JPS6371770A - Cash register - Google Patents

Abstract

PURPOSE:To judge whether or not a check is registered after it is properly corrected, by making selection of a desired correction processing procedure possible out of previously set plural kinds of correction processing procedures. CONSTITUTION:This cash register is provided with a 1st storing means 28a which stores information related to money receiving and disbursing management at every management processing, 2nd storing means 28b in which plural kinds of processing procedures for correcting information stored in the 1st storing means 28a are stored, and means 26 for selecting one from the plural kinds of processing procedures. Therefore, when the operator of this cash register operates the selecting means 26, a desired correcting procedure can be designated out of the plural kinds of processing procedures. Namely, the control means 26 reads out the designated correction processing procedure stored in the 2nd storing means 28b and corrects the information related to money receiving and disbursing management stored in the 1st storing means 28a in accordance with the read-out procedure. Therefore, the operator of this cash register can appropriately make a desired correcting processing in corresponding to a money receiving and disbursing business content.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a cash teller machine used for dispensing and dispensing cash and securities, for example, in counter operations of financial institutions such as banks.

BACKGROUND OF THE INVENTION Conventionally, cash teller machines have been used at counters of financial institutions such as banks to handle cash, checks, and other securities. In such a cash teller machine, the registered amount and type of registered check are entered into a buffer memory. By the way, when a check is distributed from a teller to a designated person in charge at a financial institution, a registered and registered statement of the check is created, and the person in charge compares the circulated statement with the check. If the registered information is incorrect,
It is necessary to correct information that has already been registered. In such a case, conventionally, the information to be corrected (amount and type of check) is found from among the information stored in the buffer memory, the data is deleted, and new information is re-registered.

Problems to be Solved by the Invention In the above-mentioned prior art, even if you look at the written statement of a check created based on the corrected information, it is difficult to determine whether the check has been correctly corrected and registered. I can't make a decision.

An object of the present invention is to provide a cash teller machine that solves the above-mentioned technical problems and makes it easier by selecting a desired correction processing procedure from among a plurality of preset correction processing procedures. That's true.

Means for Solving the Discrepancies The present invention is a cash teller machine used for processing 11 tons of gold and securities, and provides information related to the processing at the teller's office F! ! a first storage means for storing information at each time; and a phase for correcting information stored in the first storage means! i: ff12 storage means in which a plurality of different types of processing procedures are stored; means for selecting one of the plurality of processing procedures; and fjS2 storage means in response to the output from the selection means. -1 in a coin teller machine, comprising means for reading out a correction processing procedure selected from the above, and controlling the correction processing to be performed in the storage chamber of the first storage means based on the correction processing procedure. be.

Effect According to the present invention, the repeater selects the selection means to select the multiple! ! It is possible to specify a desired correction process among the L types of correction process procedures. As a result, the control means reads the specified correction processing procedure stored in the second storage means, and based on the correction processing procedure, the control means performs 1513! information on the accounting process stored in the first storage means. Make corrections.

Therefore, the forger can perform correction processing as desired depending on the contents of the accounting business.

Embodiment FIG. 2 shows the operation unit 1 of the cash register 25 in an embodiment of the present invention.
FIG. The configuration of operation n1 will be explained with reference to FIG. The operation panel 1 has a group of numeric keys 2, which is a so-called numeric keypad, for inputting numerical information such as monetary amounts, numbers 1, numbers, etc., and a group 2 for inputting currency denominations such as 10,000 yen bills and 5-chi yen bills. A currency type key #3, a group of rank keys 4 for inputting the rank of checks, etc. to be handled, and a group of industry a type keys 5 for inputting the type of business such as ordinary deposits and checking deposits.
A group of operator keys 6 are used to input commands related to addition and subtraction, etc., and a number key 7 is displayed with the character "X" used when inputting unique data such as machine number, account number, date, etc., and transaction is deposited. 1 person to enter the key 8
and the "Payment" key 9 to input that the transaction is a withdrawal.
The "Change" key 10 is used to input a change transaction, the "Change" key 11 is used to input a currency exchange transaction, and the "Set Jjt-12" is used to input a slip printing command. A collation key 13 for collating individual gold data with total data, and a "type" key 14 for enabling the slip to be inserted into the printer 17, which is a printing means provided in the operation unit 1 when printing a slip. and printer 17
In the financial system, there is a "Paper Feed" key 15 for empty-feeding journal paper, which is a copy paper on the open side, and a "Subtotal" key 16 for printing the registered contents on the cash teller machine 25 at any given time. is provided. Further, 2J is provided on the selection key "K1" for selecting a correction processing procedure.

A display section 18 made of, for example, a liquid crystal display element is provided above the operation section 1 shown in the second diagram.
Displays the numerical values processed in 5.

In the vicinity of the display section 18, there is an indicator light 19 that flashes on the cash teller machine 25 to display operating states such as over 70- status, error status, (+) plus, (-) minus, etc.
at 19 b, 19 c, and 19 d (indicated collectively by reference numeral 19) are arranged.

Further, above the display section 18, a total switch 20 is provided for printing out the data registered and stored in the cash teller machine 25 at any time. When the printing is performed using the summation switch 20, the data registered and stored up to the point in time will be erased.A date switch 21 and a power switch 22 are provided alongside the summation switch 20.

These switches 20 to 22 are key switches,
It can be turned on and off only by a predetermined key.

FIG. 1 is a block diagram showing the electrical configuration of the cashier fi 15. The electrical configuration of the cash teller machine 25 will be described with reference to FIG. ff11. The cash teller machine 25 includes a control n26 that controls various operations, such as a microprocessor.

The control section 26 includes a human power section 27 including a group of numerical keys 2 in the four production sections 1, a display section 11, and a printer 17.
are connected respectively.

The control g26 also includes a fixed storage section 28 made up of a ROM (read-only memory) or the like, an occasional storage section 29 realized by a RAM (seven-way access memory), etc. a buffer memory 30 as a first storage means for storing information for each transaction process, and a notification device that generates a buzzer or the like when the cash teller machine 25 is in an error state, for example. 13
1 is connected.

The fixed storage unit 28 includes a main control program storage unit 28a in which the main control program of the control unit 2G is stored, and a buffer 7.
It has a correction program storage section 28b as a second storage means in which mutually different numerical processing procedures for correcting the information stored in the notebook 30 are stored.

FIG. 3 is a diagram showing the configuration of the buffer 7 memory 30. The configuration of the buffer memory 3o will be explained with reference to FIG. The buffer memory 30 includes a correction flag storage area 31 that stores a correction flag D1 indicating that a correction process has been performed, and a check type record that stores the check type D2!
area 32, and a processing number recording area 3 in which a series of consecutive numbers D3 that are assigned each time a check is processed is stored.
3, and an individual amount storage area 34 that stores the disbursement amount D4 in the disbursement processing for each consecutive processing number D3.

There is also a total number storage area Wi 35 for storing the total number D5 of checks to be processed and an individual amount storage area 3.
A total registered amount storage area 36 for storing the total amount D6 of the amount D4 for each accounting process stored in 4 is set. Note that the number attached to the left side of FIG. 3 indicates the registration number of the check.

FIG. 4 is a 70-chart illustrating the operating state of the cash teller machine 25 of this embodiment. With reference to FIGS. 1 to 4, the operations of 25 for cash accounting will be explained. In the following explanation, is it cash payment? j! 25, for example, the face value 15
The following explanation assumes that a check of 000 yen is to be deposited.

Moving from step n1 to step n2, operate the rlJ key (hereinafter, it is assumed that rlJ represents the type of ordinary savings) among the business type keys group 5,
Since the check handled in step n3 is a check, [Current/B
8. Operate the J4b key (see Figure 2).Next, move to step port 4 and input "15000" using numerical input key 2.

Through these operations, the amount "15,000 yen" is stored in the register 37 provided in the control g2G in step n5.
is recorded.

Next, in step n6, by operating the verification key 13, the independence stored in the register 37 is compared with the amount written on the check slip, and if they do not match in step n7, It is assumed that an error has been made in inputting the amount information, and the process moves to step n8, where the notification device 31 notifies the operator of the occurrence of an error by emitting, for example, a buzzer sound, and the process proceeds to step n8, for example.
Return to 2.

If they match in step n7, the process moves to step n9, where the "one person" key 8 is operated, indicating that the transaction is a deposit transaction. As a result, the storage section 29
Subject rIJ 1! Amount information “15000” in area 29m
J is memorized. &2 (At step nil, submit the approval box 31 shown in the second diagram. As a result, step n12
The information related to the transaction is stored in the buffer memory 30.
is memorized. In other words, the type D of the processed check
2 is stored in the check processing area 32, and a series of consecutive numbers D3 assigned to the processing concerned are stored in the processing number storage area 3.
3, and the disbursement amount D4 in the process is recorded in the individual all-error storage area 34 11f! -I can do it. In addition, the total number of coins of previous transactions including the transaction and the order of total amount are updated and stored in the total number of coins storage area 35 and the total number of coins storage area 3G, respectively.

Such step n1 to step n! The series of operations up to step 2 is performed every time a check is disbursed or disbursed, and information related to each check is stored and registered in the memory 30 of the paper 77.

After the information related to check payment processing is stored and registered in the buffer/memory 30 in this way, the person in charge compares the registered data with the check, and if a correction is discovered, the check payment processing is stored in the buffer/memory 30 and registered. The operator of the teller machine 25 selects the 1st $11 correction processing procedure or the 211th category correction processing procedure to perform the correction process. For example, in step n13, the operator presses 1 on the selection key for performing the PrSi correction processing procedure. It is determined whether or not has been operated, and if it has been operated, the process moves to step n14.

When the correction process rlJ is not selected in step n13, it is determined whether or not 2 is operated on the selection key for performing the second correction process procedure in step n15.If 1 is selected, the process moves to step 16.

When the ml correction processing procedure is selected in step n13, the first correction processing program stored in the correction processing program storage section 28b is read out, and subsequent processing is executed according to this tIS1 correction processing. At step n14, the registered data in the buffer memory 30 is checked to determine whether or not it can be corrected. A: The data for each check in the buffer 7 memory 30 is sequentially read out.
For example, it is displayed on the display unit 18. The operator compares each check with the display contents displayed on the display section, and operates the check key CK (see FIG. 2) when a mistake is found. This moves to step +117.

In the operation of step n14, the buffer memory 3
If there is no error within 0, an error is displayed in step 018.

Step nl? Then, a correction flag is set in the 7-lag area of the error data stored in the buffer memory 30. For example, if the data regarding the check "lO@" t3 shown in Figure 3 is incorrect, a correction flag is set in the correction flag storage area 31 flashing at this registration number 3. Then, the correction is made in step n19. The data is entered
, and is stored in the buffer memory 30. This correction data is stored in the buffer memory 3, for example.
0, as shown in Figure 3, registration number "1" to registration number "
5", the correction data is stored in the area of registration number 6. Next, in step n20, the total number WL is stored in the total number mIi area 35.
D5 is updated, and the total amount D is stored in the total amount storage area 36.
6 is updated.

Next, the process moves to step n21, and it is determined whether all the correction processes have been completed. If not, the process returns to step n14 again, and the correction process for the next error data is started. When the correction process is completed in step n21, the registration correction process ends in step n22.

In the case of this type of correction processing "1", when the corrected data in this buffer memory 30 is printed, since the correction flag is set in the part of registration number 3, this registration number 3 is printed. The part becomes a space. Therefore, it can be visually recognized at a glance that the part corresponding to the space, that is, the registration number 3, is erroneous data, and the data printed in the registration number 6 part is corrected data.

In step n13, when the correction processing format "2" is selected, the process moves to step nlG, where it is determined whether or not correction processing is possible. If it is not correctable in step 116, an error is displayed in step n23, and if it is correctable in step n16, the erroneous data from the registered data is erased in step n24.

Then, in step n25, the total number D5 and the total amount D
6 calculation updates are performed.

Next, in step n2G, it is determined whether or not the correction processing for all error data has been completed, and if it has not been completed, the process moves to step n16. When all the error data have been corrected, the process moves to step 1122, and the correction process 11J ends.

In this way, the operator can appropriately set and execute the desired correction process according to the accounting process.

In the above-mentioned embodiment, the registered data is checked to see whether it can be corrected by sequentially reading out the answers from the puff 7 memory 30 and displaying them on the display section 18, for example, so that the scratcher can check them with the assistant. However, it is also possible to use a configuration in which, for example, a check is read by a MICR (magnetic ink reader) and the read internal space is compared with the data in the buffer memory 30.

Effects As described above, according to the present invention, it is possible to select a desired processing procedure from among a plurality of types of correction processing procedures. Therefore, it is possible to process a wider range of accounting tasks.

[Brief explanation of the drawing]

ff11 is a block diagram showing the electrical configuration of the cash teller machine 25 according to an embodiment of the present invention, FIG. 2 is a plan view showing the operation of the cash teller fi 25, and FIG. 3 is a diagram showing the structure of the buffer memory 30. Figure 4 shows the operation of 25 to the cashier 70.
-It is a chart. DESCRIPTION OF SYMBOLS 1... Operation unit, 2... A group of numerical keys, 3... A group of currency type keys, 4... A group of rank keys, 5... A group of business type keys, 13... Verification key, 17...・Printer, 18
...Display section, 26... Writing section, 28&... Main control program storage section, 28b... Correction processing program storage section, 30... Buff 7 memory, Dl... Correction flag , D2...Check type, D3...Transaction serial number,
D4...Amount, D5...Total number, D6...Total registered amount, 31...Correction flag storage area, 32...Small assistant type storage area, 33...Number of transactions storage area, 34・
...Amount memory ■ area, 35...Total number memory 111 area Agent Patent attorney Keiichi Shisan Figure 1

Claims (1)

[Scope of Claims] A cash teller machine used for processing cash, securities, etc., comprising: a first storage means for storing information related to the processing for each processing; and a memory stored in the first storage means. A second storage unit stores a plurality of mutually different processing procedures for correcting information that has been
storage means; means for selecting one of the plurality of types of processing procedures; and in response to an output from the selection means, reading the selected correction processing procedure from the second storage means; A cash teller machine characterized by comprising: means for controlling the correction processing of the stored contents of the first storage means based on the above.