JPS6391273A - Bankbook issuing machine - Google Patents

Abstract

PURPOSE:To issue a new bankbook automatically, by providing an automatic trading mechanism, a bankbook keeping section for keeping different types of bankbooks based on the residual printing column of the bankbook and a new bankbook keeping section for issueably keeping a waiting new bankbook printed with customer's data. CONSTITUTION:An inserted bankbook and a new bankbook 14 to be issued are carried by means of a bankbook carrying path 16, respective rollers 22 and a combination of a carrying belt and a sorter board. Then the inwardly carried bankbook 14 is detected through a read-out section 17 and positioned at a printing position so as to print out a required content in the bankbook 14. A different type bankbook keeping section 19 feeds out the new bankbook 14 as required which is printed with a customer's data at a printing section 18 to prepare a new bankbook which is kept in a new bankbook keeping section 21. The new bankbook kept at said section 21 is fed out as required and discharged to an insertion slit through reverse feeding along the bankbook carrying path 16. A temporal storing section 20 stores the current bankbook temporarily and feeds out simultaneously before a new bankbook is issued.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Field of the Invention The present invention relates to a passbook issuing device that has both the transaction function of an automatic teller machine used in banking operations and the issuing function of a new passbook.

(B) Background of the Invention Conventionally, this type of passbook issuing station d has been provided for the use of the clerk Q, for example, in a bank counter. At the time of creation, a passbook is issued by a passbook issuing device via the department or staff member.

However, when handling such devices, the bank counter is the first place.
Even if this passbook issuance device were used to issue passbooks on a chain or during holidays, it would be difficult to hand them over to the customer, which was very inconvenient.

(C) Purpose of the Invention The object of the present invention is to provide a passbook issuing device that can automatically issue a new passbook without requiring staff processing even if a bank counter is closed.

(d) Summary of the Invention This invention is based on an automatic transaction mechanism that conducts transactions via a passbook and the amount remaining in the passbook printing field where transaction information is printed.
The passbook issuing device is equipped with a type-specific passbook storage section that stores each type of passbook for issuing a new passbook, and a new passbook storage section that stores the new passbook with customer information printed and on standby so that it can be issued. Characterize something.

(Il＼) Effects of the Invention According to this invention, in addition to the automatic transaction function for transactions via a passbook, it also has a new passbook issuing function that can automatically issue a new passbook. This transaction device can automatically issue a new bankbook in a short time in conjunction with the balance in the bankbook printing field in step 3.

Therefore, the r11 chain loan at the bank counter = b.

Customers will always be issued with a new passbook. In addition, the machine has an automatic transaction function, is handled in the same way as a general automatic transaction machine, and can be used for right-handed transactions.

(f) Examples of the invention An embodiment of the present invention will be described in detail below with reference to the drawings.

The drawing shows a passbook issuing machine, and in Fig. 1, this passbook issuing machine 11 includes an automatic transaction 1 (AFM) 12...
These transaction machines are installed in parallel with transaction positions such as banking operations,
1. The data of 12... is managed by the host CPL 113. The above-mentioned passbook issuing machine 11 is equipped with an automatic transaction mechanism and a passbook issuing mechanism, and as shown in FIG. passbook 1
A passbook transport path 16 is provided in the horizontal direction inside the device that communicates with the insertion port 15. During transport on this passbook transport path 16, a reading section 17 and a printing section of the passbook are inserted. 18 is disposed above the conveyance path 16, and a type-specific passbook storage section 19 for storing, for example, six types of passbooks, for example, is connected to the upper part of the conveyance path 16, and below it is connected A temporary storage unit 20 for temporarily storing the current bankbook is connected, and furthermore, at the end of the conveyance, a new bankbook created by printing customer information from the above-mentioned type-specific bankbook storage unit 19 is stored and can be issued. A new bankbook storage unit 21 is provided to be kept on standby.

By the way, the inserted passbook and the new passbook to be issued are as follows:
Pulse king - evening J: Passbook conveyance path 16 that is driven and controlled
The conveyance path 16 is controlled by each roller 22.
, the conveyor belt and sorting are made of a combination of plates (not shown).
The passbook 14 is held and conveyed.

Then, the passbook 14 transported inward is detected and confirmed via the optical and magnetic detection type reading section 17, and is positioned at the printing position to print the required contents on the passbook 1/1. .

In addition, the type-specific passbook storage unit 19 dispenses a new passbook 14 from the storage unit 19 as needed, prints customer information on the dispensed new passbook with the printing unit 18 to create a new passbook, and creates a new passbook. It is configured to be stored in the new passbook storage section 21.

The new passbook stored in this new passbook storage unit 21 is
From this, it is fed out as necessary, and is ejected into the insertion 1', 15 by reverse feeding through the passbook transport path 16.

In addition, the above-mentioned one-sent door unit 20 temporarily stores the current passbook of 1゛i, and simultaneously draws it out when a new passbook is issued.
Both passbooks are provided to customers in a thousand ways.

Figure 3 shows the control circuit block diagram of the passbook issuing machine.
The LI31 is stored in the ROM32 and controls each circuit device along one gram, and the controlled input/output data is sent to the R
AM33'c memory J.

Next, the new bankbook issuance processing operation will be explained with reference to the flowcharts of FIG. 4 a3J and FIG. 5.

First, a case will be explained in which a carryover occurs in the passbook when the ATV is used as shown in FIG.

In a first step 41, in order to conduct a transaction via the passbook, the customer performs a predetermined input operation and inserts the passbook 14 into the AFM.
-1, in the second step 42, the inserted passbook 14 is read and confirmed by the internal reading section 17, and it is determined whether or not the amount of printing will be carried forward, including the unrecorded fields of this passbook. If a carryover does not occur, the transaction information is printed on the passbook and returned to the customer in a third step 43, where the transaction information is printed on the passbook and returned to the customer. If it is determined, in the fourth step 44, from the host CPLI 13, the
12 and the passbook issuing machine 11, the output is sent to each terminal of the passbook issuing machine 11 so as to control printing on the corresponding passbook. In this case, in the fifth step 45, the output control for the ATM 12 side is as follows: In the sixth step 46, the last line of the last page of the passbook is printed in the remaining position, and in the seventh step 47, this passbook is reversely sent to the customer side. At the same time, in the eighth step 48, a message indicating that the printed part of one passbook is being carried forward is sent to this passbook via the display screen of the ATV via the passbook issuing machine 11. Display to the customer that they will receive the item. In addition, in the ninth step 49, the output control from the small bank CPU 13 to the passbook issuing machine 11 is performed, and in the tenth step 50, a new passbook of the same type to be traded is transferred from the type-specific passbook storage section 19. At the 11th step 51, customer information such as the name and account number is printed on the new passbook, and at the 12th step 52, the magnetic information is encoded on the magnetic stripe of the passbook, so that the new passbook is Created. After this new passbook is created, it is stored in the new passbook storage section 21 in the 13th step 53T, and is issued from there as needed.

Next, transaction operations when using the passbook issuing machine shown in FIG. 5 will be explained.

In a twenty-first step 61, the customer performs a predetermined input operation to perform a transaction via the passbook, and inserts the passbook 14 into the insertion slot 15 of the passbook issuing machine 11.In a twenty-second step 62, the customer inserts the inserted passbook. The information of 14 is read and confirmed by the reading unit 17, and in the 23rd step 63, the inserted passbook 1 is read and confirmed.
In step 4, it is searched whether or not it is possible to record in the bankbook, and if it is possible to record in the bankbook, in step 24, the transaction information is printed on the bankbook as normal bankbook transaction processing and returned to the customer. However, if it is determined that entry is not possible and a new passbook has been issued, in a 25th step 65, the new passbook storage section 21 searches in advance to see if a new passbook has been stored, and if there is no stored number. If so, in the 26th step 66, the last line of the last page of the passbook will be printed to the effect that the transfer has been carried over to the new passbook, and in the 27th step 67, a message will be printed stating that the new passbook is being kept at the counter, or a message will be sent to the person in question. The fact that the mail has been sent is displayed to the customer via the display screen of the passbook issuing machine 11.

- If the new passbook is stored in the new passbook storage section 21 in the 28th step 68, print 1= to be carried over to the new passbook on the last line of the last page of the current passbook, and In step 69, the current old passbook is temporarily stored in the temporary storage section 20, and then in the 30th step 70, the new passbook storage section 21J,
At the same time as the new passbook is fed out, in a 31st step 71, the passbook that has been temporarily locked in the -time door section 20 is fed out, and both the new and old bankbooks are fed backwards and ejected from the insertion slot 15.

As a result, both the new and old passbook will be sent to the customer.

As mentioned above, in addition to the automatic transaction function for transactions via the passbook, we also have a new passbook issuing function that can automatically issue a new passbook, so it is linked to the balance in the passbook print field at the time of transaction. Then, a new passbook can be issued automatically and in a short time using this transaction device.

Additionally, the customer is informed on the display screen of the ATV that their passbook has been transferred over, and that their new passbook has already been issued on the passbook issuing machine. By inserting your passbook into the passbook issuing machine and performing, for example, a W1 comparison of account numbers, you will receive a new passbook. Therefore, customers can receive their new bankbook even if bank counters are closed.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention; FIG. 1 is a management explanatory diagram of a passbook issuing machine; FIG. 2 is a schematic side view of the passbook issuing machine; FIG. 3 is a control circuit block diagram of the passbook issuing machine; The figure is Δ
FIG. 1 is a flowchart showing the processing operation when a carryover occurs in the TM, and FIG. 5 is a flowchart showing the passbook issuance processing operation in the passbook issuing machine. 11...Passbook issue Ill 14...Passbook 19...Passbook storage section by type 21...New passbook storage section

Claims (1)

[Scope of Patent Claims] 1. An automatic transaction mechanism that conducts transactions through passbooks, and a system for storing each type of passbook in order to issue a new passbook based on the amount remaining in the passbook printing field where transaction information is printed. A passbook issuing device includes a passbook storage unit and a new passbook storage unit that stores a new passbook with customer information printed thereon and placed on standby so that a new passbook can be issued.