JPS5826067B2 - cash machine - Google Patents

Description

[Detailed Description of the Invention] The present invention provides an electronic device with a versatile slip issuing function;
That is, it relates to a cash teller machine.

The configuration of a conventional cash teller machine is as shown in Figure 1, in which an input means 1 for inputting numerical information such as amount, number, quantity, etc.
is connected to a key encoder 2 that converts this numerical information into binary information, and this key encoder 2 is further connected to an arithmetic unit 3 that performs calculations or transfers of the numerical information.

Additionally, there is a denomination key for entering the denomination of cash, checks, etc., a prisoner key/country key that is entered at the end of deposit/withdrawal transactions, and a subject for entering the type of business such as ordinary deposits, current accounts, time deposits, etc. A group of function keys 4 including print instruction keys for instructing printing on slips or journals are connected to key discrimination means 5 for discriminating which of these keys has been pressed, and this key discrimination means 5 further includes: It is connected to the arithmetic unit 3.

The calculation unit 3 is connected to a primary storage unit 6 that temporarily stores information on one transaction, and this primary storage unit 6 is connected to a primary printing processing unit 8 for printing transaction information for each transaction by a printing unit 7, and each If the deposit or withdrawal amount of the transaction and the total amount of its details (cash, check, etc.) match, the storage information in the primary storage section 6 and the storage information in the secondary storage section 9 that stores the cumulative total of each transaction are stored. It is connected to a secondary update processing unit 10 that adds the sum and stores the addition result in the secondary storage unit 9.

Further, the secondary storage section 9 is connected to a secondary printing processing section 11 for printing the stored contents of the storage section 9, and this secondary printing processing section 11 is further connected to the printing section 7.

A detection section 12 is connected to the printing section 7 to detect the insertion state of the slip.

Now, if we use a conventional cash teller machine like this to process a deposit of 10,000 yen, which consists of 5,000 yen in checks and 5,000 yen in cash, and create a deposit slip, the operator would: First, the user inputs the key [[][]jl■ from the input means 1, and inputs amount information of 10,000 yen to the calculation unit 3 via the key encoder 2.

Next, the operator presses a key in function key group 4 that instructs deposit, and via key discrimination means 5 instructs the calculation section 3 that the deposit is to be processed, and the amount information of the calculation section 3 is 10,000 yen. is stored in the primary storage unit 6 as deposit information.

Next, the operator details the 10,000 yen deposit process (check information)
is inputted from the input means 1 as ``dankai times'', and is inputted to the calculation section 3 via the key encoder 2 in the same manner as described above.

Furthermore, the operator presses a key in the function key group 4 that instructs a check, and via the key discrimination means 5 instructs the arithmetic unit 3 that the amount information previously input is a check, and also inputs the amount information as a primary. It is stored in a predetermined storage area of the storage unit 6.

Furthermore, the operator inputs the details (cash) of the 10,000 yen deposit process using the input means 1 as ``four times■'', and presses the key encoder 2 in the same manner as above.
It is input to the calculation unit 3 via.

Next, the operator presses the key in the function key group 4 that indicates cash, and via the key discrimination means 5, the operator instructs the calculation unit 3 that the amount information input earlier is cash, and also displays the amount information. It is stored in a predetermined memorization area of the primary storage unit 6.

When the predetermined input operation is completed in this way, the operator presses a key (prior key) instructing the end of one transaction in the function key group 4,
instruct the person to terminate the transaction.

The calculation unit 3 checks whether the deposited amount stored in the primary storage unit 6 and the total amount of the details match based on the instruction to end this one transaction, and if they match, the primary print processing unit 8 prints the above-mentioned - Next, input the stored information in the storage section 6, and
In addition to printing on journal paper, the secondary update processing unit 10
The storage information of the secondary storage section 9 and the storage information of the secondary storage section 6 are added, and the addition result is stored in the secondary storage section 9.

One transaction process is completed as described above,
If the cashier wants to issue a slip for this transaction, he inserts the slip into the printing unit 7, operates the slip insertion detection means 12,
By pressing the key in the function key group 4 that instructs to issue a slip, the instruction signal is given to the calculation section 3 via the key discrimination means 5, and the stored information in the secondary storage section 6 is transferred to the primary print processing section. The printing section 7 prints on the slip via the printing section 8.

The memory contents of the primary memory section 6 are configured to be cleared by the start signal of the next transaction, and the memory contents of the secondary memory section 9 are cleared by the function module group 4 when the day's transactions are completed. Printing is performed by the printing section 7 via the secondary printing processing section 11 in response to the payment signal received.

By the way, the above-mentioned operating methods for processing receipts or issuing slips for conventional cash teller machines are generally fixed at the manufacturing stage due to the requests of manufacturers or users. Differences in transaction processing or slip issuance methods between banks or shops, or changes in transaction processing or slip issuance methods within a bank, will be adjusted according to individual banks/shops or changes to new transaction processing or slip issuance methods. The cash machine had to be redesigned.

In other words, it is necessary to manufacture individual cash registers according to the user's requests, which results in a large number of models being produced in small quantities, which is extremely disadvantageous in terms of productivity and cost.

In view of the above-mentioned conventional problems, in order to provide versatility in the slip issuing operation, the present invention has been devised to detect the state of the detection means for detecting whether or not a slip has been inserted into the printing section at the time of issuing a slip for each transaction key. This type of cash teller machine is suitable for mass production because information that instructs judgment can be preset, and by simply changing the preset state without changing the design of the cash teller machine itself, the machine can meet the user's needs. I will provide a.

FIG. 2 shows a block configuration diagram of the present invention.
It has a configuration with the addition of.

The same parts as in FIG. 1 are indicated by the same reference numerals.

Note that the specific circuit configuration of the slip issuance control section 13 is as shown in FIG.

To explain the present invention according to FIGS. 2 and 3, first, when issuing a slip using a cash teller machine using the present invention, the operator must select the function key group 4 depending on the method of issuing slips at the bank, etc. It is necessary to preset information on whether or not to determine the state of the detection means 12 that detects the insertion state of a slip into the printing unit 7 when issuing a slip to a desired transaction key.

This preset operation will be explained.

Now, suppose that information for determining the state of the detection means 12 is preset in the deposit key 14 for deposit processing and the withdrawal key 15 for withdrawal processing in the function key group 4, and conversely, the check key for check processing is preset. 16 and other keys 17 for other processes. Taking the case of presetting nucleation without determining the state of the detection means 12 as an example, the operator first presses the figure key to put the device into the preset mode. Then, a high level signal "H" is introduced into one input terminal of the AND gates 18, 19, 20, and 21.

Next, the operator presses the numerical key ■ and the function key field to put the AND gates 22, 23, 24, and 25 into operation, and outputs a high level signal 2H" from the output terminal of each AND gate 22, 23, 24, and 25. The AND gates 18, 19, 20, and 21 are made operable.

In this state, Antogame-1-18, 19, 20゜21
is set, the operator presses the ward I key 14 and inputs a high level signal "H" from the AND gate 18 to the AND gate 30 via the deposit key detection means 26, thereby setting the AND gate 30 in the operating state. , detection means 1 when issuing a slip.
The information 12'' instructing the judgment of the state No. 2 is preset in the storage means 38 via the OR gate 34 and the AND gate 30 by pressing the numerical key ■.

Similarly, the operator presses the Sohen key 15 and receives a high level signal 1H from the AND gate 19 via the withdrawal key detection means 27.
" is input to the AND gate 31, the AND gate 31 is activated, the numerical key ■ is pressed, and the OR gate 35
．． Information 12'' for instructing determination of the state of the detection means 12 when issuing a slip is preset in the storage means 39 via the AND gate 31.

Furthermore, the operator presses the check key 16, and the high level signal 1 is output from the AND gate 20 via the check key detection means 28.
H" is input to the AND gate 32, and the AND gate 32
is the operating state, and press the numeric key country for information 11" that does not instruct judgment of the state of the detection means 12 when issuing a slip,
Storage means 4 via or gate 36 and gate 32
Preset to 0.

Similarly, the operator presses the other key 17 and inputs a high level signal "H" from the AND gate 21 to the AND gate 33 via the other key detecting means 29 to put the AND gate 33 into an operating state and set the numerical value Information 11 that does not indicate the state of the detection means 12 when issuing a slip to the storage means 41 via the OR gate 37 and AND gate 33 by pressing the key country
“Preset.

As described above, the operator presets in the device whether or not to determine the state of the detection means 12 when issuing a slip, and then turns the figure key off to cancel the preset mode.

Next, the operation is in the normal registration mode and the following transactions are performed.

Now, if we use a conventional cash teller machine like this to process a deposit of 10,000 yen, which consists of 5,000 yen in checks and 5,000 yen in cash, and create a deposit slip, the operator would: First, key in Bg■■■ from input means 1, and
Amount information of 10,000 yen is input to the calculation unit 3 via the key encoder 2.

Next, the operator presses the key in the function key group 4 that instructs deposit, and via the key discrimination means 5 instructs the calculation section 3 that the deposit is to be processed, and also sends the deposit information of 10,000 yen to the calculation section 3. is stored in the primary storage unit 6 as deposit information.

Next, the operator details the 10,000 yen deposit process (check information)
is input as ■■[][] from the input means 1, and is inputted to the calculation unit 3 via the key encoder 2 as described above.

Furthermore, the operator presses a key in the function key group 4 that instructs a check, and via the key discrimination means 5 instructs the arithmetic unit 3 that the amount information previously input is a check, and also inputs the amount information as a primary. It is stored in a predetermined storage area of the storage unit 6.

Further, the operator inputs the details (cash) of the deposit process of 10,000 yen as ■[][][] from the input means 1, and inputs it to the calculation unit 3 via the key encoder 2 as described above.

Next, the operator presses the key in the function key group 4 that indicates cash, and via the key discrimination means 5, the operator instructs the calculation unit 3 that the amount information input earlier is cash, and also displays the amount information. It is stored in a predetermined storage area of the primary storage unit 6.

When the predetermined input operation is completed in this way, the operator presses one key in the function key group 4 that instructs the termination of the transaction, and instructs the calculation section 3 via the key discrimination means 5 to terminate the transaction.

The calculation unit 3 moves to the next storage unit 6 based on the instruction to end this one transaction.
It is checked whether the deposited amount stored in the storage unit and the total amount of the details match, and if they match, the stored information of the secondary storage unit 6 is input to the primary print processing unit 8, and the AND gate 42 is executed. The printing unit 7 prints the information on the journal paper, and the secondary update processing unit 10 updates the information stored in the secondary storage unit 9 with the information stored in the secondary storage unit 9.
The information stored in the secondary storage section 6 is added, and the addition result is stored in the secondary storage section 9.

Here, the AND gate 42 is set to be operable by the slip issuing key detection means 44 unless the slip issuing key 43 is pressed.

One transaction process is completed as described above,
If the joint venture creator wishes to issue a slip for this transaction, print section 7.
The slip is inserted into the slip, the slip insertion detection means 12 is operated, and the AND gates 45 and 46 are operated.

47.4B is made operational.

Subsequently, when the operator presses the slip issuing key 43, one input terminal of the AND gates 49, 50, 51, 52 becomes a high level signal "H".

By the way, since the current transaction is a deposit process, a high level signal "H" is also introduced to the other input terminal of the AND gate 49, and the AND gate 49 becomes operational, and the storage means 3
The stored information "2" of No. 8 is input to the information determining means 53 via the AND gate 49.

When the information '2'' is input to the information discriminating means 53, the information discriminating means 53 determines that it is information for determining the state of the detecting means 12, and outputs a high level signal from the first output terminal.
H" is input to the AND gate 57 via the AND gate 45 to enable the AND gate 57, and a low level signal "L" is derived from the second output of the information discriminating means 53 to output the AND gate 58. Prohibit operation.

When the AND gate 57 becomes operational, the information stored in the secondary storage section 6 is transferred to the printing section 7 via the primary print processing section 8 and the AND gate 57 to be printed on the slip along with a message from the bank, etc. By the way, if the detection means 12 does not detect the insertion of a slip, the AND gate 45 and the AND gate 57 are prohibited from operating, so that the information stored in the second storage section 6 is not printed on the slip or the journal paper.

Similarly, when the withdrawal transaction processing is completed, the operator presses the slip issuing key 43.
When is pressed, the stored information "'2" of the storage means 39 is input to the information determination means 54 via the AND gate 50.

When the information "2" is input to the information determining means 54, the AND gates 46 and 59 become operable and the operation of the AND gate 60 is prohibited, as described above.

When the AND gate 59 becomes operational, the internal withdrawal processing information stored in the primary storage section 6 is printed on the slip by the printing section 7 together with a message from the bank or the like.

Furthermore, when the check transaction processing is completed, the operator presses the slip issuing key 43.
When is pressed, the stored information 'X1' of the storage means 40 is input to the information discrimination means 55 via the AND gate 51.

When the information 11'' is input to the information determining means 55, the information determining means 55 determines that the information does not determine the state of the detecting means 12, and outputs a low level signal 1L'' from the first output terminal. output, inhibits the operation of the anime game 1-47, 61, and sends a high level signal "H" from the second output terminal.
is output, the AND gate 62 is activated, and the check transaction information in the primary storage section 6 is sent to the printing section 7 via the AND gate 62, if a slip has been inserted into the journal. Print.

Similarly, when the other transaction processing is completed and the operator presses the slip issuing key 43, the information is sent to the storage means 4 via the AND gate 52.
1 storage information "1" is input to the information determining means 56.

If the information "1" is input to the information discriminating means 56, the operation of the AND gates 48 and 63 is prohibited as described above, the AND gate 64 becomes operable, and other transaction information in the primary storage section 6 is changed to that of the AND gate. If a slip is inserted in the printing unit 7 via the printer 64, the printout is printed on the slip, and if no slip is inserted, it is printed on journal paper.

As mentioned above, in this embodiment, the slip issuing operation of a cash teller machine used for bank teller operations has been described in detail, but the present invention can also be applied to electronic devices such as electronic registers that perform slip issuing operations. Needless to say.

The present invention also applies to CPUs, ROMs, and RAs that are currently in general use.
It can be used more effectively if a microcomputer using M is used.

As described above, according to the present invention, information that instructs the user to determine the state of the detection means that detects that a slip has been inserted into the printing section when issuing a slip is placed in any key among the keys for each withdrawal type. can be preset, so for operations that require the issuance of slips, the operation of the printing unit is controlled by the slip insertion state, and for tasks that do not necessarily require the issuance of slips, slip printing or journal printing is performed regardless of the slip insertion state. This is an electronic device equipped with a very versatile slip issuing function that can efficiently perform the desired slip issuing processing work for each user's various transactions. can be provided.

[Brief explanation of the drawing]

Figure 1 is a block diagram showing the configuration of a conventional cash teller machine, Figure 2
The figure is a block diagram showing the structure of the cash teller machine of the present invention, and FIG. 3 is a diagram showing the specific structure of the slip issuing control section of the cash teller machine of the present invention. 1: Numerical information input means, 2: Key encoder, 3: Arithmetic unit, 4: Function key, 5: Key discrimination means, 6:
Temporary storage unit, 7: Print unit, 8 Primary print processing unit, 9: Secondary storage unit, 10: Secondary update processing unit, 11: Secondary print processing unit, 12: Detection unit, 13: Slip issue control unit .

Claims (1)

[Scope of Claims] 1. An input means for inputting numerical information such as an amount, and an instruction as to what kind of transaction information the numerical information input from the input means is, including a key for each transaction and a slip issuing key. a group of function keys, a calculation processing unit that calculates or transfers numerical information input from the input means according to instructions of the function keys, and a storage unit that stores calculation results of the calculation processing unit or transferred information; A printing section that prints this information on a journal or a slip, a slip insertion detection means that detects that a slip has been inserted into the printing section, and a presetable memory provided corresponding to each transaction key. a first means for inputting a signal corresponding to the slip issuing key into the printing section; and a first means for inputting a signal corresponding to the slip issuing key into the printing section in response to a detection output of the slip insertion detecting means. A cash teller machine comprising: a second means; and a control means for operating either the first means or the second means in response to a preset state of the storage element. 2. The second means activates a signal corresponding to the slip issuing key in response to the detection of slip insertion by the slip insertion detecting means, and activates a signal corresponding to the slip issuing key in response to non-detection of slip insertion. The cash teller machine according to claim 1, which is a gate means for prohibiting the above. 3. The control means operates the second means in response to the first preset state of the storage element, operates the printing section in response to the detection output of the slip insertion detection means, and operates the printing section in response to the first preset state of the storage element. 2. The cash teller machine according to claim 1, wherein the cash teller machine is a gate means for activating the first means and operating the printing section in response to the preset state of 2.