JPH01184663A - Medium recording device - Google Patents

Abstract

PURPOSE:To shorten a processing time by transmitting the reading/checking command of recording data, at the same time, transmitting the sending/preparing command of a recording medium and executing a reading/checking and a sending/moving preparation parallel. CONSTITUTION:When the writing of data to a passbook 10a by a R/W part 5a is ended, a parallel action command part 14a transmits a reading/checking command to a data checking control part 12a and transmits a sending/moving preparing command to a carrying/driving control part 7b. The carrying/driving control part 7b controls a carrying mechanism 8, carrys the passbook 10a, when the sending/moving preparing command is received from the parallel action command part 14a, executes a moving preparation, waits for the end notice of a reading checking and executes a send-moving. A main control part 13a controls the parallel action command part 14a and executes the reading checking and a sending moving preparing action parallel. By constituting like this, a processing time can be shortened.

Description

[Detailed Description of the Invention] [Summary] This invention relates to a medium recording device that can simultaneously perform reading by a reading unit and preparation for sending out a recording medium in checking the reading of recorded data such as magnetically recorded data. The purpose of the present invention is to provide a media recording device that can shorten processing time by performing reading checks on the media and preparing for the media delivery operation in parallel. a writing/reading means for writing/reading data into the storage medium; and a recording medium inserted through the insertion/output opening to be transferred to the writing/reading means;
Transfer control means for controlling a transfer mechanism that transfers data from the write/read means to the insertion/output port; Read check means for checking the reading of data written on the recording medium by the write/read means; and Recording by the write/read means. A reading checker comprising command means for simultaneously issuing a read check command to the check means and a transfer preparation command to the transfer control means when writing of data to the medium is completed.

The reading check by the transfer means and the transfer preparation by the transfer control means are executed in parallel.

[Industrial application field]

The present invention relates to a medium recording device such as a passbook printing device used in financial institutions, etc., and in particular, to perform reading by a reading unit and preparation for ejecting a recording medium in parallel when checking the reading of recorded data such as magnetically recorded data. The present invention relates to a media recording device capable of recording.

In recent years, financial institutions have introduced transaction teller devices such as bookkeeping machines that enter transaction details in passbooks and record updated balances on the magnetic stripe of the passbook, as well as automatic deposit payment machines.
2. Description of the Related Art Automated transaction devices such as TIC Teller Machines (hereinafter referred to as ATMs) are widely used.

As the usage of these devices increases, there is a growing demand for shorter transaction processing times, and a method that can meet this demand is desired.

[Conventional technology]

As shown in FIG. 4, the bookkeeping machine has a main body 1. W4 Keyboard for inputting the customer's account number and transaction details 2. and a display 3 on which operation processing details and the like are displayed. In addition, the device is a terminal controller (hereinafter T/C
It is connected to a computer center via a

As shown in FIG. 5, inside the main body l there is a conveyance path 49 that continues from the insertion opening la, and a feed roller I that transports the bankbook 10a. ,
~I? l+Press roller R4-R4゜Inserted passbook 10
a sensor St, S2. Sensor S3 for detecting page barcodes and printed lines. A read/write section 5a and a printer section 6 are provided on the g feed path 4.

The read/write (hereinafter referred to as R/W) section 5a includes a magnetic head IT, reads data recorded on the magnetic stripe (hereinafter referred to as MS) on the back side of the bankbook 10a, and updates and records the balance after a transaction.

The feed rollers R1 to R1 are connected to a motor (not shown), and when the passbook 10a is conveyed, the presser rollers R4 to R1 are connected to a motor (not shown).
, is in a closed state.

Further, FIG. 6 shows a block diagram of main parts, and in the figure, the conveyance drive control section 7a controls the conveyance mechanism 8 including the feed rollers R1 to R3+pressing rollers R4 to R6 to feed the bankbook IQaevIi.

The R/W control section 9 controls the writing/reading of data by driving the magnetic head H of the R/W section 5a back and forth on the MS surface of the passbook tOa.

Recorded data memo January 1 stores balance data to be recorded in the MS.

The data check control unit 12a reads the balance data read by the R/W unit 5a according to the check reading command, and
The balance data read from the recorded data memo January 1 is sent to the data check section 12b and a check is instructed.

The data check unit 12b compares the balance data read from the MS and the balance data read from the recorded data memo January 1 to check whether they match.

The main control section 13 controls the operation sequence of each of the above sections.

With such a configuration and function, when the teller presses, for example, the bookkeeping mode button on the keyboard 2, the T/
C is notified, and according to an instruction from the T/C, the bankbook is placed in a waiting state. Then, when the passbook 10a is inserted from the insertion slot 1a in the direction of arrow A, the tip of the passbook 10a is detected by the sensor Sl, and the conveyance drive control section 7a is started to activate the passbook 10a.
is transported.

The passbook 10a is sent to the R/W section 5a, set in the MS position, the account number and balance are read, and the data is sent to the T/C.
is sent to the computer center via.

During this time, the passbook 10a is sent to the printer section 6, and the sensor S
2.33 is detected and a printable line is set, and the accounting data transmitted from the computer center is printed. The balance data in the bookkeeping data is stored in the record data memory 11.
When printing is completed, the passbook 10a is stored in the R/W section 5.
a and set at the MS position, and the magnetic head H records the balance on the MS while moving. The main control unit 13 is then notified of the end of recording.

Then, in order to confirm the record, the data check control section 12a
In response to the command, the R/W unit 5a reads the balance data a from the MS using the magnetic head H moving in the opposite direction, and compares it with the balance data stored in the recorded data memo January 1 in the data check unit 12b to find a match. To check.

If the result of the check is NG, the balance data is written again and further checked. When the check is completed, the main controller 13 is notified, and the transport drive controller 7a transports the passbook 10a and sends it out to the insertion slot 1a.

[Problems that the ten inventions aim to solve]

According to the above-mentioned conventional method, the balance data is recorded on the MS of the passbook on the outward journey of the magnetic head, and then the record is read on the return journey of the magnetic head to check the recording. After the check is completed, the next operation, that is, the operation of sending out the passbook if the check is OK, is carried out, so there is a problem that the processing time is long.

SUMMARY OF THE INVENTION An object of the present invention is to provide a medium recording device that can shorten processing time by concurrently performing read checking of data recorded on a medium and preparation for a medium sending operation.

[Means for solving problems]

FIG. 1 is a block diagram of the principle of the present invention.

In the figure, 5 is a writing/reading means, 7 is a transfer control means, and I
O is a recording medium, 12 is a read check means, and 14 is a read check command to the read check means 12 and a sending transfer preparation command to the transfer control means 7 when the writing/reading means 5 finishes writing data to the recording medium IO. It is a command means that simultaneously sends out the following information.

Therefore, the reading check by the reading check means 12 and the preparation for sending out and transfer by the transfer control means 7 are executed in parallel.

[Effect]

The recording medium 10 inserted through the insertion/output port is transferred to the writing/reading means 5 and data is recorded thereon. Immediately after the recording is completed, the command means 14 causes the reading check means 12 to record the data.
At the same time as transmitting a data reading check command, transmitting a transport preparation command for sending out the recording medium 10 to the transport control means 7;
By performing the reading check and preparation for sending out transfer in parallel, the time for preparing sending out transfer can be reduced.
Processing time can be shortened.

〔Example〕

Hereinafter, one embodiment of the present invention will be described with reference to FIGS. 2 and 3. Components in FIG. 2 that correspond to those in FIG. 1 are indicated by dashed lines. The same reference numerals indicate the same objects throughout the figures.

In FIG. 2, the parallel operation command section 14a is the R/W section 5.
This is a command unit that sends a read check command to the data check control unit 12a and a send-out transfer preparation command to the conveyance drive control unit 7b when writing of data to the bankbook 10a by a is completed.

The conveyance drive control unit 7b controls the conveyance mechanism 8 to convey the passbook 10.
a, but when receiving a send-out transfer preparation command from the parallel operation command section 14a, preparations for transfer are made and the main control section 13
Wait for the notification of completion of the reading check from a, and after receiving the notification of completion, perform the sending transfer.

The main control section 13a differs from the function of the main control section 13 described in the conventional example data in that the main control section 13a controls the parallel operation command section 14a to execute the reading check and the sending transfer preparation operation in parallel.

Since it has such a configuration and function, the operation will be explained with reference to the flowchart in FIG. 3.

(1) First, bookkeeping data is printed on the passbook 10a inserted through the insertion slot, and balance data is stored in the record data memory 11.

■The passbook 10a is sent to the R/W section 5a and the balance data is M.
Recorded in S. The end of recording is notified to the main control unit 13a.

(2) Then, the parallel operation command section 14a commands the R/W control section 9 to check the reading of recorded data, and also commands the conveyance drive control section 7b to prepare for sending out the bankbook 10a.

(2) The transport drive control unit 7b starts preparation for sending out and transport, and waits for a check completion notification when the preparation is complete.

■On the other hand, the R/W control unit 9 controls the magnetic head H of the R/W unit 5a.
Read the balance from the MS and check the data by
Send to 2b.

(2) The data checking unit 12b compares the received balance with the balance data read from the recorded data memory 11 to check it.

(2) If the check is OK, the main control unit 13a is notified that the check is OK.

(2) A check completion notification is sent to the transport drive control section 7b, and the pass 11H10a is sent to the insertion slot 1a.

In this way, the passbook 1 is checked while reading the recorded data.
By preparing to send 0a, the sending type and preparation time are saved, and therefore the bookkeeping processing time is shortened.

Although the above example describes a case of a bookkeeping machine, it can be similarly applied to an automatic transaction device such as an ATM.

Further, although the case where data is recorded on the MS of a bankbook has been described, the present invention can also be applied to a reading check when data is recorded using an IC card or an optical card as a medium with a large storage capacity instead of a bankbook.

〔Effect of the invention〕

As explained above, according to the present invention, there is an effect that the processing time for bookkeeping can be shortened.

[Brief explanation of the drawing]

Fig. 1 is a block diagram of the principle of the present invention, Fig. 2 is a block diagram showing an embodiment of the invention, Fig. 3 is a flowchart 1 of the embodiment, Fig. 4 is a perspective view illustrating a bookkeeping machine, 5 is a side view showing the medium feeding mechanism shown in FIG. 4, and FIG. 6 is a block diagram of main parts showing a conventional example. In the figure, 5 is a writing/reading means, 5a is an R/W section, 7 is a transport control means, 7a and 7b are transport drive control sections, 9 is an R/W control section, 10 is a recording medium, 10a is a passbook,
11 is a recording data memory, 12 is a reading check means, 12a is a data check control section, 12b is a data check section, 14 is a command means, 14a is a parallel operation command section, I
] indicates a magnetic head. Unexploded field of January field fig. 1 Figure $ 3 Figure B ÷---◆A Early 5 Concave

Claims (1)

[Scope of Claims] An insertion/output port into which a recording medium (10) is inserted and sent out; a writing/reading means (5) for writing/reading data to/from the recording medium (10); a transfer control means (7) for controlling a transfer mechanism that transfers the recorded recording medium (10) to the write/read means (5) and sends and transfers the recorded medium (10) from the write/read means (5) to the insertion/output port; , reading checking means (for checking the reading of data written on the recording medium (10) by the writing/reading means (5);
12), and when the writing/reading means (5) finishes writing data to the recording medium (10), the checking means (12)
a command means (1) for simultaneously issuing a reading check command to the transport control means (7) and a sending transfer preparation command to the transport control means (7);
4) A medium recording device characterized in that the reading check by the reading check means (12) and the sending-out transfer preparation by the transfer control means (7) are executed in parallel.