JPS5826068B2 - cash teller machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement in a cash teller machine used for counter operations at banks, etc., and particularly to a method for controlling a storage means for storing transaction information for each person in charge of each transaction or for each time period. It is.

The cash teller machine used for conventional bank teller operations is configured as shown in Figure 1, and for each deposit of 10,000 yen, the amount is 5,000 yen in cash and 5,000 yen in check. If a deposit transaction occurs, the operator first inputs [N] using the input means 1 for inputting numerical information such as amount, number, quantity, etc.
1"O■ Group■ is keyed in, and the amount information of 10,000 yen is calculated or transferred through the key encoder 2, which converts the numerical information from the input means 1 into binary information. However, it is input to the arithmetic processing section 3.

The next operator is the denomination key for inputting the denomination of cash, checks, etc., the deposit/withdrawal key for instructing transactions such as deposits and withdrawals, and the operations for ordinary deposits, current accounts, time deposits, etc. A subject key for entering the type, a print instruction key for instructing printing of transaction information on a slip or journal paper, etc., a withdrawal end key for instructing the end of one transaction, and a settlement key for instructing the settlement of one day's transactions, etc. Press the deposit key in function key group 4 that includes
Through the key determination means 5 which determines which key is pressed, an instruction is sent to the arithmetic processing section 3 that it is a deposit process, and the amount information of the arithmetic processing section 3 of 10,000 yen is sent as one deposit information. It is stored in the primary storage unit 6 that stores transaction information.

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

Furthermore, the operator presses the check key in the function key group 4 to instruct the arithmetic processing section 3 that the previously input amount information is a check via the key discrimination means 5, and also stores the amount information in the primary storage section. 6 in a predetermined storage area.

In addition, the operator inputs the details (cash) of the 10,000 yen deposit process using the input means 1, and presses the key encoder 2 as described above.
The data is input to the arithmetic processing section 3 via.

Next, the operator presses the cash key in the function key group 4 to instruct the arithmetic processing section 3 via the key discrimination means 5 that the amount information input earlier is cash, and also stores the amount information in the primary storage section 6. is stored in a predetermined storage area.

When the predetermined manual operation is completed in this way, the operator presses a key in the function key group 4 that instructs the end of one transaction, and the key discrimination means 5 sends the arithmetic processing unit 3 to the key that instructs the end of one transaction. instruct.

In response to this one transaction termination instruction, the arithmetic processing section 3 checks whether the deposited amount stored in the primary storage section 6 and the total amount of the details match, and if they match, the processing section 3 sends the information to the primary printing processing section 7. A memo IJN that inputs the storage information in the secondary storage section 6, prints it on journal paper in the printing section 8, and stores transaction information for each person in charge in the secondary storage section 10 in the secondary update processing section 9. Deposit information up to the previous transaction A1 Check report C1 Cumulative value of cash report and current deposit information 10,000 yen,
The check information of 5,000 yen and the cash information of 5,000 yen are added, and the addition results are stored again in the respective storage areas A, C, and D of the memo IJN.

Similarly, Memo I stores the total transaction information for the day.
Deposit information Δ′ of JM's previous transactions, check information C
', the cumulative value of cash information D', the current deposit information of 10,000 yen, the check information of 5,000 yen, and the cash information of 5,000 yen, and the addition results are again stored in each storage area A' of the memo IJM. Store in C', D'□.

In addition, the above memo IJN contains transaction information a,
b, c, and d are stored for each transaction, and the memo IJM is configured to store the total transaction information for one day, a + b + c + d, for each transaction.

(The above ab, c, and d indicate the cumulative total of transaction information for each person in charge.

) One transaction process is completed as described above, but if all operators wish to issue a slip for this transaction, they insert the slip into the printing unit 8 and instruct the function key group 4 to issue the slip. By pressing the key, the instruction signal is given to the arithmetic processing section 3 via the key discrimination means 5, and the stored information in the secondary storage section 6 is printed on the slip by the printing section 8 via the primary printing processing section 7. do.

The storage contents of the primary storage section 6 are configured to be cleared at the start signal of the next transaction, and the storage contents of the memo IJN of the secondary storage section 10 are cleared when the person in charge of handling the device is replaced. The memo IJN is cleared when the readout of the financial information is completed, and the memory contents of the memo IJM are configured to be cleared when the day's transactions are completed and settlement is completed.

Further, the contents of the memo IJN-M in the secondary storage section 10 are printed on a payment sheet or journal paper by the printing section 8 via the secondary printing processing section 11.

In conventional cash teller machines such as those mentioned above, all transaction information is normally stored in a memo IJM-N, and when the person in charge of handling the device is replaced, all the stored contents of the memo IJH are printed on journal paper or the like. , checking the transaction information handled by the person in charge.

However, depending on the bank, etc., it is not necessary to store all transaction information in the memory N as described above, and it is only necessary for each person in charge to obtain specific transaction information, and other transaction information is stored in the memory N. In some cases, it may be sufficient to store the information only in the memo IJM that stores the information.

However, in conventional cash teller machines, as mentioned above, the memo IJ
Since the method of writing information to N is generally fixed at the manufacturing stage based on the manufacturer's or user's requests, the design of the device must be changed to meet the needs of each bank, as the transaction processing differs between banks. I had to.

Therefore, in order to eliminate the above-mentioned conventional problems, the present invention allows each transaction key in a group of function keys to be preset with a report indicating whether or not to add each transaction report to the memo IJN. When adding each transaction report to the memory N, refer to the preset report, and also when printing the memorandum contents of the memo IJN on journal paper, etc. when the person in charge of handling the device changes. The purpose is to refer to the preset information.

The present invention will be explained in detail below with reference to the drawings.

FIG. 2 is a diagram showing a block configuration of a cash teller machine using the present invention, and FIG. 3 is a diagram showing a specific circuit configuration of the control section 12 shown in FIG. 2 according to the present invention.

In addition, in FIGS. 2 and 3, the same parts as in FIG. 1 are indicated with the same reference numerals.

When a cash teller machine using the present invention is used to perform counter operations at a bank, etc., it is necessary to check whether each transaction report is added to the memo IJN in the secondary storage unit 10 in accordance with the transaction processing of the bank. It must be preset to each bow key in function key group 4.

If this bank were to add transaction information to the memo IJN only when the deposit key and withdrawal key are pressed, the operator would first press the function key to put the device into preset mode. The figure key 14 of group 4 is pressed to introduce a high level signal TI Hjl to the input terminals of the AND gates 15, 16, 17, and 18.

Next, the operator presses the numerical key ■ of the input means 1 and the figure key 19 of the function key group 4 at the same time to enter the AND gate 2.
0, 21, 22, and 23 are in operation, a high level signal tl HII is derived from the output terminal of each AND gate 20921, 22, and 23, and the AND gates 15, 16,
17 and 18 are made operational.

In this state, AND gates 15, 16, 1γ are set.

18, the operator presses the big ≧ key 24, inputs the higher level signal 11 HP+ from the AND gate 15 to the AND gate 32 via the deposit key detection means 28, and operates the AND gate 32. Note as condition IJN
Press the numeric key field for Clearance II 191, which instructs the addition of the clearing deposit report to the deposit clearing memory area A, and select OR Gate 3.
6. Preset in the storage means 40 via the AND gate 32.

Similarly, the operator presses the withdrawal key 25, and the AND gate 16 outputs a high level signal "H" through the withdrawal key detection means 29.
Input " into the AND gate 33, set the AND gate 33 to the operating state, press the numeric key country, and enter the OR gate 37.
, the memo IJ is stored in the storage means 41 via the AND gate 33.
Preset the update information ゛1゛ that instructs to add the withdrawal information to area B where N withdrawal information is stored.

Further, the operator presses the check key 26, and the high level signal 1 is output from the AND gate 17 via the check key detection means 30.
H" is input to the AND gate 34, and the AND gate 34
is in the operating state, presses the numeric key ``3'' to prohibit the addition of the check report to the area C of the memory N where the check report is stored, and stores the check report in the memory means 42 via the OR gate 38 and the AND gate 34. Preset to .

Similarly, the operator presses the cash key 27 and inputs a high level signal 2H" from the AND gate 18 to the AND gate 35 via the cash key detection means 31.
Set to operating state, suppress numeric key ■, or gate 3
9. Memo IJ to storage means 43 via AND gate 35
A clearing information 'X3' is preset that prohibits the addition of cash reporting to area D that stores N cash reporting.

Thereafter, the same operation as above is performed for each transaction key to preset whether or not to add the transaction report to the memo IJN.

As described above, the operator presets the presence/absence of transaction report addition to the memo IJN in the device, and then turns the figure key 14 to the OFF state to cancel the preset mode.

Next, the operator performs the following transaction processing in the normal registration mode.

Now, if a cash teller machine that utilizes the present invention is used to process a deposit of 10,000 yen for a person in charge, which consists of 5,000 yen in checks and 5,000 yen in cash, the operator must first do the following: From the input means 1, key-in [Nl■[][Q]l] to input the final amount of 10,000 yen to the arithmetic processing unit 3 via the key encoder 2.

Next, the operator presses the deposit key 24 of the function key group 4, and instructs the arithmetic processing section 3 to make a deposit through the key discrimination means 5, and also reports the amount of 10,000 yen to the arithmetic processing section 3. Yen is stored in the primary storage unit 6 as a deposit information.

Next, the operator reports the details of the 10,000 yen deposit process (cheque report).
is input from the input means 1 as ■group■dan, and is input to the arithmetic processing section 3 via the key encoder 2 as described above.

Furthermore, the operator presses the check key 26 in function key group 4.
of.

The key is pressed to instruct the arithmetic processing section 3 via the key discriminating means 5 that the amount information previously inputted is a check, and the amount information is stored in a predetermined storage area of the primary storage section 6.

Next, the operator inputs the details (cash) of the deposit process of 10,000 yen as ■[][]■ through the input means 1, and inputs it to the arithmetic processing section 3 via the key encoder 2 as described above.

Next, the operator presses the cash key 2 of function key group 4.
7 is pressed to instruct the arithmetic processing section 3 via the key discrimination means 5 that the amount information previously inputted is cash, and to store the amount information in a predetermined storage area of the primary storage section 6.

When the predetermined input operation is completed in this way, the operator presses one key 44 in the function key group 4 to instruct the end of the transaction.

When the key 44 instructing the end of one transaction is pressed, the AND gates 45, 46, 47, and 48 are activated, and the stored information stored in the storage means 40, 41, 42, and 43 is transferred to the corresponding AND gate. Through the gates 45, 46° 4γ, 48, a deposit clear information determining means 49, a withdrawal clear report determining means 50,
The information is input to a check information discriminating means 51 and a cash information discriminating means 52.

Information 1 inputted into the deposit report discriminating means 49 in this way
1" is determined to be a notification for instructing addition to the deposit information storage area A of the memo IJN, and a high level signal ``H'' is derived from the output terminal of the information discriminating means 49, and the AND gates 53 and 54
is ready for operation.

Similarly, the withdrawal information ``1'' inputted to the withdrawal information discriminating means 50 is also determined to be information that instructs addition to the withdrawal information storage area B of the memo IJN, and the ant games 55 and 56 are similarly inputted to the withdrawal information information discriminating means 50. Make it operational.

On the other hand, the information "3" input to the check clearing information discriminating means 51 and the cash information discriminating means 52 is determined to be information that prohibits addition to the check clearing information storage area C1 and the cash clearing information storage area D of the memo IJN. A low level signal "L" is output from the output terminal of the information discrimination means, and the AND gates 57, 58,
59 and 60 are prohibited.

Further, when the key 44 instructing the termination of one transaction is pressed, the arithmetic processing section 3 is instructed to terminate one transaction via the key discrimination means 5.

Based on this instruction, the arithmetic processing section 3 checks whether the deposited amount stored in the primary storage section 6 and the total amount of the details match, and if they match, the arithmetic processing section 3 sends the information to the primary printing processing section 7 from the above-mentioned secondary storage section. 6 is input and the printing unit 8 prints it on journal paper, and the secondary storage unit 10 memo IJM's deposit information A', check clearance C', and cash information D' are sent to the signal line 6.
1 to the secondary update processing unit 9 and the secondary storage unit 6
are added to each of the stored information in the secondary update processing section 9, and the addition result is stored again in the predetermined storage areas A', C', and D' of the memo IJM via the signal line 62.

At the same time, the deposit information A1, the check information C1, and the cash information in the memory N are input to the secondary update processing section 9 via the bus 63.
The secondary update processing section 9 adds the storage information of the secondary storage section 6 and the addition result to the control section 1 via the signal line 64.
However, only the deposit information A is inputted to the AND gates 53 to 60 of No. 2, but since only the Anto games 1-53 and 56 are in an operable state, only the deposit information A is inputted to the secondary storage section 10 via the AND gate 53.
Memo IJN is stored in storage area A.

As described above, check information and cash information are stored in the memo IJM of the secondary storage unit 10, but are not stored in the memo IJN unless the preset "ft information" is set to 11.

One transaction is completed as described above, but if you wish to issue a slip for this transaction, insert the slip into the printing section 8 as before, press the slip issue key in function key group 4, and then write the slip into the primary memory. The stored information in section 6 is printed on the slip.

In this way, when the operator completes various transaction processing and is replaced by operator B, the operator clears the memory of the memo IJN required by the bank etc. of the transaction information of the operator. By pressing a specific key 65, the AND gate 6
AND gates 66 to 69 with 6 to 70 in operable state
The information stored in the storage means 40 to 43 is input to the information determination means 49 to 52 for each transaction, and the same judgment as described above is made, and the information is transferred from the signal line 71 via the AND gates 54 and 55 to the AND gate 70. The deposit information A1 and the withdrawal information B of the memo IJN are printed on journal paper by the print unit 8 via the print control unit 11.

Upon completion of this operation, the memory information in the memo IJN is cleared.

With the equipment in this state, the operator changes from Party A to Party B.

Furthermore, when the day's transactions are completed, the contents of the memo IJM in the secondary storage section 10 are inputted to the secondary printing control section 11 via the signal line 61 by the settlement signal given from the function key group 4, and then printed. In section 8, the information is printed on journal paper or a settlement sheet.

In the above-mentioned embodiment, only a cash teller machine used for counter operations at a bank, etc. was described in detail, but the present invention is not limited to the embodiment, and the present invention is not limited to the embodiment, but can be applied to an electronic device such as an electronic register etc. By introducing the IJM1N concept, more distinctive electronic devices can be obtained.

The present invention can also be applied to CPUs and ROMRAMs that are currently widely used.
It can be used more effectively by using a microprocessor that uses .

As described above, according to the present invention, the secondary storage unit stores the contents of the primary storage unit in response to the detection of a match between the sum of the denomination-specific amount report and the sum of the item amount report in the primary storage unit. comprising a first storage means whose memory contents are cleared in response to a change in the person in charge or an operation of reading the stored cumulative data at a predetermined time interval; and a second storage means whose memory contents are cleared when the day's settlement is completed; Since the user can arbitrarily preset whether or not to add each transaction information to this first storage means in accordance with various transaction keys, it is possible to efficiently accumulate the information requested by each user. At the same time, it is possible to provide versatility in the operation of adding each transaction report to the first storage means, and as a result, it is possible to provide a very useful cash teller machine.

[Brief explanation of drawings]

FIG. 1 is a diagram showing a block configuration of a conventional cash teller machine, FIG. 2 is a diagram showing a block configuration of a cash teller machine using the present invention, and FIG. 3 is a diagram showing the control of FIG. 2 according to the present invention. Part 12
FIG. 2 is a diagram showing a specific circuit configuration. 1... Input means, 3... Arithmetic processing section,
4... A group of function keys, 5...
Key determination means, 6... Primary storage section, 8...
...Printing section, 9...Secondary update processing section, 10...
...Secondary storage unit, 11...Secondary print processing unit, 12...Control unit, M...Memory for storing the total daily report. N...Memory for storing information for each person in charge or for each time period, 61 to 64.
71...Signal line, 24-27...Each transaction key, 28-31...Key detection means, 15
～18・20～23・32～35・・・And gate, 36～39・・・Or gate, 40～43
...Storage means, 49-52... Breaking news discrimination means, 45-48, 66-69...53-6
0.70...and gate, 44...
A key for instructing the end of one transaction, 65... A specific key to be pressed when changing the person in charge.

Claims (1)

[Scope of Claims] 1. Input means for inputting numerical information such as amounts, denomination keys for cash, checks, etc., item keys for inputting business types such as ordinary deposits and current accounts, and input means for inputting deposit or withdrawal transactions. a group of function keys each having a key for each transaction including an instruction key; an arithmetic processing unit that calculates or transfers the numerical information inputted from the input means according to the instructions of the function keys; and a numerical value input or processed. an output device for outputting information; a primary storage unit that temporarily stores amount information by denomination of cash, check, etc. and amount information by item for one customer until the end of the customer's transaction; and the secondary storage. A device that detects a match between the sum of the amount information by denomination and the sum of the amount information by item;
a first storage means that stores various cumulative data such as check totals, and whose stored contents are cleared in response to a change in transaction person or an operation to read the stored cumulative data at predetermined time intervals; A secondary storage system that stores various cumulative data such as withdrawal totals and check totals and is cleared when the day's settlement is completed.
Detection of coincidence between the second storage unit and the second storage unit (in response, the content of the second storage unit is transferred to the second storage unit of the secondary storage unit (this cumulative addition) a presettable storage element provided corresponding to each transaction-specific key; and a preset state of the storage element to store the contents of the next storage unit in response to detection of a match in the next storage unit. A cash teller machine comprising: a device for controlling an operation of cumulatively adding the total amount of data to the contents of the first storage means of the secondary storage section.