JPS599943B2 - Electronic teller machine - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an electronic teller's machine operated by an operator who is in charge of normal cash transactions at a bank, etc.
In particular, there are cases where a person in charge needs to be involved and register the date before the operator can perform normal operations after the power is turned on, and cases where normal operations can be performed immediately after the power is turned on without the need for date registration. By clearly distinguishing between the two, they can be easily handled.

In conventional electronic tellers machines of this type, a person in charge must be present and involved when the power is turned on, and the operator cannot perform normal operations until after the date has been registered. By registering, all data stored in the storage section of the device was cleared. Therefore, the operator must print out the data stored so far before turning off the power, and must also have a responsible person present when turning on the power. It was hot. In other words, in order to avoid this kind of trouble, conventional equipment has a handling restriction that once the power is turned on at the start of each morning's work, it must not be turned off until the day's work is completed. There were some drawbacks.
The purpose of the present invention is to eliminate the above-mentioned conventional drawbacks, and to eliminate the need for operators to print out previously stored data or register the date even after turning on the power at the start of work every morning. To provide an electronic teller's machine whose power can be turned on and off as desired.

In other words, the electronic teller's machine of the present invention can be easily turned on and off by the operator alone, without requiring a person in charge, except at the start of work each morning, thereby reducing waste of power when not in use. It was made so that it could be avoided. The invention will be explained in detail below by way of example embodiments with reference to the drawings.

First, examples of the configuration and arrangement of the front panel and rear panel of the electronic teller's machine of the present invention are shown in FIGS. 1A and 1B, respectively.

In Fig. 1A, which shows the front panel of an electronic teller's machine on which various normal operation keys necessary for cash transactions are arranged, 1 is a key switch A that changes the state of the device, and 6P0WER0FF - power off - standby, etc. ”RE
Three positions can be set: ADY'' and operation, i.e., 60PERATION, which respectively set the device in a power-off state, a standby state where date registration can be performed, and a state where normal business operations can be performed. .

2 is a key switch B for switching the operator;
Two positions can be set, ``6MANAGER'' and 6MANAGER, and the device is set in a state in which the operator can operate it and a state in which the person in charge can operate it, respectively.

Further, 3 is a specification changeover switch, which is off, i.e. "0".
Two positions can be set: FF'' and ON, or 0N'', and in each case, the key switch A, that is, the state changeover switch 1, is always on standby, that is, ``0N'', as in the past.
A state in which normal business operations cannot be performed until the date has been registered by setting the device to “READY” state, and
If the key switch B, that is, the operator changeover switch 2, is set to the responsible person, ie, MANAGERl, the key switch A, that is, the status changeover switch 1, is on standby, that is, "REA".
Normal work operations can only be performed after setting the state to DY' and registering the date.
If it is set to PERAT0R'', operate key switch A, that is, state changeover switch 1, that is, 50PERAT.
I0N" to set the device in a state where it can immediately perform normal work operations. For example, this specification changeover switch 3 is set to the former state at the start of work every morning, and during breaks such as lunch breaks. The device is set to the latter state when work is resumed later, and as shown in Figure 2B, it is provided on the back panel of the device, and once it is set to either state, it can be easily or accidentally set. Next, an example of the basic configuration of the electronic teller's machine of the present invention is shown in FIG.

In the configuration shown in the figure, the operation of each circuit is controlled by a control section 4, and by operating the key switch A, that is, the state changeover switch 1, the power supply section 5 is activated via the control section 4, and power is supplied to the entire device. After the voltage is supplied, the control unit 4 monitors the signal from the keyboard 6 and changes the settings according to the settings of key switch A, that is, status changeover switch 1, key switch B, that is, operator changeover switch 2, and specification changeover switch 3. After performing control operations such as necessary calculations, the resulting data is displayed on the display 7 or printed on the printer 8, and the signal from the keyboard 6 is monitored again. Repeat. FIG. 3 shows an example of the detailed configuration of the electronic teller's machine of the present invention embodying such basic configuration.

In the detailed configuration shown, numeral 9 is a computer unit (CPU), that is, a central control device, which judges the contents of signals from a keyboard and the like and controls various circuits. FF
1 is a flip-flop which is reset by the control signal S1 from the central control unit and set by the control signal S7, and when the central control unit 9 monitors the signals from each key group 10, 11, AND gate G
It has the effect of transmitting information to lO and Gll. These OR gates Gl, G2 also transmit the control signal S2 from the central controller 9 to the AND gates GlO, Gll. Inverter gate G3 inverts the output signal of flip-flop FFl and transmits it to AND gate G7, and inverter gate G4 inverts a signal representing the setting state of key switch B, that is, operator changeover switch 2, and transmits it to AND gate G5. It has the effect of conveying information. The AND gate G5 receives a signal representing the standby or "READY" setting state of the key switch A, that is, the state changeover switch 1, and a signal representing the setting state of the person in charge, that is, "MANAGER", of the key switch B, that is, the operator changeover switch 2. is inverted by the inverter gate G4 and a signal representing the ON state of the specification changeover switch 3.

Inverter gate G6 functions to invert the output signal of AND gate G5 and transmit it to AND gate G7. The AND gate G7 receives a signal representing the standby or "READY" setting state of the key switch A, that is, the state changeover switch 1, the output signal of the flip-flop FFl inverted by the inverter gate G3, and the output signal of the AND gate G5. It functions to form a logical product of the inverted values by the inverter gate G6 and transmit it to the central controller 9. On the other hand, FF2 is set by the control signal S5 from the central controller 9, and is a flip-flop which is set by the control signal G6. , and its output signal causes AND gate GlO and inverter gate G9
and the AND gate Gll through the respective gates. 10
is a group of keys for registering the date, and when registering the date, a key signal SlO is transmitted to the central controller 9 via the AND gate GlO.

11 is a group of keys for performing normal business operations;
During normal operations, the output key signal is combined with the key signal from the key group 10 via the OR gate G8 and then transmitted to the central controller 9 as the key signal Sll via the AND gate Gll.

To explain the operation of the electronic teller's machine of the present invention having the configuration shown in the third figure mentioned above, first, the key switch A, that is, the state changeover switch 1 is turned off, that is, the power is turned off, that is, 3P0WER0F.
When switching from the F1 state to the standby or "READY" state and turning on the power, the control signal S is sent from the central controller 9.
1 is sent to reset flip-flop FF1.

Next, a control signal S2 is sent from the central control device 9, and the control signal S2 is output according to the respective switching positions of the key switch A, that is, the state changeover switch 1, the key switch B, that is, the operator changeover switch 2, and the specification changeover switch 3.
3 or is sent back to the central controller 9 as a control signal S4. That is, when the specification changeover switch 3 is off, or when the specification changeover switch 3 is on but the key switch B, that is, the operator changeover switch 3
When set to MANAGER1, AND gate G5 is opened and AND gate G7 is closed, so that control signal S3 is supplied to central controller 9.
As a result, the control signal S5 from the central controller 9 is applied to the set input terminal of the flip-flop FF2 to set the flip-flop FF2, and at the same time, the control signal S7 is applied from the central controller 9 to the set input terminal of the flip-flop FFl. Flip-flop FFl is set. Therefore, AND gate GlO is closed and AND gate Gll is opened, and only key signals from key group 10 are supplied to central controller 9, and date registration operation is possible. state.
That is, the circuit operation when it is necessary to register the date after the power is turned on is performed by the functions of the various circuits described above. On the other hand, when the specification changeover switch 3 is on and the key switch B, that is, the operator changeover switch 2, is set to the normal work person, 0PERAT0R, the AND gate G5 is closed and the AND gate G5 is closed. Since gate G7 is opened, control signal S4 is supplied to central control unit 9.

As a result, the control signal S6 from the central control unit 9 is applied to the set input terminal of flip-flop FF2 to set the flip-flop FF2, and at the same time, the control signal S7 is applied to the set input terminal of the flip-flop FFl to set the flip-flop FF1. Ru. Therefore, the AND gate Gll can be closed, but the AND gate G1O is open, and the key signal from the key group 10 is not supplied to the central controller 9. Next, the key switch A, that is, the state changeover switch 1 is operated from the standby state, that is, the "READY1" state, that is, the "0PE" state.
When switching to the state of RATI0N'', the AND gate Gl
l becomes a closed circuit, and key group 10 and key group 11
The key signals from both can be supplied to the central control device 9. That is, due to the functions of the various circuits described above, the circuit operations are performed so that normal business operations can be performed immediately after the power is turned on, without registering the date.
As is clear from the above explanation, in the electronic teller's machine of the present invention, by providing a specification changeover switch and changing the specifications, it is possible to register the date of one device after power is turned on as before. It can also be used as a device that does not operate without going through the procedure of first performing normal business operations, or it can also be used as a device that can perform normal business operations immediately after power is turned on without going through such a procedure. Therefore, it becomes possible to easily select appropriate specifications according to the manner in which the device is used, and the burden on both the operator and the person in charge of normal work can be significantly reduced compared to the past.

[Brief explanation of the drawing]

1A and 1B are diagrams showing an example of the configuration and arrangement of the front panel and rear panel of the electronic teller's machine of the present invention, FIG. 2 is a block diagram showing an example of the basic configuration, and FIG. It is a block diagram showing an example of the detailed configuration similarly. 1... Status changeover switch, 2... Operator changeover switch, 3... Specification changeover switch, 4
...Control section, 5...Power supply section, 6...
...Keyboard, 7...Display, 8...1...
...Printer, 9...Central control unit, 10,
11...Key group, FFl, FF2...
Flip-flop, Gl, G2, G8...OR gate, G5, G7, GlO, Gll...AND gate, G3, G4, G6, G9...Inverter gate.

Claims (1)

[Claims] 1 A state changeover switch that changes the power off, standby, and operation states, an operator changeover switch that changes between operation by a person in charge and operation by a person in charge, and an operation that is performed after date registration with clearing of previously recorded data. a specification changeover switch for switching between the specification and a specification that allows only operation without the date registration; the state changeover switch is set to a standby state, and the operator changeover switch is set to be operated by a person in charge. means for enabling the date registration only when the date is registered; and switching the specification changeover switch to a specification that allows only the operation to be performed without the date registration;
The electronic device further includes means for setting the state changeover switch to an operation state and enabling operation without the date registration only when the operator changeover switch is set to be operated by a person in charge. Expression Terrors Machine.