2, etc. is given from the file controller 10B via a line network such as a LAN, and the image file IOA cannot be accessed by the file controller IOB. Each image is obtained by

In the image file IOA, images of master seal impressions are sorted as shown in FIG. 3 in the order of numbers specifying check accounts, and these images are provided from the floppy disk 21 via the file controller 10B.

On this floppy disk 21, data for specifying an account is written by the MICR card reader 20, as shown in Fig. 3, when sorting checks. It is considered a format.

Search machine 1QC (IOC-
1, 10C-2, . . . ) are shown in FIG. 2, and a keyboard 22 operated by an operator is provided with a group of keys 23 for specifying an account and a NEXT key 24.

At the start of seal imprint verification, the number specifying the account of the first check is input by operating the account specifying key group 23, and then the NEXT key 24 is operated, which causes the control circuit 2
5 simultaneously sends an account identification number and an image transmission request using the NEXT key 24 to the 7 aisle controller 10B.

From then on, NEXT will be used for each check verification.
When the key 24 is operated, only an image transmission request is sent from the control circuit 25 to the file controller IOB.

The file controller 10B accesses the image file 10Δ according to the content transmitted by the search machine 10C, reads out the corresponding master seal imprint images, and sequentially transmits them to the search machine 10C.

In the search g110c, the received image is written to the image buffers 15-1 and 15-2 via the receive buffer switch 26, and the images written to these are displayed on the display 28 via the read buffer switch 27.

The reception buffer switch 26 and the read buffer switch 27 are controlled by the control circuit 25 using the locus specifying key group 23. This is done in response to the operation of the NEXT key 24, and as a result, the received images are written to and read from the image buffers 15-1, 15-2 in a predetermined order.

The operation of this embodiment is explained in FIG. 5. When the account identification key group 23 is operated to identify the account number of the first check and the NEXT key 24 is operated, the account number is The master seal imprint image stored corresponding to is read out from the image file IOA to the file controller 10B (step 502).
.

The image is then transmitted from the file controller 1 to the roller 10B to the search machine 1oc (step 504), and written to the image buffer r'15-1 (step 506).
).

Further, this image is read from the image buffer '151 and the master seal impression is displayed on the display 28 (step 508), and the master seal impression is compared with the seal impression of the first check.

In addition, in the file controller 16B, the master seal imprint image of the next check to be exchanged in order from Saw 1 is automatically read out (step 510), and during the first check imprint verification, this master seal imprint image is read out from the file controller 10B. The search is sent to 10C (step 512) and written to image buffer 15-2 (step 514).

The writing of this next number image is completed before the verification of the seal imprint on the first check is completed, and when the verification is completed, only the NEXT key 24 is operated and only the image transmission request is sent (step 516).

In this case, the third master stamp image from the first check in the sort order is read from the image file IOA (step 518), and the image is sent to the search IXI 10C (step 52.0> , the account number is written to the smaller image buffer 15-1 (step 522).

Here, the operation of only the NEXT key 24 (step 516
), the second master seal image is displayed (
step 524), sending a third master stamp image during matching of that master stamp with the second check's stamp (step 524);
Step 520) is being performed.

Image reception has also been completed when the verification of the second check is completed, and when the NEXT key 24 is operated next (step 526), file access to the 8th check is performed, and the master seal impression of the third check is accessed. is displayed (step 528), and an image of the fourth check is transmitted while the third check is being verified, and the image is written to the image buffer 15-2 with the smaller number.

As described above, the first sorted check is designated by operating the account identification key group 23, and the NEXT
When the key 24 is operated, the master seal imprint file of the check is displayed, and the master seal imprint image of the second check is read in advance during the seal imprint verification based on the display.

Then, when the seal imprint verification of the first check is completed and the master seal imprint of the second check is displayed by operating the NEXT key 24, 3.
The master seal impression image of the first check is read in advance.

Furthermore, when the verification is completed and the NEXT key 24 is operated, the next master seal imprint is displayed, and during the verification, the next master seal imprint image is read in advance.
This is repeated every time the XT key 24 is operated.

Therefore, according to this embodiment, the image transmission time and the seal imprint verification time overlap, and the 2 seconds due to image transmission can substantially eliminate any time lag.

As a result, the seal imprint of the check can be verified quickly, making it possible to significantly improve the efficiency of operations.

[Effects of the Invention] As explained above, according to the present invention, the master seal imprint image is read in advance during seal imprint verification, so the time lag caused by the transmission of the image can be eliminated, and therefore the bank's seal imprint verification operations are significantly streamlined. becomes possible.

[Brief explanation of the drawing]

Fig. 1 is an explanatory diagram of the principle of the invention, Fig. 2 is an explanatory diagram of the overall configuration of the embodiment, Fig. 3 is an explanatory diagram of the image file creation operation of the embodiment, and Fig. 4 is an explanation of the configuration of the search machine in the embodiment. 5 is an explanatory diagram of the operation of the embodiment, and FIG. 6 is an explanatory diagram of the conventional example. 10A...Image file 10B...File controller 10C (IOC-1, 10G-2...)...Search 15-1.15-2...Image buffer 20...
MICR reader sorter 21...floppy disk 22...keyboard 23...account identification key group 24...NEXT key 25...control circuit 26...reception buffer? Switcher 27...Continuous buffer switcher 28...Display

Claims (1)

[Scope of Claims] Master seal impression storage means (10A) for storing images of master seal impressions sorted in the order of numbers specifying accounts; and upon confirming simultaneous reception of one of the numbers and an image transmission request. , initial image transmitting means (11) for reading out the image of the corresponding number and the image of the next number from the master seal imprint storage means (10) and transmitting them sequentially; a request image transmitting means (12) for transmitting the next number image of the image; an account specific number transmitting means (13) for transmitting any of said numbers in accordance with an operator's operation; Sometimes, a transmission request transmitting means (14) transmitting the image transmission request, and a pair of image retaining means (15) retaining the received image are provided.
-1, 15-2) and both image holding means (15-1, 1
5-2); and image holding means (15-1 or 15-2) that holds the image with the smaller number when the key is operated. A seal imprint verification system comprising: image display means (17) for reading out and displaying the image.