KR920001925B1 - Turning method for page of bankbook or the like - Google Patents

Abstract

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Description

How to page through consecutive pages

1 is a diagram showing the overall configuration of a passbook handling device in which a page turning means to which the present invention is applied is incorporated;

2 is a view showing a bank account for turning pages by page turning means.

3 is a view showing an operation of turning over pages of a bankbook continuously by page turning means;

FIG. 4 is a flowchart showing the overall processing sequence processed by the bankbook handling apparatus of FIG.

5 is a flowchart showing a processing sequence of turning pages consecutively.

6A to 6D show an operation when successively turning over pages of a bankbook for each block.

* Explanation of symbols for main parts of the drawings

1 device main body 2 conveying unit

3: inserter 5: feed roller

9: host device 7: optical sensor

11: page turning roller 12: motor

13 drive control circuit 14 processing circuit

20: Bankbook 22: Page Code

The present invention relates in particular to a page turning method of passbooks that allows a plurality of passbooks to be handed over.

Conventionally, in banking processing apparatuses such as a bank teller that handles a bankbook and a cash automatic handling device, whenever a payment or a deposit book is handled, a payment amount or a deposit amount balance is printed on a predetermined page of the account in turn. It is supposed to be.

At this time, it may be necessary to turn over a plurality of bankbook pages. When it is necessary to turn over a plurality of pages, there are two cases as follows.

In such a case, the operator incorrectly expands and inserts a page different from the page to be printed at this time.

In the case where a single bankbook is made up of a plurality of subjects, for example, ordinary deposits and periodic deposits, and is also traded in multiple kinds of subjects, the book of one subject may be booked on the page of the other subject. If it is.

When turning a plurality of pages, there is a method of discharging the passbook out of the device once, turning the pages over to the operator, and reinserting them. In this method, however, the page turning operation is performed by a human hand, which impedes the automation and saving of the banking process.

Thus, for example, a page turning apparatus for automatically turning over a page of a bankbook as described in Japanese Patent Laid-Open No. 54-123324 has been proposed. In this automatic page turning apparatus, each page of a bankbook is turned over each time the roller for turning a page is rotated once. At this time, each time a page is turned over, the bankbook is moved in a predetermined direction, and after that, the page code of the turned up bankbook is checked individually. Therefore, when turning a plurality of pages, it took a lot of time to turn the pages. In order to solve this problem, the automatic page turning apparatus disclosed in Japanese Patent Laid-Open No. 57-142398 has been proposed. This automatic page turning apparatus turns over a plurality of pages of a bankbook continuously without moving the bankbook, and the time for turning a page is shortened. This automatic page turning device calculates the difference between the number of pages read from the magnetic stripe (the page to be printed at this time) and the number of actually spread pages optically detected and arranged to continuously turn the number of pages of the difference. will be. When turning pages consecutively with this page turning device, if there are many pages to turn over, due to the friction between the page turning roller and the passbook book, the flipping hand (when the page is not turned over even though the turning roller rotates once) Or the likelihood of turning over (when a plurality of pages are turned over when the turning roller rotates once) increases. This probability increases as the number of pages to be passed in succession increases. In the prior art, when the number of pages to be successively turned is small, the probability of the turning hand or the turning over part is small. However, when the number of pages to be turned continuously is increased, the probability is increased.

SUMMARY OF THE INVENTION An object of the present invention is to provide a page turning method that reduces the probability that a page turning hand or a page turning error occurs even when a large number of pages (for example, commanded from a higher position) are required to turn continuously. .

The above purpose is to set the number of pages to be successively turned in advance, and when the instruction is made to turn the number of pages larger than the set number of pages, the command pages are divided into blocks corresponding to the set number of pages, and the passbook is assigned to each block. This is accomplished by turning over pages of.

In addition, since pages to be flipped are checked for each divided block, turning pages of a passbook can be performed more accurately.

By setting the number of pages to be successively set in advance, for example, to a value that has little chance of occurrence of an experimentally obtained handover or a handover, it is possible to perform continuous page turning with high reliability.

The overall structure of the handling apparatus of the passbook in which the page turning means to which the present invention is applied is incorporated will be described according to FIG.

The conveyance part 2 for drawing in or pushing out the passbook 20 is provided in the apparatus main body 1 (for example, a badge device).

The conveying unit 2 includes an inserter 3 provided at one end of the conveying path, a pair of upper and lower paper guides 4 arranged along the conveying path, and a pair of upper and lower ones arranged in a plurality of predetermined positions on the conveying path. When the bank 20 is inserted into the inserter 3 with the conveying rollers 5 of the upper and lower pairs, the upper and lower pairs of rollers 5 insert and rotate the bank 20 so as to rotate the bankbook 20 through the paper guide ( 4) It draws inwards in between, and the said transfer roller 5 is made to push back the inserted bankbook 20 to the inserter 3 by reverse rotation.

In addition, at a predetermined position of the conveyance path of the conveyance mechanism, a magnetic reading write portion 6 and an optical sensor 7 for reading data of the passbook 20 and a print portion 8 for printing data to the passbook 20. ) And page turning means 10 are disposed, respectively.

Here, the bank account 20 is demonstrated according to FIG.

The bankbook 20 is a booklet spreading from side to side with the constricted portion 23, and includes a plurality of printing pages between the front and back papers. Each page of the bankbook 20 has a plurality of print lines, and a page code 22 is attached to each page. The magnetic stripe 21 is provided on the back of the bankbook 20, and the magnetic stripe 21 records information necessary for cash transactions. The information necessary for this transaction consists of fixed information such as account number and password, and variable information such as a printed page and a printed line.

The magnetic reading writing section 6 reads the data recorded on the magnetic stripe 21 of the bankbook 20, and the optical sensor 7 reads the page code 22 of the bankbook 20. In either case, the read data is sent to the host apparatus 9 via the processing circuit 14 described later. The printing unit 8 prints data to be traded on a desired page of the bankbook 20 in accordance with the support of the host device 9.

The bankbook 20 inserted in the inserter 3 needs to be read by the magnetic read-out writing section 6 and the optical sensor 7, conveyed to the printing section 8, printed, and then printed on another page. If not, it is pushed to the inserter 3 and received by the customer.

On the other hand, the page turning means 10 includes a page turning roller 11 provided on the conveying path and a motor 12 for driving the page turning roller 11. The motor 12 is connected to the processing circuit 14 via a drive control circuit 13 for controlling the motor 12.

When the processing circuit 14 receives the command of the upper position 9, the drive control circuit 13 drives the motor 12, and the page turning roller 11 rotates in the counterclockwise direction, whereby the passbook 20 Turn over pages.

This continuous page turning operation is shown in FIG. Each time the page turning roller 11 rotates one counterclockwise direction, one page of the bankbook 20 is turned over. Then, when the page turning roller 11 rotates n continuously in the state where the bankbook 20 is stopped, the pages from pages n ₁ to n _n are continuously turned over. It is preferable that the roller 11 enlarges the frictional force with the surface of the bankbook 20, for example, is comprised from rubber | gum or the like.

In addition, the processing circuit 14 sets in advance the number of pages for successively turning the pages of the bankbook 20, and sets the number of command pages when receiving a command for turning over the number of pages higher than the set number of pages according to the host apparatus. Split blocks according to the number of pages. Then, the page turning roller 11 successively turns over the plurality of pages divided into these blocks. The passbook 20 is moved by the conveyance roller 5 at the time of turning over the page continuously, and the turning surface of the passbook 20 is made flat.

Next, the entire processing sequence will be described with reference to FIG. First, when the bankbook is inserted into the inserter 3 in an unfolded state (step 401), the data recorded in the magnetic stripe 21 of the bankbook is read by the magnetic reading write section 6 (step 402). The identity of the person is confirmed from the fixed information in the read data, and the page M to be printed to the bankbook 20 is confirmed in the variable information.

Next, the page code 22 of the bankbook 20 is read by the optical sensor 7 to confirm the actually unfolded page (step 403).

Next, the page M to be printed this time and the actually expanded pages are compared (step 404).

If this page M and page Q coincide, the bankbook 20 is returned to the printing unit 8 so that the predetermined transaction data is printed from the next row of the last printing row of this page M (step 406).

If the page M and the page Q do not coincide, the continuous page turning operation is performed (step 405). The discrepancy between this page M and the page Q occurs when the operator incorrectly unfolds a different page Q from the page M to be printed at this time and inserts the passbook 20.

After completion of the printing in step 406, it is determined whether it is necessary to print the pages of other subjects (step 407).

As a result of the determination in step 407, if it is necessary to print the page of another subject, the continuous page turning operation is performed (step 408).

As described above, when a single bankbook is composed of plural kinds of subjects, for example, ordinary deposits and periodic deposits, and is also traded in plural kinds of subjects, it is necessary to make a book from one subject page to the other subject page. Therefore, you usually have to turn over multiple pages.

Next, the predetermined transaction data is printed by the printing unit 8 on the page unfolded after the end of this continuous page turning operation (step 409), and the data recorded in the magnetic stripe 21 of the account book 20 is updated. (Step 410), the bankbook 20 is pushed out to the inserter 3 (step 411).

As a result of the determination in step 407, if it is not necessary to print on the page of another subject, the magnetic stripe 21 is updated (step 412), and the bankbook 20 is pushed to the inserter (step 413).

After completion of the continuous page turning operation in step 405, transaction data is printed on page M (step 406), and then it is determined whether or not it is necessary to also print pages of other subjects (step 407).

Next, the continuous page turning processing procedure will be described with reference to FIG.

First, a page to be successively handed over to the processing circuit 14 in advance is set (step 501).

Next, when a command exceeding the number of set pages is received at the upper position 9 (step 502), the number of instructions is divided into blocks according to the number of set pages set in the step 501 (step 503). .

For each of the plurality of pages divided into blocks, the pages of the bankbook 20 are successively turned over by the page turning roller 11 (step 504).

Thereafter, the conveyance roller 5 moves the passbook 20 by a predetermined distance to make the pass surface of the passbook 20 flat (step 505). In addition, the conveyance roller 5 conveys the passbook 20 to the position of the optical sensor 7, and checks the page code (step 506). This page code check checks whether the page to be printed this time and the pages expanded after the continuation page flip match.

Next, it is judged whether or not the continuous page turning operation of all blocks has ended (step 507), and if the entire block is finished, the continuous page turning process is finished. If the entire block is not finished as a result of this determination, the flow returns to step 504 to continue the continuous page turning operation for each block.

Next, the operation of successively turning over the passbook page for each block will be described with reference to Figs. 6A to 6D.

For example, in the case where the number of pages that the processing circuit 14 continuously turns is set to three pages, when the instruction to turn over five pages from the upper position 9 is received, the processing circuit 14 first sets the number of instruction pages to one. It divides into blocks and obtains two pages as even-numbered pages.

Then, the page turning roller 11 is continuously rotated three times by the drive control circuit 13 to continuously turn over the pages n ₁ -n ₃ of the bankbook 20 as shown in FIG. 6A.

Thereafter, the conveying roller 5 moves the passbook 20 in the direction of the arrow shown in Fig. 6B to make the page surface to be turned flat.

In addition, as shown in FIG. 6C, the conveyance roller 5 moves the bankbook 20 in the direction of the arrow, and is set to a position at which the page turning roller 11 performs the continuous page turning operation.

Subsequently, the page turning roller 11 is continuously rotated by the drive control circuit 13 two times, and the pages n ₄ and n ₅ of the bank book 20 are continuously turned as shown in FIG. 6D. Thereafter, as in the case of the block, the bankbook 20 is moved by the conveying roller 5 so as to flatten the even page surface of the bankbook 20.

In this way, when the number of pages to be continuously turned in advance is set in advance, and when a command to turn over the number of pages more than this set number of pages is received, the number of command pages is divided into blocks according to the number of set pages, and the number of pages is stored in each block. Since the pages are to be turned continuously, even if the number of instructions to turn the pages is large, the possibility of turning a hand or turning a page can be greatly reduced, and the pages can be turned continuously.

In addition, since the pages are sequentially turned for each block, it is possible to quickly turn pages as compared to turning one page at a time.

Furthermore, when the pages of the bankbook are successively handed over to each block, the pages of the bankbook are flattened, so that even if the number of instruction pages is large, the pages can be reliably and clearly turned.

In addition, when the pages are flattened according to the set number of pages, the pages of the account are checked, so that the pages of the account can be correctly turned over.

Claims (6)

Pre-setting the number of pages of the passbook to be continuously passed, dividing the number of command pages into blocks according to the set number of pages when receiving a command to turn over the number of pages more than the set number of pages, and the passbook for each block The page turning method of the passbook, characterized in that consisting of the step of turning the page continuously. The page turning method according to claim 1, further comprising: after successively turning over pages of the passbook in each block, flattening the page surface of the passbook. The method of claim 1, further comprising the step of checking the pages of the passbook after continuously turning the pages of the passbook into each of the blocks. The page turning method according to claim 1, wherein a higher level device generates the command. A magnetic reading unit which reads data recorded in the insertion and discharge section of the bankbook and the magnetic recording section provided in the bankbook, optical reading means for reading the page code provided in the bankbook, and prints predetermined transaction data into the bankbook. Passbook by the passbook handling apparatus which has a printing part which has a printing part, the page turning means which turns over the pages of a bankbook, the conveying means which conveys a bankbook, and the setting means which sets the page which should pass this bankbook continuously. A page turning method according to claim 1, comprising: a first step of reading data written in a magnetic recording unit provided in a bankbook inserted in an insertion and a discharge section by a magnetic reading section, and a second reading of a page code provided in the bankbook by an optical reading means Step, the third step of comparing the data read by the first step and the data read by the second step, the comparison result in the third step, If it is necessary to turn over a plurality of pages of different kinds of pages, the fourth step of returning the passbooks to the page turning means by the conveying means, and if the plurality of pages to be turned out is larger than the set number of pages set in the setting means, the number of pages is set. The fifth step of dividing the pages into blocks according to the number of pages, the sixth step of successively turning over the pages of the passbook for each block by the page turning means, and after completing the turning of the plurality of pages, A seventh step of returning to the printing section, an eighth step of printing predetermined transaction data on the page surface of the passbook by the printing section, and a ninth step of inserting the post-printed bankbook into the discharge section Page turning method of passbook. Inserting, discharging part and passbook and the printing part which prints predetermined transaction data to the passbook, the page turning means for page turning of the passbook, the conveying means for conveying the passbook, and the passbook to be passed continuously A method of turning pages in a passbook by a passbook handling device having setting means for setting a page and command generation means for generating a plurality of page turnover instructions, the method comprising: (a) turning a pagebook by a conveying means (B) a second step of dividing the number of command pages into blocks according to the number of setting pages when the number of command pages generated by the command generating means is larger than the number of setting pages set in the setting means; c) the third step of successively turning over the pages of the passbook by the page turning means for each block; and (d) returning the number of pages after finishing turning multiple pages. A fourth step of returning the passbook to the printing unit by (e) a fifth step of printing predetermined transaction data on the page surface of the passbook by the printing unit, and (f) inserting the passbook after printing; The page turning method of the passbook, characterized in that consisting of a sixth step to push the discharge portion.

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