JPH029378B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a data processing device having input keys.

[Prior Art] Conventionally, an electronic teller's machine is an example of a data processing device having an input key.

[Problems to be Solved by the Invention] Conventional electronic teller machines of this kind do not have a means for contacting the rear end when, for example, there is no cash at the teller counter. For this reason, the teller has to write down a memo and carry it to the back, or go and convey the information verbally, which temporarily leaves the counter empty, making it impossible to respond to customers, and resulting in a decline in service. I was invited. It is also possible to place a telephone next to the teller's machine at the counter for communication with the rear, etc., but in that case, a large amount of space would be taken up to install the telephone, and the number of counters that could be installed in six locations would be limited to five. In this case, the service to customers will deteriorate.

SUMMARY OF THE INVENTION Therefore, an object of the present invention is to provide a data processing apparatus which is appropriately provided with a telephone function and which eliminates the above-mentioned drawbacks of the conventional apparatus.

[Means for solving the problems] In order to achieve such an object, the present invention has the following features:
an input key, a data processing means, a calling means, a first gate means for prohibiting or permitting a signal from the input key to be input to the data processing means, and a signal from the input key being input to the calling means. a second gate means for permitting or prohibiting the telephone handset from being used; a second gate means for inputting a signal from the input key to the data processing means by the first gate means when it is detected that the telephone handset has been lifted; prohibited,
a first detection means for allowing a signal from the input key to be input to the calling means by the second gate means; a second gate means that allows a signal from the input key to be input to the data processing means and prohibits a signal from the input key from being input to the calling means by the second gate means;
It is characterized by having a detection means.

[Operation] The present invention allows the signal from the input key to be input to the data processing means when the ringing tone of the called party is detected, while prohibiting the signal from being input to the calling means. It is.

[Example] The present invention will be described in detail below by way of example with reference to the drawings.

First, as an embodiment of the data processing apparatus of the present invention, an example of the configuration and layout of the front panel of an electronic teller's machine with telephone is shown in FIG.

In Fig. 1, numeral 1 is a keyboard section consisting of various normal operation keys necessary for the payment and disbursement of money, and 2
numeral 3 is a display that shows the entered numbers, results, etc., and 3 is a printer for leaving the results, etc. on paper. Furthermore, 4 is a telephone handset used for transmitting and receiving, and 5 is a stand on which the handset 4 is placed, and in response to the removal of the handset 4, the operation of the keyboard section 1 is adjusted to be similar to that during normal teller's machine operation. It has a built-in switch to switch to phone operation. When the handset 4 is lifted from the stand 5, it switches to telephone operation.

Furthermore, in FIG. 1, the keyboard section 1 includes a date key 11, a clear key 12, a group of numerical keys 13,
It has a key group 14 consisting of a cash key, our store key, another store key, miscellaneous key, deposit key, withdrawal key, verification key, authentication key, etc.

15 is a key switch for the person in charge (MANAGER);
16 is a key switch for the operator. The key switch 15 for the person in charge can be switched to the "MANAGER" position by the person in charge inserting a key.

The operator key switch 16 is operated by an operator who performs normal teller work, and has a "POWER OFF" position to immediately turn off the power to the device, and a standby position after the power is turned on, where the date can be registered using the date key 11. It has a "READY" position and an "OPERATION" position where it can carry out normal Terrors operations.

Next, FIG. 2 shows an example of the basic configuration of the electronic teller's machine with telephone according to this embodiment.

In Figure 2, 6 is the central processing unit (CPU
7), 7 is a transmitting and receiving device, 8 is a handset stand switch attached to the handset stand 5, 9 is a ringer identification device, G1 is an inverter, G2, G3 and G4 are an AND gate, G5 is an OR gate, and FF1 is a flip-flop. be.

The handset stand switch 8 is connected to the lower contact 8A when the handset 4 is placed on the stand 5 and outputs a level "0", and when the handset 4 is removed from the stand 5. This is a changeover switch that is connected to the upper contact point 8B and outputs level "1". The output of this switch 8 is connected directly to the AND gate G2, and the inverter G1 is connected to the AND gate G3 and the reset terminal R of the flip-flop FF1.
, respectively.

The output of the ringer identification device is a flip-flop
Supplied to set terminal S of FF1. The positive signal output terminal Q of flip-flop FF1 is an AND gate G.
4, the negative signal output terminal Q is supplied to the AND gate G2. The output of the keyboard section 1 is also supplied to the AND gates G2, G3 and G4, and the output of the AND gates G3 and G4 is supplied to the OR gate G5.

When the handset 4 is on the base 5, flip-flop FF1 is reset and AND gate G3 is
The output of the keyboard section 1 is transmitted to the CPU section 6 via the OR gate G5.

On the other hand, when the handset 4 is removed from the base 5, the output of the keyboard section 1 is transmitted to the CPU section 6 through the AND gate G2.

When the output of the keyboard section 1 is supplied through the AND gate G2, the CPU section 6 determines that the handset 4 has been removed from the base 5, and inputs the input from the numeric key group 13 of the keyboard section 1 to the dial number. It is treated as an input, operates the transmitting/receiving device 7, and connects to the called party's telephone line corresponding to the dialed number. After the connection is completed, the handset 4 and the transmitting/receiving device 7 allow telephone communication with the connected party.

Further, when the output of the keyboard section 1 is supplied through the AND gate G3 and the OR gate G5, the CPU section 6 determines that the handset 4 is placed on the stand 5, and the numeric key group 13 of the keyboard section 1
The input from is treated as normal numerical input and normal tell processing is performed.

Furthermore, when the other party's ring tone is transmitted to the ring tone discriminator 9 via the handset 4, the ring tone discriminator 9 detects that the other party is ringing, and sends the detection signal to the set terminal S of the flip-flop FF1. and sets flip-flop FF1. As a result, the AND gate G2 is closed, the AND gate G4 is opened, and the output of the keyboard section 1 is transmitted to the CPU section 6 via the OR gate G5 in the same way as when the handset 4 is on the stand 5.
Therefore, normal teller processing can be performed even while the handset 4 is in use.

The operation of the electronic teller machine with telephone according to the embodiment having the configuration shown in FIG. 2 will be described.

First, turn on the power by setting the key switch 16 to "READY", and then register the date. Then,
This key switch 16 is switched to the "OPERATION" position to begin normal teller's work.

Here, when the handset 4 is placed on the stand 5, the handset stand switch 8 is at the bottom and is set to "0".
The level signal is transmitted to gates G1 and G2, and furthermore, gate G1 inverts the level and gate G
3 and the reset terminal R of the flip-flop FF1. Flip-flop FF1 is then reset. In this state, the signal from the keyboard section 1 is sent to the gate G3.
Since it is transmitted to the CPU section 6 through gate G5,
The CPU unit 6 determines that the key operation is in a normal state, performs normal teller operations, sends signals to the display 2 and the printer 3, and activates each of them.

Next, when used as a telephone, the handset 4 is lifted from the stand 5, and the keyboard section 1 is lifted up.
The other party's dialed number is input. In this case, inside the device, the handset switch 8 is in the upper position, and a "1" level signal is transmitted to gates G1 and G2, and gate G1 inverts the level and sends a "0" level signal to gate G3. I'm telling you. In this state, the signal from the keyboard section 1 is transmitted to the CPU section 6 through gate G2, so the CPU
The unit 6 determines that it is a key operation for a telephone set, sends a signal to the transmitting/receiving device 7, activates the transmitting/receiving device 7, and therefore the handset 4 also works under the control of the transmitting/receiving device 7.

Furthermore, after the dialing of the other party is completed, when the telephone line is connected and the other party starts calling, the ringing tone is sent to the ringing tone discriminating device 9 through the handset 4, and the ringing tone discriminating device 9 sets the flip-flop FF1. The signal is sent to the S terminal of flip-flop FF1 and the flip-flop
FF1 is set. Then, since the positive signal is sent to gate G4 and the negative signal is sent to gate G2, the signal from keyboard section 1 is sent to gate G4 and gate G5.
is transmitted to the CPU section 6 through the
recognizes that the key operation is in the normal state and performs normal teller operations.

[Effects of the Invention] As is clear from the above description, according to the present invention, when it is detected that the telephone handset is lifted, the signal from the input key is prohibited from being input to the data processing means. It is possible to prevent the data processing means from malfunctioning due to unnecessary signals being input to the data processing means during a call.

Further, according to the present invention, when a ringing tone for the called party is detected, the signal from the input key is allowed to be input to the data processing means, so that after making the call, the operator operates the input key. It is possible to process data without any Therefore, the burden on the operator in operating the input keys can be reduced.

Further, according to the present invention, when the ringing tone of the called party is detected, the signal from the input key is prohibited from being input to the calling means.
Even if an operator carelessly operates an input key, it is possible to prevent the calling means from malfunctioning and causing noise during a call.

[Brief explanation of drawings]

FIG. 1 is an external view showing an example of the front panel of a teller's machine as an embodiment of the present invention, and FIG. 2 is a block diagram showing an example of the configuration of such a teller's machine. 1...Keyboard section, 2...Display unit, 3...Printer, 4...Handset, 5...Handset stand,
6...CPU section, 7...Transmitting/receiving device, 8...Handset switch, 9...Ring tone identification device, 1
1...Date key, 12...Clear key, 13...
Numeric key, 14...key group, G1...inverter, G2, G3, G4...and gate, G5...
...Orgate, FF1...Flip Flop.

Claims (1)

[Claims] 1. an input key; a data processing means; a calling means; a first gate means for prohibiting or permitting a signal from the input key to be input to the data processing means; and the input. second gating means for permitting or prohibiting a signal from a key from being input to the calling means; a telephone handset; and upon detecting that the telephone handset has been lifted, the first gating means causes the a first detection means for prohibiting a signal from an input key from being input to the data processing means and allowing the second gate means to input a signal from the input key to the calling means; When the calling means detects a ringing tone for the called party, the first gate means allows the signal from the input key to be input to the data processing means, and the second gate means allows the signal from the input key to be input to the data processing means. and second detection means for prohibiting a signal from a key from being input to the calling means.