JPS60134983A - Collating device of seal impression - Google Patents

Abstract

PURPOSE:To simplify a collating business of plural registered seal prints by providing the memory device which can store plural numbers of seal prints in the same account number in the order of registration and by retrieving and extracting sequentially the newest registered seal print through an input of the account number. CONSTITUTION:Plural numbers of seal print data are stored in one account number area of a seal file 1a in the order of registration, and information denoting the registration date is added to respective seal print data. When an operator pushes a ''collation'' switch on a keyboard 7, and continuously inputs the account number, a seal file controller 1b retrieves an account number area in the seal file 1a, and extracts the number of registered seal prints and the newest registered seal print. A black/white CRT6 displays the registration date and time and ancillary information denoting the registration order of the registered seal prints and the account number. When an operator depresses an ''old seal collation'' switch, the previous seal print and its ancillary information are displayed on the black/white CRT6. When said switch is depressed again, the registered seal print before two times and its ancillary information are displayed, and therefore collation can be executed.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a seal inquiry device used to compare a seal imprint registered in a financial institution such as a bank with an imprint of a presented slip or the like.

Structure of conventional examples and their problems Traditionally, banks and other financial institutions keep a huge number of seal registration forms on file, and the seal verification process first involves searching for a specific seal registration form among a large number of seal registration forms. This is done by comparing the extracted seal registration form with the impression of the seal on the presented slip. It takes a lot of time to search for a specific item from among a huge number of seal registration forms, and this is a major cause of the decline in service at the counter.

Against this background, recently, devices have been proposed that digitize files of registered seals.

In other words, the registered seal imprint is stored in the storage device in the form of electrical or magnetic signals, and 1 to 7 files are stored based on the account number etc.
Search and extract arbitrary seal imprint data using C
This is a device that displays on RT, etc.

By the way, in banks and the like, multiple seals are often registered for the same account number, and old and new registered seals are often used in parallel. With the electronic registered seal impression file device that has been proposed in the past, only one seal imprint can be registered for one account number, making it difficult to handle cases where multiple registered seal impressions are valid for one account number. there were.

The purpose of this invention is to provide a system that allows multiple registered seal impressions with the same number, and when searching for registered seal impressions based on an account number, how many seal impressions are registered for that account number. An object of the present invention is to provide a seal inquiry device which allows one to easily understand whether a seal has been registered or the order in which it has been registered.

Structure of the Invention In order to achieve the above object, the present invention searches and extracts the latest registered seal imprint data from the corresponding account number area of the seal file storage device when an account number is input using an input means such as a keyboard. In addition to temporarily storing it in the first buffer memory, 1] Every time an inquiry input for an old seal is made using the input means after the seat number is input, the seals are printed from the corresponding account number area of the seal file storage device in descending order of registration order. A search means for sequentially searching and extracting data and updating and storing it in the first buffer memory, and in parallel with the operation of this search means, how many seal impressions are registered in the corresponding account number area of the seal file storage device. information indicating the number of registered seal impression data stored in the first buffer memory, and information indicating the registration number of the seal impression data stored in the first buffer memory are extracted from the seal file storage device and temporarily stored in a second buffer memory. The present invention is characterized in that it includes information retrieval means and means for displaying the stamp data in the first buffer memory and the supplementary information in the second buffer memory on a display such as a CRT.

DESCRIPTION OF THE EMBODIMENTS FIG. 1 shows a schematic electrical configuration of a seal checking device according to an embodiment of the present invention. The seal inquiry terminal device 2 according to the present invention is connected to the storage device 1 through a predetermined data transmission path. The storage device 1 is equipped with a large capacity memory such as a disk device, and includes a seal file 1a and a seal file control device 1b. The seal file 1a is a file in which a large number of registered seal impressions are filed in the form of digital data, and each registered seal impression data is associated with an account number. In particular, a plurality of seal impression data can be stored in one account number area in the seal stamp file 1a in the order of registration. Further, information indicating the registration date is added to each seal imprint data.

The configuration includes a CRT control circuit 5, a key sense circuit 8 that reads keyboard input, a control circuit 9 that controls the overall control of the device, this terminal device 2, and a storage device 1.
an interface circuit 1Q that connects an interface circuit 1Q, a memory circuit 3 that temporarily stores the seal imprint data retrieved and extracted from the storage device 1 and provides it to the CRT control circuit 5, and a memory circuit 3 that temporarily stores account numbers and other incidental information to be described later. and a memory circuit 4 for supplying data to the CEL-T control circuit 5.

Next, the overall operation of the above configuration will be explained.

First, the operator turns on the "inquiry" switch on the keyboard 7, and then inputs an arbitrary account number. This input is detected by the key sense circuit 8 and transmitted to the control circuit 9. Upon receiving this input, the control circuit 9 transmits the account number and the latest inquiry request to the control device 1b of the storage device 1 via the interface circuit 1o.

In response to this, the control device 1b searches the specified account number area from the seal file 1a, searches how many seal impressions are registered in that area, and also searches whether a plurality of seal impressions are registered. If so, the most recently registered seal impression data (including the registration date and time, which is one of the A-band information) is extracted. C1 The extracted seal impression data, its registration date and time data, data indicating how many seal impressions are registered in the corresponding [] seat number area, and indicating that the extracted seal impression data is the latest one. A set of data is transmitted to the terminal device 2.

In the terminal device 2, the data from the storage device 1 is received by the interface circuit 10, and the seal impression data is inputted to the memory circuit 3 and temporarily stored therein. Additionally, incidental information such as registration date data, registration number data, and data indicating that it is the latest is input to the memory circuit 4 and temporarily stored. The memory circuit 4 also has data on the account number entered manually using the keyboard 7.

The CRTilJi circuit 6 stores the impressions stored in the memory 3;
- The information stored in the memory 4 and the additional information stored in the memory 4 are displayed on a black and white CRT.
Display on 6. FIG. 2 shows an example of the display on the CRT 6. In this example, the seal impression 2o “Yamada” and r1234
An account number 21 of 56J, an additional information display 22 of 4/4 whose denominator is the number of seal impressions registered in this account number, and a number indicating the registration order of the seal impressions displayed in the numerator, A display 23 showing the registration date and time of the displayed seal impression 2○ appears on the screen of the CRT 6.

In this display, if the operator sees the checkout information of 4/4, the operator can see that 4 seal impressions are registered for this account number, and the most recently registered one among them is currently displayed. I know that there is. If you want to see an even older registered seal impression, turn on the ``old seal inquiry'' switch on the keyboard 7 once. This key input is the key sense circuit 8
is detected and transmitted to the control circuit 9. In response to this, the control circuit 9 transmits an old seal verification command to the storage device 1 via the interface circuit 1O. With this person lying down, the seal file control device 1b selects two of the four registered seal impressions stored in the account number area of the seal file 1a.
Seal impression data of the newest registration rank and registration date/
Search and extract time data and send them to the interface circuit 10. Then, the contents of the memory circuit 3 are rewritten and the second newest seal impression data is temporarily stored therein, and the contents of the guidance data memory circuit 4 are also rewritten accordingly.The display on the CRT 6 is also updated. . In other words, the seal impression 2Oσ) is the second newest registered seal impression, the display 4/4 is changed to 3/4, and the registration date and time are those of the second newest registered seal impression.

Similarly, when you turn on the "old seal inquiry" switch again, the third newest registered seal imprint data in the account number area and its accompanying information are displayed on the CRT 6, and when you further turn on the "old seal inquiry" switch, The old registered seal imprint data and its strip information are displayed on the CRTe. After that, when you press the "old seal inquiry" switch again, the stamp information is displayed on the CRT 6 first. Thereafter, the above operation is repeated every time the ``old seal inquiry'' switch is pressed.

Note that the seal imprint displayed on the CRTe is the original size. On the screen of the CRT 6, the displayed registered seal imprint is manually compared with the referred seal imprint stamped on the slip. Figure 3 shows this situation. First, match the slip 11 folded in half at the seal imprint to be verified with the registered seal imprint on the display screen, press the slip 11 with your finger 12, move one end 13 up and down, and use the afterimage effect of the eye. Check for 9 overlapping seal impressions.

However, the present invention is not limited to an embodiment in which the registered seal imprint is displayed in full size. The present invention can also be applied to a device that reads a stamp to be verified on a slip using an imaging device, displays this on a CRT, and superimposes it on a registered stamp.

Effects of the Invention As explained in detail above, this seal stamp inquiry device is compatible with a system in which multiple seal impressions are registered in the same account number area without any problem. Since the images are displayed in order from the newest to the oldest with a simple operation, the complicated process of inquiring about multiple registered seal impressions becomes extremely simple. Additionally, additional information indicating the number of seal impressions registered in the Todoroki account number area and the number of registered seal impressions being displayed is displayed, which prevents errors and confusion in inquiry operations. It is very practical.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the configuration of an embodiment of the seal stamp checking device according to the present invention, FIG. 2 is a diagram showing an example of displaying a registered seal imprint in the same device, and FIG. 3 is a diagram showing a collation operation mode by the same device. It is. 1... Seal file storage device, 2...
Seal stamp inquiry terminal device, 3... Search seal imprint data memory circuit, 4... Guidance data memory circuit, 6
...CRT control circuit. Name of agent: Patent attorney Toshio Nakao and 1 other person 2nd
Figure 3rd place

Claims (1)

[Claims] A seal file storage device capable of storing a large number of seal impression data in association with an account number and storing a plurality of seal impression data in the same account number area in the order of registration, an input means operated by an operator, and a two-dimensional image When an account number is input using the display means and the input means, the latest registered seal imprint data is searched and extracted from the corresponding account number area of the seal file storage device, temporarily stored in the first buffer memory, and the account number is After inputting , each time an inquiry about an old seal is input using the input means, the stamp data is sequentially retrieved and extracted from the corresponding account number area of the seal file storage device in accordance with the latest registration order, and is stored in the first buffer memory. information indicating how many seal impressions are stored in the corresponding account number area of the seal file storage device, and information stored in the first buffer memory in parallel with the operation of the search means; additional information retrieval means for reading out from the seal file storage device information indicating the registration number of the seal impression data and temporarily storing it in a second backup memory; and and means for displaying supplementary information of the second buffer memory on the display means.