JPH05101273A - Commodity sales register device - Google Patents

Abstract

PURPOSE:To immediately detect the cumulative amount of money of plural money receptions in the same payment system by calculating the cumulative amount received in the same payment system and storing the cumulative amount of money calculated in each payment system and printing the cumulative amount of money in each payment system on a receipt on condition that payment is terminated. CONSTITUTION:The electric cash register type constitution having a payment system designating means 20 and a money reception input means 30 for each payment system is provided with cumulative amount calculating means 11 and 12, a cumulative amount storage means 13A, and printing control means 11 and 12, and the cumulative amount of money of plural money receptions in the same payment system is obtained to print and issue the receipt. That is, when four prepaid cards, one credit card, and cash are used for adjustment, the cumulative amount of money in the prepaid card payment system, the amount of money paid by the credit card, and deposit and change of cash are printed on the receipt. Thus, money is more distinctly, quickly, and smoothly received in the combination of various payment systems.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a merchandise sales registration device capable of depositing merchandise purchase amounts by various payment methods.

[0002]

2. Description of the Related Art In FIG. 4, 10 is a CPU, a ROM,
A control unit that is a central part of a cash register including a RAM and the like. In the control unit 10, a payment method designating unit 20, a payment amount input unit 30 for setting and inputting a payment amount for each payment method,
The printer 22 and the like are connected.

There are various types of payment methods such as prepaid card payment, credit card payment, cash payment, cash card payment, gift certificate payment, coupon ticket payment and the like. These payment method designating means 20 are formed by a plurality of total keys and the like which are classified for each method. Further, the deposit amount input means 30 is composed of a numeric key that is common to each payment system, and the deposit amount set and input by this is read by a card reader, a scanner, etc. suitable for each payment system. .. It should be noted that a reader or the like is not necessary in the cash payment system or the like.

In this commodity sales registration device, as shown in FIG. 5, when the payment method designating means 20 designates, for example, a prepaid card payment method (ST10), it is set by the deposit amount input means 30 before and after this designation. The deposit amount input and stored in the RAM is read and printed on a receipt (ST11, 12). The same applies when the deposit is made by another payment method (ST20).
~, ST30 ~,).

Then, the total amount deposited by each payment method is calculated (ST14), and when the total amount becomes equal to the product sales amount, that is, the amount is paid and the remaining amount becomes zero (0) (ST15 YES), The printer 22 issues a receipt S as shown in FIG. This receipt S contains
The unit price of purchased merchandise, the subtotal, and the tax amount are printed together with the total amount of merchandise purchased, and the payment method and the amount of payment are printed.

Here, the payment method and the deposit amount are ST
As shown in FIG. 12, it is printed for each deposit amount and is issued as a receipt S as it is. Therefore, it is convenient for the customer to deposit with a single payment method and a combination of multiple payment methods.

[0007]

By the way, prepaid cards and the like are more and more popular due to their convenience and the types thereof are increasing. In addition, the total amount of products purchased at one time has become higher. Here, anyone who brings a large number of the same kind or different kinds of prepaid cards or the like, for example, experiences that the balance is set to zero (0) from the one having a small balance as a human habit.

[0008] However, according to the above-mentioned conventional example, the payment is possible even by the combination of a plurality of payment methods. Therefore, the amount deposited for each payment method is printed / issued on the receipt S. It is supposed to be.
Therefore, even if the payment is made by the same payment method, the payment amount is printed / issued on the receipt S each time.

For example, when a large number of prepaid cards, that is, the same payment method is used for depositing a plurality of times, payment method 1 is used for prepaid card payment, payment method 2 as shown in FIG.
When the credit card payment is used and the payment method 3 is cash payment, the amount of money "213", "352",
“1000” and “1500” are directly printed on the receipt S and issued.

For this reason, in order to know the total amount of money a customer has paid with a prepaid card, they have to be calculated mentally. Even cashiers are forced to do the same mental calculations. For example, when the deposit amount is read in ST11 of FIG. 5, the amount is generally displayed on the display. Therefore, while confirming the displayed amount, it is necessary to make a decision whether to pay the remaining balance later with cash in cash or to pay with another credit card etc. because cash is required later, only after mental calculation. It is inconvenient. Also, it becomes difficult to manage the balance of the last used prepaid card. Further, printing each deposit amount by the same payment method every time not only delays sales registration work but also wastes receipt paper.

An object of the present invention is to provide a merchandise sales registration device that can issue a receipt that allows the user to immediately know the cumulative amount of a plurality of deposits made by the same payment method.

[0012]

The present invention has a payment method designating means for specifying each payment method and a deposit amount input means for each payment method, and is formed so as to issue a receipt on the condition that payment is completed. In the merchandise sales registration device described above, a cumulative amount calculating means for calculating the cumulative amount of each deposit amount deposited by the same payment method, and a cumulative amount storage means for storing the cumulative amount calculated for each payment method, Printing control means for printing the accumulated amount for each payment method on the receipt on the condition that the payment is completed,
Is provided.

[0013]

According to the present invention having the above-described structure, when the deposit is made a plurality of times by the same payment method, the cumulative amount calculating means calculates the cumulative total of the deposit amounts, and the calculated cumulative amount is stored in the cumulative amount storage means. It When the payment of the product purchase amount is completed, the print control means causes the receipt to print the accumulated amount deposited for each payment method on condition that the remaining amount is zero (0). Therefore, even if payments are made by the same or different combinations, the accumulated deposit amount for each payment method can be immediately known, and waste of receipt paper can be omitted.

[0014]

Embodiments of the present invention will be described below with reference to the drawings. As shown in FIG. 1, the product sales registration device includes a payment method designating means 20 and a deposit amount input means 30 for each payment method.
With respect to a plurality of deposit amounts according to the same payment method, an electronic cash register type configuration including a total amount calculation means (11, 12), a total amount storage means (13A), and a print control means (11, 12) are provided. Is configured to print and issue the receipt S on the receipt S.

First, the electronic cash register type configuration will be described. Reference numeral 10 is a CPU 11, a ROM 12, and a RAM 13.
The control unit 10 includes a scanner driving circuit 15 (scanner 35), a keyboard circuit 16 (keyboard 19), and a display control circuit 17 (display device 2) via a bus.
1), I / O ports 18, 26, interface 14
Are connected.

The input / output port 18 has a drive circuit 24 for the printer 22, an opening device 25 for the drawer 23, and the input / output port 2.
6 is connected to a part (31, 32, 34, ...) Of reading means of the deposit amount set and input by the deposit amount input means 30. The interface 14 is for data communication with a file controller (not shown) that stores product data.

The scanner 35 is a means for scanning the commodity code, and also forms a deposit amount reading means of a gift certificate payment system. On the keyboard 19, "setting", "registration",
It has various keys for performing "payment" and "inspection", and the ten-key pad is the deposit amount input means 30 which is common to each payment method.
Is formed. Further, the keyboard 19 is provided with a plurality (nine) of total keys forming the payment method designating means 20.

Reference numeral 20A is a total key for designating prepaid card payment. By pressing this total key 20A, the payment amount reading means (prepaid card reader 31) of the payment system concerned can be read, and the deposit amount can be input first. The amount of money set and input by the means 30 and stored in the RAM 13 is used as the amount of money paid by the prepaid card (ST10, 11 in FIG. 5).

Similarly, 20B is a credit card payment method, 20C is a cash payment method, 20D is a cash card payment method, 20E is a gift certificate payment method, and 20F is a coupon ticket payment method, and 20G to 20I are other keys. It is a total key corresponding to the payment method.

The display 21 is a means for displaying a product code, a product name, a unit price, a total purchase amount, etc., including a customer's product and a cashier product. Further, the printer 22 issues a receipt S and is used for giving and receiving money.

The prepaid card reader 31 and the credit card reader 3 connected to the input / output port 26.
2. The cash card reader 34 and the like constitute a deposit amount reading means. That is, it is used to deduct the deposit amount set and input by the deposit amount input means 30 from the prepaid card or the like.

The cumulative amount calculating means, which is one of the technical features of the present invention, calculates the cumulative amount of each deposit amount deposited by the same payment method.
12 and includes ST13, ST23, ST3 in FIG.
It is executed by 3, ... That is, when payment is made with a plurality of prepaid cards, the total amount of the deposits is calculated (ST13).

Then, the accumulated amount for each payment method is specified area 1 of the RAM 13 as accumulated amount storage means.
3A is stored. The total deposit amount obtained from the accumulated amount is also stored in the RAM 13 (ST14).

Next, the print control means ends the payment (ST1
5), the cumulative amount for each payment method is read from the cumulative amount storage means (13A) and printed on the receipt S. The receipt S is formed by the CPU 11 and the ROM 12, and in ST16 of FIG. Executed. The print contents of the receipt S are as shown in FIG.

Incidentally, ST10, 11, 1 shown in FIG.
4, 17, ST20, 21, ST30, 31 and the like are the same as the corresponding (identical reference numeral) step operations in the conventional example (FIG. 5).

Next, the operation of this embodiment will be described. now,
With four prepaid cards, "213", "352",
Deposit a total of 3,065 yen of "1000" and "1500", then deposit 2,000 yen with one credit card, and deposit the balance (1419 yen) with cash (1500 yen) and fish. Consider a case where (81 yen) is received and the total amount of merchandise purchase including tax (6484 yen) is settled.

First, the customer hands over one prepaid card that he thinks has the smallest balance among the prepaid cards he has, and tells the cashier that he wants to pay by the prepaid card payment method. The cashier inserts the prepaid card into the prepaid card reader 31, which is a deposit amount reading means, and reads the balance “213”. 21
The 3 yen is stored in the RAM 13. Further, it is displayed on the display 21. The cashier pays this (213
(Yen) is set and input by the deposit amount input means 30. The deposit amount set and input is also stored in the RAM 13.

When the total key 20A of the payment method designating means 20 is turned on (YES in ST10) before or after the input of the deposit amount setting, the CP as the cumulative amount calculating means.
U11 calculates the cumulative amount (213 yen) from the current deposit of 213 yen and the previous deposit of the same payment method (zero in this case) (ST13), and the RAM 13A as the cumulative amount storage means.
Remember. The accumulated amount is also displayed on the display 21.

Subsequently, the CPU 11 calculates the total deposit amount (213 yen) from the accumulated amount (213 yen) of this payment method and the accumulated amount (zero at this stage) by the other payment methods, ....
Is calculated (ST14) and stored in the RAM 13. Further, the total amount of deposit (213 yen) is subtracted from the sales amount of goods including tax (6,484 yen) to obtain the remaining amount, and when the remaining amount is not zero (0) (NO in ST15), the process returns to ST10.

That is, the total deposit amount (213 yen) is also the balance 6
Since 271 yen (= 6484-213) is also displayed on the display 21, the customer offers to deposit the remaining amount with another prepaid card (the balance of this card is 352 yen), and the prepaid card. Submit.

Thereafter, ST10 to ST15 are repeatedly executed. The accumulated amount is stored as 565 yen (= 213 + 352) due to the deposit by the second prepaid card. Similarly, the cumulative amount for the third prepaid card is 1565 yen (= 565 + 1000), and the cumulative amount at the time when the fourth prepaid card has been deposited is 3065 yen (= 1565 + 1500).

However, even if the four prepaid cards on hand are used, the balance is still 3419 yen (= 6484).
-3065) remains.

Then, the customer next offers to deposit with a credit card with a balance of 2000 yen. In this case, the payment method designating means 20 uses the total key 20B, and the deposit amount reading means uses the credit card reader 32. Therefore, by the YES determination in ST20, ST21, 23 (S
(Same as T11, 13). The total amount deposited by this credit card payment method is 2000 yen, and is stored in the RAM 13A as a total amount storage means.

Here, the CPU 11 adds the accumulated amount of 2000 yen for the credit card this time to the accumulated amount of 3065 yen for the previous prepaid card payment method to obtain a total deposit of 5065 yen (ST14) and stores it in the RAM 13. .. However, even with this, the balance 1419 yen (= 6484-5
065) remains.

Then, the customer submits 1500 yen in cash,
Offer to deposit by cash payment method. The payment method designating means 20 in this case is the total key 20C. In the cash payment system and the like, since the amount itself set and input by the deposit amount input means 30 is the deposit amount, the deposit amount reading means is not necessary. In this case, if YES is determined in ST30, processing is performed in ST31 and 33 (similar to ST11 and 13). The total amount for this method is 1,500 yen (deposit) of 8
It will be 1 yen (fishing).

Here, since the balance amount becomes zero (0), YES is determined in ST15. Then, the CPU 11 as the print control means causes the accumulated amount storage means (13A) to store the accumulated amount 3 of each method.
065 yen, 2000 yen, 1500 yen (deposit) to 81 yen (fishing) are printed on the receipt S as shown in FIG. 3 (S
T16). After that, the receipt S is issued from the printer 22 and handed to the customer (ST17).

According to this embodiment, however, the total amount calculation means (11, 12), the total amount storage means (13A) and the print control means (11, 12) are provided, and the same payment method () is used. Regarding the deposit amount, as in the conventional example (Fig. 6), the deposit amount (213, 352, 1000, 1500)
Since the total amount (3065 yen) is printed as shown in FIG. 3 instead of printing the yen), the receipt S
The customer who receives the payment method can check at a glance the total amount (cumulative amount) deposited by the payment method (). In other words, it is possible to make a single payment by the same payment method or a combination of different payment methods more clearly, quickly and smoothly. You can also save receipt paper.

Further, since the payment method designating means 20 is formed by the total keys 20A to 20I for each method, the payment method offered by the customer can be specified accurately.

Further, even in the case of payment by the same payment method, the deposit amount, the total deposit amount up to that point, and the balance amount are also displayed on the display 22, so that both the customer and the cashier can perform the settlement efficiently.

In the above embodiment, the case where only the accumulated amount is printed on the receipt in the case of depositing by the same payment method has been described, but S indicated by the chain double-dashed line in FIG.
As in T12, 22, 32, ..., It is also possible to print the deposit amount each time as in the conventional case. This is because further convenience can be provided.

[0041]

As described above, according to the present invention, the product sales registration device having the payment method designating means and the deposit amount input means for each payment method is provided in the accumulated amount calculation means and the accumulated amount storage means. And a print control means are provided, and the total amount of payments made by the same payment method is printed / issued on the receipt, so that the customer does not have to perform mental calculations etc. The management is very simple, and the effectiveness of the same or different combination payment can be further ensured.

[Brief description of drawings]

FIG. 1 is an overall configuration diagram showing an embodiment of the present invention.

FIG. 2 is likewise a flowchart for explaining the operation.

FIG. 3 is a diagram for explaining print contents of a receipt.

FIG. 4 is a diagram showing a schematic configuration of a conventional example.

FIG. 5 is likewise a flowchart for explaining the operation.

FIG. 6 is a diagram for explaining print contents of a receipt.

[Explanation of symbols]

 10 Control Unit 11 CPU (Cumulative Amount Calculation Means, Print Control Means) 12 ROM (Cumulative Amount Calculation Means, Print Control Means) 13 RAM 13A Cumulative Amount Storage Means 19 Keyboard 20 Payment Method Designating Means 20A to 20I Total Keys (Payment Method Designating) 21) Display device 22 Printer 30 Deposit amount input means 31 Prepaid card reader 32 Credit card reader 35 Scanner

Claims (1)

[Claims] 1. A merchandise sales registration device, comprising payment method designating means for designating each payment method and deposit amount input means for each payment method, and configured to issue a receipt on the condition that payment is completed, A cumulative amount calculation means for calculating the cumulative amount of each deposit amount deposited by the same payment method, a cumulative amount storage means for storing the cumulative amount calculated for each payment method, and each payment method on condition that the payment is completed. A product sales registration device comprising: a print control unit that prints a cumulative amount of money for each receipt on a receipt.