JPH0468663B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a passbook page management device for an unmanned machine with a ledger such as an automatic teller machine installed in a bank.

For example, a registered drone installed in a bank lobby, etc.
At ATMs, ADs, etc., it is necessary to prepare measures to deal with the case where a customer accidentally opens the passbook page and inserts it into the passbook slot. When you open and insert the page next to the currently printed page, the method that detects the currently printed line and prints the current data from the next line starts printing from the first line of the opened page, and the currently printed page on the back side It is left blank or leaves a blank space, which is unsightly. Also, when you open and insert a printed page, such as the page before the current printing page, the current printing line is recorded on the magnetic stripe (MS) on the cover of the passbook. Double printing is performed.

To prevent such mistakes, it is best to memorize the next print page and line from the previous print in the passbook MS, center file, etc. In fact, the next print page is stored in the center file. The method is becoming more widespread. However, the conventional method reads the inserted passbook page and notifies the center.
The center compares the page to be printed next time stored in the file, and if there is a discrepancy, it sends a page correction request signal, and the unmanned device with the ledger spits out the inserted passbook and sends a message saying, ``The page is incorrect, so open to the correct page.'' Please correct and re-insert" is displayed on the display, and corrections require work on the part of the customer.

The present invention improves this point, and the terminal control device issues a page change command to the registered unmanned vehicle for the wrong page, and the registered unmanned vehicle automatically changes the page to the correct page using the automatic page turning mechanism. Then, the customer can immediately enter the deposit/withdrawal and bookkeeping process without having to spit out the passbook and have the customer edit the page. However, in this case, consideration must be given to reducing the load on the center and not increasing the size of the unmanned aircraft. That is, the present invention connects to a center via a terminal control device,
Passbook page management using multiple printing machines that prints the print data transferred from the center on a predetermined page of the passbook that has a set magnetic stripe in which the account number and print page data to be printed this time are recorded. In the apparatus, the printing machine is equipped with a page reader and a magnetic stripe reader, and the set page of the passbook inserted into the printing machine is read by the page reader, and the account number and print page data to be printed this time are read by the magnetic stripe. Each is read by a reader and sent to a terminal control device, and the terminal control device stores a first register for storing print page data to be printed this time read from the magnetic stripe and the detected set page. A second register and a third register for storing the account number read from the magnetic stripe are provided, and the terminal control device compares the contents of the first and second registers, and if they do not match, issues a page break command. After sending a signal to the automatic page turning mechanism 26 of the printing machine to match the passbook set page with the currently printed page, the account number in the third register is sent to the center, and the account number is transferred from the center accordingly. The present invention is characterized in that printing data is supplied to a printing machine, which will be explained next with reference to the drawings.

In Fig. 1, 10 is a registered unmanned aircraft (terminal device), 12 is a terminal control device (TC), and 14 is a center with a CPU.
2, and multiple such TCs are connected to the center CPU
connected to. In order to prevent page errors, it is best to store the currently printed page, which is known from the previous print, somewhere. Suitable storage locations include the passbook MS and center file, as mentioned above. An example is shown in FIG. 1, and the latter example is shown in FIG.

In Figure 1, the passbook inserted at the terminal 10 is
The currently printed page is read from the MS, and the set page, that is, the page on the opened side, is read from the page code printed around the opened page, and both S ₁ and S ₂ are notified to the TC 12. If the two match, the set page is the correct translation.
The TC 12 notifies the center ₁₄ of S3 to that effect, and also sends the input password, deposit/withdrawal amount, etc. to the center, and starts the known automatic deposit/withdrawal processing operation. If the two do not match, TC12 advances the page one more page or moves it back one page (actually, it is possible to break pages 1 to 8 pages or reverse page breaks with one instruction)
The finger signal S ₄ is output to the terminal 10. In response to this signal _S4 , the terminal 10 operates an automatic page turning mechanism, reads the newly opened page, notifies the TC 12, and performs a page turning operation until the opened page becomes equal to the currently printed page. When this page change operation is completed, the TC 12 sends _S3 to the center 14 to that effect and enters automatic deposit/withdrawal processing.

It is preferable to use the correctly opened page, that is, the currently printed page and printed line, as the signal _S3 .
In other words, data such as various automatic withdrawals and deposits by transfer is accumulated in CentaFile's customer accounts, and this data is stored in the bankbook when a customer makes a deposit or withdrawal, but if there is not enough space in the bankbook, all the data will be sent. This results in data that cannot be recorded.
To avoid this, it is necessary to take appropriate measures, such as sending enough data to record in the margin, and for this, the center needs to know the page and line to be printed this time. It is advantageous in this respect if the signal _S3 sent from the TC 12 is the currently printed page and line.

In the method shown in FIG. 2 in which the pages are managed by the center file 16, the TC 12 directly sends the set page _S5 , which has been sent from the terminal 10 along with the PIN code (account number), deposit/withdrawal data, etc., to the center 14. increase. In response to this, the center 14 reads the currently printed page from the relevant account in the file 16, compares it with the set page, and if it matches, and there is no problem with the transaction amount, a command signal S such as OK for deposit or withdrawal is sent. Send ₆ to TC12. If the set page and the currently printed page do not match, the center notifies the TC 12 of the currently printed page along with the transaction permission data. The TC 12 causes the terminal 10 to change the page according to this correct page and sends transaction permission data to the terminal 10. Note that the timing of transmitting and receiving these various signals can be changed appropriately. For example, the page break request to the terminal and the sending of various data to the center may be done at the same time, or the data may be sent after the page break.The former can shorten the processing time, but the operation confirmation is insufficient, and the latter The opposite is true.

FIG. 3 is a diagram illustrating the control procedure in the case of FIG. 1 using a hardware image. Reference numeral 20 denotes a bankbook, and this time the printed page is opened and inserted into the bankbook insertion slot of the unmanned vehicle 10 with a bankbook. The magnetic stripe reader 24 reads the MS of the passbook and reads the currently printed page and line written therein. The output Sa is the passbook control unit 32, line control unit 36, line ₁ , TC1
It enters the register 42 through the distribution control section 40 of No. 2. In addition, the printer 28 with a page reader is connected to the passbook 2.
The set page is read from the opened page of No. 0, and its output signal Sb is sent to the register 44 via the passbook control section 32, line control section 36, line ₁ , and distribution control section 40. Comparator 46 reads the contents of these registers and, if they match, outputs a signal.
Sc is generated and the AND gate 38 is opened. The customer inserts the bankbook 20 into the terminal 10 and operates a numeric keypad (not shown) to input a personal identification code and the like according to the instructions of the terminal, which are also transferred to the TC 12 and stored in the register 48. When the gate 38 is opened, the pin code (corresponding to the account number) is sent to the center 14, which searches the file 16 according to the account number and enters into a known deposit operation.

If the contents of the registers 42 and 44 do not match, the comparator 46 outputs a page change request TP (equivalent to signal S ₄ ), which causes an automatic page turn through the route of line ₂ , line control unit 36, and passbook control unit 32. The mechanism 26 is reached and the mechanism 26 is operated. When a page is turned, page reader 28 reads the new page and sends it to register 44. Therefore, the comparison is in register 4.
This is performed on the currently printed page in 2 and the new page in the register 44, and if they match, a signal Sc is generated, and if they do not match, a signal TP is generated. This is done until the contents of both registers match. In FIG. 3, reference numeral 22 denotes a card reader, which reads the personal identification number written on the card when the card is inserted. Also 34
3 is a transaction processing unit, and ₃ is a line for transmitting various data regarding deposits and withdrawals and various unrecorded data stored in the file 16 from the center 14 to the terminal.

As explained above, according to the present invention, if there is an error in the set page of the inserted passbook, the terminal corrects it under TC control, so it is possible to speed up the process without bothering the customer. . Furthermore, costs can be reduced compared to having individual terminals perform page break control.

[Brief explanation of drawings]

1 to 3 are block diagrams illustrating the passbook page management system of the present invention. In the drawing, 10 is a registered unmanned aircraft, 12 is a terminal control device, 14 is a center, 16 is a center file, and 26
is an automatic bankbook flipping machine, 28 is a page reader, 46
is a comparator.

Claims (1)

[Scope of Claims] 1. Connected to a center via a terminal control device, the print data transferred from the center is transferred to a magnetic disk drive that records the account number and print page data to be printed this time. In a passbook page management device for a plurality of printing machines that print on predetermined pages of a passbook having stripes, the printing machines are provided with a page reader and a magnetic stripe reader, and the set page of the passbook inserted into the printing machine is The reader reads the account number and print page data to be printed this time through the magnetic stripe reader and sends each to the terminal control device, and the terminal control device receives the print page data to be printed this time read from the magnetic stripe. The terminal control device includes a first register for storing the set page, a second register for storing the detected set page, and a third register for storing the account number read from the magnetic stripe. compare the contents of the registers, and if they do not match, send a page change command signal to the automatic page turning mechanism 26 of the printing machine, match the bankbook set page to the currently printed page, and then send the third register to the center. 1. A passbook page management device that sends out an account number in the account and supplies print data transferred from a center to a printing machine in accordance with the account number.