JPS63149763A - Controlling and registering system for operator - Google Patents

Abstract

PURPOSE:To facilitate the operation of a card by making a processing at a terminal equipment executable only one time, when an operator card is not set in a holder in a definite time after the operator card is read. CONSTITUTION:When the operator card is read by a card reader 1, and a control logic circuit 4 is normal, a general data is transferred to a terminal equipment control part or a central processing unit, etc., and the operator data is transmitted to a register memory 8, which registers it at once and outputs a signal, effect that it has registered it, to a timer 6 and an AND circuit 7b. Then, the operator data is transferred to the terminal equipment or the central processing unit, etc., through the AND circuit 7b, and the execution of the processing comes possible. The timer 6 outputs the signal to the AND circuit 7a after the elapse of a prescribed time, and if the operator card is not set in the card holder 2, the operator data is erased from the register memory 8 by the OFF output of a sensor 3.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention provides operator management registration for identifying the operator who performs the operation when a transaction or other process is executed on a multi-terminal device by operator operation. The present invention relates to a management registration method that uses an operator card on which operator data is recorded.

[Conventional technology]

For example, in financial institutions such as banks, terminal devices that automate processing such as deposits and payments are becoming popular. When an operator executes a process with a device, the operator is recorded so as to be able to be identified, and the operator is managed based on this record.

In this case, an operator card is used as the operator identification means, and the operator data recorded on the operator card for identifying the operator is read by the reading means and registered in a predetermined registration means, and when this registration is performed. An operator management and registration method has been proposed that allows processing on a terminal device to be executed only by operator operations.

FIG. 3 is a circuit block diagram showing the configuration of a device for implementing this type of conventional operator management and registration system. In the figure, 1 is for reading data recorded on an operator card, visitor card, etc. A manual magnetic card reader (hereinafter abbreviated as a card reader) is a reading means, 2 is a card holder for setting the operator card after the data has been read by the card reader 1, and 3 is a card holder for setting the operator card after the data has been read by the card reader 1. This sensor serves as a detection means for detecting whether or not an operator card is set.

4 is a control theory circuit, 5 is a buffer, 6 is a timer, 1&~
7c is an AND circuit, and 8 is a registration memory as means for registering operator data.

Here, a keyboard, which will be described later, is connected to the control theory circuit 4 together with the card reader 1, and data sent from these is identified by the control theory circuit 4 and outputted as general data and operator data. It is supposed to be done.

FIG. 4 shows the card reader 1. This is a plan view of a keyboard 9 on which a card holder 2 and a sensor 3 are mounted. A groove 10 is provided at a predetermined position of the keyboard 9 with one end closed and the other end open. A card reader 1 is disposed in the slot 10, and a card holder 2 and a sensor 3 are disposed adjacent to the groove 10.

Here, as shown, the sensor 3 is constituted by, for example, a light emitting diode 3& and a light receiving transistor 3b, and is turned on when the operator card is inserted into the card holder 2 and turned off when it is removed.

Reference numeral 11 denotes an operation section consisting of various input keys, display lamps, etc.

Next, an explanation will be given of an operator management and registration method using the above-described configuration.

First, insert an operator card into one end of the groove 10 provided in the keyboard 9, and insert the operator card into the groove 10.
When it is moved to the other end and pulled out as it is, the operator data on the operator card is read by the card reader 1 in the groove 10 and sent to the control theory circuit 4.

When the control theory circuit 4 receives data, it identifies whether the data is general data or operator data, and if it determines that the data is operator data, it stores the data in the buffer 5.
timer 6 is activated at the same time.

On the other hand, after being pulled out from the groove 10, the operator card is inserted and set into the card holder 2. Then, the sensor 3 detects the operator card and turns on, and the signal is input to the AND circuit γC.

If this signal input is within the time set by the timer 6, it is regarded as a series of operations, the AND conditions of the AND circuit 7e are met, and the operator data stored in the buffer 5 is sent to the registration memory 8. will be registered.

In this state, processing can be executed by the operator's operation, so the operator operates the operating section 11 of the keyboard 9 to open the bankbook entry machine (not shown).

It causes a terminal device such as a slip issuing machine or a cash depositing/dispensing machine to execute processing such as a transaction.

Then, upon completion of the processing, an RD double signal AND circuit 7b is sent from a terminal device control unit or a central processing unit (not shown).
, the AND conditions of the AND circuit 7b are met, and the operator data registered in the registration memory 8 is transferred to the front central processing unit or the like and recorded together with the processed data.

After that, when the operator card is removed from the card holder 2, the removal is detected by the sensor 3.
is turned OFF, and when the OFF signal is input to the AND circuit 7a, the AND conditions of the AND circuit γ& are met, the operator data in the registration memory 4 is erased, and processing becomes impossible.

[Problem that the invention seeks to solve]

However, in the conventional operator management method described above, even when an operator executes a process only once, the operator has to read the operator data using a card reader, insert the operator card into the card holder, and remove the card after processing. There is a problem in that troublesome card operations are required and processing is not started until the operator card is set in the card holder, which impedes improvement in processing speed.

The present invention has been made to solve these problems, and its purpose is to realize an operator management and registration system that can facilitate card operations and improve data processing speed. It is something to do.

[Means for solving problems]

In order to achieve the above-mentioned object, the present invention registers operator data read by a card reader in a registration means without passing it through a buffer, and deletes the operator data after a certain period of time or when the operator card is removed from the card holder. The circuit is configured so that the operation is performed when the sample is removed.

[Effect]

In the present invention having the above-described configuration, when operator data is read from an operator card by a card reader, it is immediately registered in the registration means, and if the operator card is not set within a certain period of time, processing is performed on the terminal device by the operator's operation. can be executed only once, and the operator data registered in the registration means is erased.

Further, when the operator card is set in the card holder within the certain period of time and the detection means detects this, the operator data registered in the registration means is held until the operator data is extracted from the card holder,
The above process can be executed more than once.

Therefore, according to this, when performing processing only once, it is only necessary to have the card reader read the operator data, so card operation is easy, and processing can be started at the time when the operator data is read. This improves processing speed.

〔Example〕

An example will be described below with reference to screens.

FIG. 1 is a flowchart showing an embodiment of an operator management and registration method according to the present invention, and FIG. 2 is a circuit block diagram of a device used in the first embodiment.

First, in Fig. 2, 1 is a card reader, 2 is a card holder, 3 is a sensor, 4 is a control theory circuit, 6 is a timer, and 7
a and 7b are AND circuits, and 8 is a registration memory, which are the same components as those in FIG. By using the OFF output of the OFF output and the output of the timer 6 as the AND condition of the AND circuit 7a to erase the operator data in the registration memory 8, the circuit configuration is simplified compared to that in FIG.

Next, the embodiment shown in FIG. 1 will be explained with reference to FIG. 2.

Note that S in FIG. 1 indicates an operation step, and the following explanation will be made according to this step.

First, insert an operator card (not shown) into one end of the groove 10 provided in the keyboard 9 (see FIG. 4).
When this operator card is moved to the other end of the groove 10 and pulled out, the card reader 1 inside the groove 10
The operator data on the operator card is read and sent to the control theory circuit 4 (St).

The control logic circuit 4 identifies whether the sent data is operator data or general data, and also determines whether or not it is normal. If the general data is normal, it is transferred to a terminal device control unit or central processing unit (not shown), if it is normal operator data, it is sent to the registration memory 8, and if it is abnormal data due to a reading error, etc.
A display device (not shown) prompts the operator to read the card again (S2).

When the registration memory 8 receives the operator data from the control theory circuit 4, it immediately registers the data and outputs a signal indicating the registration to the timer 6 and the AND circuit (S3).

As a result, the timer 6 is activated, and the AND circuit 7b
Since the AND conditions for the RD multiplied signal sent from a predetermined terminal device or central processing unit (not shown) are met, the operator data is transferred from the registration memory 8 to the terminal device control unit or central processing unit, etc., and the operator It becomes possible to execute processing by operating the . In other words, the process is started.

In this state, the operator operates the operation unit 11 of the keyboard 9 to cause a terminal device (not shown) such as a passbook recording machine, slip issuing machine, cash depositing and dispensing machine, etc., to execute processing such as a transaction (84
).

When one process is completed, a main control unit (not shown) determines whether to continue or stop the next process depending on the state of the registration memory 8. In other words, if the operator data is retained in the registration memory 8, the next process can be executed, and if the operator data is deleted, the subsequent process cannot be executed, and a new operator can be executed. The system waits for the card to be read (S5).

On the other hand, the timer 6 outputs a corresponding signal to the AND circuit 7a when a preset certain period of time has elapsed (S6), and if the sensor 3 is OFF at this time (S6),
7) The operator data registered in the registration memory 8 is deleted (88).

That is, if the operator card pulled out from the groove 10 of the keyboard 9 is inserted and set in the card holder 2 within a certain period of time set by the timer 6, the sensor 3 is turned on, so that the AND circuit 7a is turned on. If the conditions are not met, the operator data in the registration memory 8 will be retained as is, but if the operator card is not set in the card holder 2 within the certain period of time, the sensor 3 will be turned off.
Since it is an FF, the AND condition is met by the OFF output and the output of the timer 6, and the operator data is erased from the registration memory 8, and the state waits for a new operator card to be read.

In this way, in this embodiment, if the operator data of the operator card is read by the card reader 1 and the operator card is not set in the card holder 2 after that, the system allows the operator to execute processing such as a one-time transaction. ,
Further, when the operator card is set in the card holder, the processing can be continued not only once but also repeatedly until the operator card is removed from the card holder 2 or more.

Of course, in this case, the AND circuit 7b performs 5R for each process.
AND the D signal and transfer the operator data from the registration memory 8 to the terminal device control unit or central processing unit, etc.
Recording together with processing data is the same as before.

Although the above-mentioned embodiment is an example of the operation of a terminal device in a financial institution, the present invention is not limited thereto, and it goes without saying that it can be applied to devices that require operator management registration. .

In addition, in the above-mentioned embodiments, the operator card is currently mainly a magnetic card, but it is also possible to use an IC card, etc. In that case, the card reader tab reading means should be compatible with the card reader. good.

〔Effect of the invention〕

As explained above, in the present invention, when the operator data of the operator card is read by the reading means, the read operator data is immediately registered in the registration means, and if the operator card is not set in the card holder within a certain period of time thereafter, the read operator data is immediately registered in the registration means. erases the operator data registered in the registration means so that processing on the terminal device by operator operation can be executed only once, and if the operator card is inserted into the card holder within the predetermined time,
The operator data is retained in the registration memory until the operator card is removed from the card holder, making it possible to execute the process more than once, so the card operation when executing the process only once is possible. In addition, since the processing can be started at the time when the operator data is read, the processing speed can be improved.

[Brief explanation of the drawing]

FIG. 1 is a flowchart showing an embodiment of the operator management registration method according to the present invention, FIG. 2 is a circuit block diagram of the device used in the embodiment of FIG. 1, and FIG. 3 is a circuit block diagram of the device used in the conventional example. FIG. 4 is a plan view of the keyboard. 1: Card reader 2: Card holder 3: Sensor 4
: Control theory circuit 6: Timer 7a. Tb: AND circuit 8: Registration memory 9: Keyboard

Claims (1)

[Scope of Claims] 1. An operator card on which operator data for identifying an operator who performs operations such as transactions on a terminal device in a financial institution, etc. is recorded, and the data on the card is read by inserting the card. Further, a reading means capable of removing the card after reading, a registration means for registering operator data read by the reading means, a card holder into which the operator card is inserted and set, and an operator card inserted into the card holder. and a detection means for detecting whether or not the operator card is set, and when the operator data is read from the operator card by the reading means, it is immediately registered in the registration means, and then the operator card is set in the card holder within a certain period of time. If not, the operator data registered in the registration means is erased so that the processing on the terminal device by the operator's operation can be executed only once, and the operator card is set in the card holder within the predetermined period of time. When the detection means detects the detection, the operator data registered in the registration means is held until the operator card is removed from the card holder, so that processing on the terminal device by operator operation can be executed more than once. Characteristic operator management registration method.