JPS59168575A - Certificate printing method for teller's machine - Google Patents

Abstract

PURPOSE:To perform the personal certificate printing, etc. with plural transactions for a teller's machine just by changing the operating procedure of keys with which the inputs and then collations are all through within a range of a prescribed number of transactions. CONSTITUTION:For processing of a teller's machine, either one of item keys 11 is indicated and fed. Thus the corresponding flag is set. Then the numerical value fed by a ten-key 19 is displayed to a display 2, and the data is transferred to the corresponding slip register with input of a (+) key 16 to receive the collation and the addition processing through a subtotal buffer. With operation of an (=) key 17, the added data is displayed when the transaction flag is kept on. When transaction keys for reception and payment of amount, etc. are operated, an addition is performed for an item buffer. Then the corresponding additon is carried out with operation of a transaction sorting key 12 and a cash type key 13. The propriety for certificate printing is decided in accordance with insertion of a slip.

Description

DETAILED DESCRIPTION OF THE INVENTION Technical Field of the Invention The present invention relates to an improvement of an authentication printing method in a teller's machine used in financial institutions such as banks.

Technical background of the invention and its problems; Traditionally, financial institutions such as banks have used teller's machines to enter the details of each deposit or withdrawal slip, calculate the total, and compare it with the slip. The transaction is authenticated by machine printing the transaction details and the total amount or only the total amount on this slip.

Incidentally, in recent years, operations at banks and the like have become more and more diverse. That is, in order to provide detailed services to customers visiting a business store, it is increasingly common for a single customer to conduct multiple transactions. for example,
Examples of such cases include when one customer withdraws a portion of his savings account and puts it into a time deposit, or when one customer brings deposits for several people and deposits them in cash all at once. In such a case, multiple slips are generated for each customer, and each of these slips requires machine authentication printing. Another □ example is when a bank's sales representative visits a trading store, collects the sales proceeds from the previous day, the day before the previous day, etc. during a consecutive holiday, and takes the money back to the bank to deposit. It is necessary to create a deposit slip for each day, and the bank also needs to create a lump sum deposit slip for the total amount. Machine authentication printing is also required on each of these slips ((19 separate and total).However, in conventional teller's machines, the above two examples of authentication printing, namely machine authentication printing on individual slips and individual There was no machine that could perform any form of authentication printing, including machine authentication printing on both slips and total slips.

Purpose of the invention: Therefore, the present invention provides a system that, after inputting and verifying all transactions within a predetermined number of transactions,
The purpose of the present invention is to enable authentication printing to be performed continuously on the slips of these transactions, and also to perform authentication printing on the total slips of these multiple transactions by inputting simple instructions. .

Summary of the Invention: This invention relates to an authentication printing method in a teller's machine, and in particular, a numeric keypad for inputting numerical information such as amount and quantity, a function key for inputting an instruction to the category to which the numerical information belongs, and a method for inputting information using the numeric keypad. - a temporary storage unit that temporarily stores the calculation results of transactions; a printing device that mechanically prints the data in the temporary storage unit onto a slip; In the teller's machine, which has a main memory unit that aggregates and stores the results of each transaction every time the transaction is completed, a transaction key for inputting instructions for deposit or withdrawal, and an arbitrary number of transactions under a predetermined number, In addition to providing an addition key for instructing calculation of the total amount and a total key for instructing display of the addition result, -
A predetermined number of individual authentication buffer areas are provided to individually store the transaction details 9 total amounts, and a subtotal buffer area is provided to store the details of each transaction below this predetermined number and the total amount of the transactions. , by inputting instructions with the addition key, multiple transactions are individually stored in the individual authentication bar and fgamma area, and the total is added to the subtotal banfa area, and the total key is pressed before inputting instructions with the transaction key. This is a device that allows you to switch between

Embodiment of the invention; FIG. 1 is a block diagram showing an example of the configuration of a teller's machine for realizing the invention, which has a computer system (hereinafter simply referred to as CPU) 1 that controls the entire system, This CPU has a display 2 that displays various data and guidance, a printer 3 that prints out calculated data on a slip, and a ROM 4 that stores the control program for the CPt1l, each of which is connected to a pass line. etc. are connected via. The CI) also includes a keyboard lO for inputting data, commands, etc., - a main memory unit 20 that aggregates and stores the results of each transaction each time the transaction is completed;
- A temporary storage unit 30 that temporarily stores transaction calculation results is connected.

Here, an example of the key arrangement of the keyboard 10 is as shown in FIG. Separate (8)
A subject key 11 for inputting the transaction type of the transaction, a transaction classification key 12 for inputting the transaction type such as our store ticket, other store ticket, cash, etc., and a transaction classification key 12 for inputting the transaction type such as the 10,000 yen note or 100 yen coin. A denomination key 13 for input, a deposit key 14 for instructing deposit,
A withdrawal key 15 for instructing the withdrawal of a transaction, an addition "+" key 18 for instructing the calculation of the total amount, a total "=" key 17 for instructing the display of the addition result, and verification or authentication. Verification/authentication key for inputting instructions and 1 day.

Numeric keypad 18 for inputting numerical information such as amount and quantity
It is equipped with. In addition, the main storage section 20 and the temporary storage section 30 are respectively shown in FIGS. Separately, there is a subject withdrawal memory 22 that stores withdrawal data, a transaction deposit memory 23 that stores deposit data (including deposit totals) for each transaction category, and a transaction deposit memory 23 that stores withdrawal data (including withdrawal totals) for each transaction category. It is composed of a transaction withdrawal memory 24 for storing transactions and a denomination memory 25 for storing current balance data for each denomination. On the other hand, the temporary storage unit 3° is divided into a buffer area, an eight-way area for individual authentication, and a subtotal buffer area, and includes a clever deposit register 31 that stores deposit data by item and a withdrawal data by item. A subject withdrawal register 32, a transaction deposit register 33 that stores deposit data (including the total deposit) for each transaction category, and a transaction withdrawal register 34 that stores withdrawal data (including the total withdrawal) for each transaction category. , a denomination register 35 that stores data by denomination, and transaction slips (#1 to #
8o); a subtotal buffer 37 that performs data addition operations; and a verification buffer 38 that performs data verification.

The subject deposit memory 21 of the main storage section 2o and the subject deposit register 31 of the temporary storage section 30 correspond to each other, and similarly the subject withdrawal memory 2O, the subject withdrawal register 32, and the transaction deposit memory 23 correspond to each other. , transaction deposit register 33 , transaction withdrawal memory 24 , transaction withdrawal register 34 , denomination memory 25 and denomination register 35 correspond to each other, and interest deposit register 31 . Subject withdrawal register 32. Transaction deposit register 33. The transaction withdrawal register 34 and denomination register 35 are output from the slip buffer 36, respectively. The data are input to a subtotal buffer 37 and a verification buffer 38, respectively.

The operation of this configuration will be explained with reference to the flowcharts of FIGS. 4(A) and 4(B).

When the processing of the Teller's Machine starts, first it is determined whether any of the subject keys 11 is specified (step S2), and if any of the subject keys 11 is specified, the specified subject is selected. Turn on (set) the flag (step S3), wait for a numerical value to be input using the numeric keypad 18 (step S4), and when the numerical value is input, display this on the display 2 and reset all transaction flags. (Step S5). After this, or if the number i is not entered on the numeric keypad 18, it is determined whether the "+" key 18 has been input or not. Step S8). If the "+" key 16 has been input, " j flag is set, the data is transferred to the corresponding slip register in the transaction buffer 38, and addition processing is performed in the collation buffer 3B and subtotal buffer 37 (step S7), and whether or not the "=" key 17 is operated. Step S8), r
= If the J key 17 is operated, it is determined whether the corresponding transaction flag is turned on or not (step S8);
If the transaction flag is on, the data added by the subtotal buffer 37 is displayed on the display 2, and the process returns to step S2 (step S1). ±, “=” flag is set, “+” flag and transaction buffer 36
Please reset the corresponding slip register in Step 5.
10) Wait for either the deposit key 14 or the withdrawal key 15 to be operated (step 5I2).

Here, if the transaction key is operated, first it is determined whether the "+" flag is turned on (set) or not (step S+3), and if this "+" flag is turned on, the "+" flag is set. is reset, the corresponding transaction flag is set, and the data □ is added to the corresponding register of the item deposit register 31 (step 514). In addition, if the "+" flag is not turned on, "=" is added.
It is determined whether the flag is turned on (step S+5), and if this flag is turned on, the data in the subtotal buffer 37 is transferred to the transaction buffer 3e, and the "-" flag is reset. , further sets the corresponding transaction flag and adds the data to the corresponding register of the account deposit register 31 (step 81G).
). If the "=" flag is not turned on in step S15, the data is transferred to the corresponding slip register of the transaction buffer 36, the data is added to the account deposit register 31, and the data is transferred to the verification buffer 38 and the subtotal buffer. 37 data are also added (step 517).

Next, it is determined whether or not the transaction classification key 12 and the denomination key 13 have been operated respectively in step S+8.519.
), if neither key is operated, the process returns to step 2 above, but if the transaction classification key 12 is operated, transaction classification addition processing is performed, and total addition and verification subtraction (zero-bruf operation 3v) are performed, respectively. Performed using subtotal buffer 37 and collation buffer 38 (step 523)
. On the other hand, the transaction classification key 12 is not operated and the denomination key 1
3 is operated, the data of the denomination is added to the corresponding register of the denomination register 35, the cash deposit register number data of the transaction deposit register 33 is added, and the subtotal buffer 37 and verification/< The buffer 38 performs verification subtraction 1 total addition and verification subtraction (zero crepe operation) (step 525). Note that the same process occurs when the denomination key 13 is operated after step 923 (step 524).

After this, we wait for the verification/authentication key 18 to be operated (
Step 828), if no key 18 is input, wait for a numerical value to be input using the numeric keypad 18 (step 520), and when a numerical value is input, display the digit data on the display 2 (step 521) , it is determined whether or not the transaction classification key 12 is operated (step 52).
2). Further, when the stamp 26 verification/authentication key 18 is operated, the verification bar 3B checks the O-proof (step 527), and if the O-proof is not OK, an error process is performed (step 528). ). If the zero proof is OK, the system waits for the slip to be inserted into the printer 3 (step 528), and when the slip is inserted, an authentication print is performed (step 530). After the authentication printing, it is determined whether or not the counter for inserting the slip has been counted as 1 (step 531). When the slip has been counted, the data stored in the temporary storage section 30 is The step 5 is added to the corresponding memory of the main memory section 20.
32), After this, it is determined whether the double authentication flag is turned on and 0 or distortion). In step 533), if the flag is not turned on, double authentication is required and the transaction ends because the value is 1/1. becomes. Furthermore, if the double authentication flag is turned on, double authentication printing will be performed after the slip is further inserted into the printer 3 (steps S34 and 535).
).

Next, the operation will be explained using a specific example of an actual transaction.

■ , Company' L - Our company's money i) 1st slip Total deposit amount...123,000
Yen 1i) 2nd slip Total deposit amount...84,00
0 yen 1ii) 3rd slip Total deposit amount...185
,000 yen-・Cash details- Cash 10,000 yen note...2flO,000 yen 1,000 yen note・
・・12,000 yen Our store ticket-----50,000 yenIf one customer brings the above deposit to the bank, the following processing will be done. . In this case, it is a normal transaction, and the authentication is printed on each slip, but there is no need to create a total slip.

Since the transaction item for this transaction is current account, first press the item key 11 "current account" key, then press ``12'' on the numeric keypad 19.
When you input 3,000″, 123000 appears on display 2.
” is displayed. Then, when the “deposit” key 14 is pressed, the data [23
,000J is transferred and the account deposit register 31
The data is added to the item L register of , and the data is added to the subtotal buffer 3.
The same data is also added to 7 and the collation buffer 38. Next, input "84000" with the numeric keypad 18 and instruct the "deposit" key 14, and this data is similarly transferred to the slip 2 register of the transaction buffer γ 38, and the account l
This number data is also added to the register, and the subtotal buffer 3
7 and the verification buffer T38. Furthermore, if you enter "IEt5000" using the numeric keypad 18 and then press the "Deposit J" key 14, this entered number data will be transferred to the slip 3 register of the transaction buffer 38, and
Data is added to the item register of the item deposit register 31, and data is added to the subtotal buffer 37 and the verification buffer on the third day. Then, press the "=" key 17. The total data added to the subtotal buffer 37 so far is "372.
000'' is displayed on the display 2.

Next, use the numeric keypad 18 to select 28. OOO" and press the 10,000 J key on the denomination key + 3. By doing this, the data is added to the cash deposit register of the transaction deposit register 33, the deposit total register, and the 10,000 yen note register of the denomination register 35. At the same time, subtraction is performed in the collation buffer 38.Subsequently, the same processing is performed by inputting 12000'' using the ten-key pad 18 and pressing the "thousand" key. Furthermore, input "50,000" using the numeric keypad 18 and press the "correct" key of the transaction classification key 12. As a result, the data is added to the store ticket deposit register and the deposit total register of the transaction deposit register 33, respectively. Then, on the numeric keypad 19”
Enter "50,000" and select "Others" in classification key 12.
When the key is pressed, data is added to the other store ticket l deposit register and the deposit total register of the transaction deposit register 33, and subtraction is performed in the collation buffer 38. Here, when the verification/authentication key 18 is pressed, a 0-proof calculation is executed in the verification buffer 738, and if the 0-proof is OK, the display 2 shows "0"° and the slip is inserted into the printer 3. By doing so, the initial deposit total “185,
The authentication printing of the slip 3 with "000" printed is performed, and by inserting the next slip, the total deposit amount is "84,00".
Slip 2 with 0°° printed is authenticated, and by inserting the next slip, the total deposit amount is 123,000.
'' is printed on the slip 1, and after the authentication printing is completed, the data in the main storage section 2o will be updated.

1. Next, when the sales representative receives the deposit from the same customer and brings it back to the bank, the process is as follows. In this case, the following totaling slips must also be prepared for the bank:

LL''■u is Total deposit amount: 372,000 yen In this case, first press the ``Current L'' key on item key 11, enter 123 (100'' on numeric keypad 18, and press r+J key 18.This will open the transaction buffer. Data r12G, 000J is transferred to No. 36 slip register, and
Data is added to the subtotal buffer 37 and the collation buffer 38, respectively. Then press 1θ on the numeric keypad to 84, . 0
(Input ``to'' and press the ``10'' key 16.
This number data is transferred to the evening slip 2 register, and the data is added to the subtotal buffer, a 37, and the collation buffer 3, respectively. Similarly, 195 with numeric keypad 18,
By entering 000″ and pressing r+J key 16,
This number data is transferred to the slip 3 register, and
Data is added to the subtotal buffer 37 and the collation/<tuff buffer 38, respectively. After that, by pressing the "Enter" key 14, the total data r stored in the subtotal buffer 37 is
372,000 J is transferred to the transaction bar, 7a 38 (7) slip 4 register, and the data is added to the account register of the account deposit register 31.

Next, by pressing the "=" key 1'7, the data added to the subtotal buffer 37 so far, that is, "372.0
00'' is displayed on the display 2. Hereinafter, '2e,
The deposit processing for each transaction category is the same as the above-mentioned case, and the 0-proof calculation is executed when the verification/authentication key 18 is pressed. Then, as in the case described above, the authentication printing of slip 3, the authentication printing of slip 2, and the authentication printing of slip 1 are sequentially executed, and in this case, the total slip is further printed. When the fourth slip is inserted into the printer 3, 372,000'' stored in the slip 4 register of the transaction buffer 38 is read and printed to authenticate the total slip.

As a result, the total deposit amount "372,000 yen" can be printed on the slip.

■Finally, unlike the above two examples, one customer deposits money into the account: 1 other store ticket, 123,000 yen, 11 other store tickets, 114,000 yen, 21 other store tickets ,,,
, 185,000 yen, and present them at a bank counter. In this case, the clerk performs the following operations in addition to calculating the total deposit amount.

That is, press the "Temporary l" key in subject key 11,
Use the numeric keypad 19 to enter 123,00 (1" and press "+"
By pressing key 1B, the data is transferred to the slip l register, and the subtotal buffer 37 and collation buffer 38 are
Add data to . Next, use the numeric keypad 19 to select “84000”
” and press the “+” key 18.
Transfer the data to the register and the subtotal buffer 3
7 and collation buffer 38, and then enter "185000" using the numeric keypad 19 and press "+".
By pressing the key 18, this number data is transferred to the slip 3 register, and the data is similarly added to the subtotal back γ 37 and the collation buffer 38.

Thereafter, by pressing the r=J key 17, "372,000" is displayed on the display 2, and the slip 1 to slip 3 registers are stored in the cleanliness, subtotal bar, and affer 37.

Display data r372,000 J
displayed on the screen. Therefore, display 2 displays "372,0
00'' is displayed. Thereafter, by pressing the ``deposit'' key 14, one piece of data in the subtotal buffer 37 is transferred to the slip l register of the transaction buffer 36, and the data is added to the account register.

Below, after inputting 123,000” using the numeric keypad 18,
Press the "Yes" key, then input "84,000" using the numeric keypad, then press the "Other" key. Furthermore, numeric keypad 18
By inputting "185,000" and then instructing the "Other 2" key, "123,0" will be entered in our store's ticket deposit register.
00'', 84,000'' will be added to the 1-person cash register for the other store ticket, and 185,000'' will be added to the 2-person cash register for the other store ticket. Then, when the verification/authentication key 18 is pressed, 0
Executing the proof calculation, waiting for the slip to be inserted, and then performing the authentication printing is the same as in the case described above.

As described above, according to the present invention, by using only the key provided in the conventional teller's machine and changing the operating procedure, individual authentication printing or individual authentication printing for multiple transactions and the total of these transactions can be performed. It has the advantage of being able to perform both authentication printing on slips and being easy to operate.

[Brief explanation of the drawing]

PIS 1 is a block diagram showing a configuration example of the teller's machine in this invention, FIG. 2 is a diagram showing an example of the key arrangement of the keyboard of the teller's machine used in this invention, and FIG.
4A is a diagram showing the contents of the main storage section, FIG. 4B is a diagram showing an example of the contents of the temporary storage section, and FIGS. 4A and 4E are flowcharts showing processing examples of the present invention. l... CPU (computer system), 2... display, 3... printer, 4... ROM,
10...keyboard, 11...subject key, 12...
・Transaction classification key, 13...Denomination key, 14...Deposit key, 15...Withdrawal key, 18..."+" key, 1
7... "=" key, 18... Verification/authentication key, 19
... Numeric keypad, 20... Main memory section, 30... Temporary memory section. Applicant's agent Yuzo Yasugata

Claims (1)

[Claims] A numeric keypad for inputting numerical information such as amount and quantity, a function key for inputting an instruction on the classification of the numerical information, and arithmetic processing for calculating and transmitting the numerical information input by the numeric keypad according to instructions from the function keys. - a temporary storage section that temporarily stores the calculation results of the transaction; a printing device that mechanically prints the data stored in the temporary storage section on the slip; - a main memory that stores the total transaction results each time the transaction is completed. In the Teller's Machine, which has a transaction key for inputting instructions for deposits or withdrawals, and a power calculation for instructing calculation of the total amount of any number of transactions under a predetermined number of positions. and a total key for instructing display of addition results, and the temporary storage section includes the predetermined number of individual authentication buffer areas for individually storing two total amounts of transaction details. and a subtotal buffer area for cumulatively storing the details of each transaction below the predetermined number and the total amount of the withdrawal 1, and a plurality of transactions are individually stored in the individual authentication buffer area by inputting an instruction using the addition key. At the same time, the total is added to the subtotal buffer area, and whether or not to print the total amount at once is switched depending on whether the total key is pressed or not before inputting the instruction of the transaction key. An authentication printing method for a teller's machine, which is characterized by: