JPS5847471Y2 - Electronic register with transaction-specific registration function - Google Patents

Description

[Detailed explanation of the invention] This invention allows users to operate transaction keys that specify various transactions such as deposits, withdrawals, credit sales, and cash sales.
The present invention relates to an electronic register having a transaction-specific registration function that allows registration for both single-item sales and several-item sales.

In conventional electronic registers, when selling several items, that is, when purchasing multiple items, the sales data is aggregated and registered for each transaction by operating the amount key, department key, and transaction key in order. , In the case of single item sales where there is only one purchased item, in order to simplify key operations, there are two types of key operations: the amount key and the registration key.
In addition to registering sales data related to the product for each transaction,
Some devices are equipped with a function to issue a receipt (hereinafter simply referred to as a single item function).

Conventionally, it has been known to have a departmental key as a registration key having this single item function.

However, departmental keys with a single item function can only be used for cash sales among various transactions, and can only be used for other deposits, withdrawals,
Since it does not apply to transactions such as rental sales, it is inconvenient when selling individual items other than cash.

This idea was made in view of the above circumstances, and its purpose is to provide the above-mentioned single item function to the transaction keys that specify various transactions, thereby widening the scope of application of that function. It is intended to be expanded to include not only cash sales but also other transactions, and is equipped with a transaction-specific registration function that allows sales data to be registered for each transaction even in the case of a normal sale of several items by operating the transaction-specific key. The purpose is to provide electronic registers.

Hereinafter, this invention will be explained in detail based on an embodiment shown in the drawings.

FIG. 1 shows a system configuration diagram of an electronic register.

In the figure, reference numeral 1 is the key personnel department, which includes an amount key 2 used to register amounts, a department key 3 used to register categories such as product groups and sales areas, and total sales for the same customer. Subtotal key 4, used to find .
Cash/deposit key 5 is used to sell cash in various transactions, as well as to calculate change.Cash/deposit key 5 is used to open the drawer and issue a receipt.Function key 6 is used to specify correction or clear. , transaction-specific keys 7 are provided, which are used to register deposits, withdrawals, credit sales, and credit sales among various transactions, and are used to open the drawer and issue a receipt.

In the cash/deposit key 5 and the transaction key 7, in order to simplify key operations when selling individual items, enter the "sell" data using the amount key 2, and then enter these cash/deposit keys. By operating the money key 5 or the transaction-specific key 7, sales data is aggregated and registered for each transaction, and a receipt is issued, which is a so-called single item function.

In addition, the cash/deposit key 5 and the transaction key 7 are similar to ordinary electronic cash registers, and when there are multiple purchased items, so-called several-item sales, the cash/deposit key 5 and the transaction-specific key 7 are used to provide an amount key for each purchased item. After registering for each department by operating 2 and department keys 3 in sequence, select the cash/deposit key 3.
5 or the transaction-specific key 7, sales data is registered for each transaction and a receipt is issued.

In this invention, the departmental key 3 is not provided with a so-called single item function.

Therefore, when selling a single item, even if the department key 3 is operated immediately after entering the sales data, a receipt will not be issued.

Further, the key manual section 1 is provided with a control lock 8, and this control lock 8 is turned off.
J, r REG (registration)", rRF C return)",
This allows you to enter each mode of "X (inspection)" and "Z (payment)". -REG J performs normal money collection operations, rRFj performs return processing (Return 1-),
” is used when outputting the aggregated data without destroying the stored data, and rZJ is used when clearing the aggregated data after outputting the aggregated data.

The key human power unit 1 performs an operation of inputting 1 to the key human power signal to the input buffer IB in the I10 port [9] in accordance with the timing signal KP from the I10 port 9 when a key is operated.

In addition to the input buffer IB, the I/O boat 9 is provided with a print buffer PB and a display buffer HB.The display buffer HB is connected to the display section 10, and the print buffer PB is connected to the print section. 11.

The display section 10 performs a display operation in accordance with the digit signal DG from the I10 port 9 and the segment signal SG obtained by decoding the data in the display buffer HB, and digitally displays and outputs amount data and the like.

Further, the printing unit 11 sends a print position signal TPYI10 to a print drum (not shown) provided therein, and also sends a print position signal TP and data in the print buffer PB from the I10 port 9. The print drive signal MD generated by the coincidence with the print drive signal MD is sent to the print unit 11, and the print unit 11 performs a print operation by driving a predetermined hammer by 1 in accordance with this print drive signal MD, and prints out amount data, etc. It is something.

The I10 port 9 is connected to a CPU (central processing unit) 12 via a data bus line DB for transferring data and an address bus line AB for transferring address designation signals.

The I10 port 9 is used as a read/write signal R/W output from the CPU 12 via the control bus CB.
It is set to exchange data with the CPU 12 according to W.

The CPU 12 is equipped with a calculation section, a storage section, a control section, etc. that are normally provided, and is connected to the totalizing memory 13 via a data bus line DB and an address bus line AB.

This tally memory 13 receives read/write signals R/W output from the CPU 12 via the control bus CB.
Data is exchanged with the CPU 12 according to W and the like.

As shown in FIG. 2, the aggregation memory 13 includes a departmental total storage area M1 for storing the sales total for each department, and a departmental total storage area M1 for storing sales totals for each department, as well as deposits, withdrawals, credit sales, credit sales, and cash sales when selling several items. A transaction-specific total storage area M2 that stores the total amount for each transaction, and a transaction-specific single item registration total storage area M3 that stores the total amount for each transaction such as deposit, withdrawal, credit sale, credit sale, and cash sale when selling a single item. They each have

Next, the operation of the electronic register configured as described above will be explained with reference to the flowchart of FIG. 3 and the specific example of FIG. 4.

FIG. 3 is a flowchart which is operated by operating any one of the various transaction keys 7.

If one of the various transaction keys 7 is operated, for example, the rental key, the code information associated with this key operation is input to the I10 port 90 input cover IB, and this person also It is transferred to the CPU 12.

Then, it is determined whether or not the transaction key 7 was operated immediately after inputting the number using the amount key 2, that is, whether the department key 3 was operated during that time.

If the result of this judgment is NO, it turns out that the registration for each transaction is a case of selling several items in which the amount key 2, department key 3, and transaction key 7 were operated in sequence, and the next step is to proceed to the next step. The process moves to execution of S2.

Then, in step S2, the CPU 12 reads the content corresponding to the transaction-specific key 7 from the transaction-specific total storage area M2 of the aggregation memory 13, transfers it to the storage section of the CPU 12, and inputs the contents of the storage section into the amount key 2. The contents entered are added, and this addition result is written to the storage area M2, and this addition result is sent to the display unit 1 via the I10 port 9.
0 and is given to the printing unit 11 for display and printout.

Then, in the next step S4, the printing unit 11 issues a receipt sheet.

Also, if it is determined YES in step S1 above,
This is a case of single item sales, and in step S3 above, C
The PU 12 reads out the transaction-specific key 7, that is, the content corresponding to the rental key, from the transaction-specific single item registration total storage area M3 of the tally memory 13, transfers it to the storage unit of the CPU 12, and stores the contents of this storage unit in the amount key 2. The contents entered are added, and the addition result is written into the storage area M3, and the entered number data is displayed and printed on the display section 10 and the printing section 11 via the I10 port 9.

A receipt is then issued in the next step S4.

Figure 4 shows examples of key operations for selling several items and selling single items by rental.When selling several items, register each price by department and then operate the rental sales key to issue a receipt. be done.

On the other hand, in the case of a single item sale, a receipt is issued by operating the rental key immediately after entering the price using the price key.

In this way, depending on whether the operation of the transaction key 7 was performed after setting the number or after the operation of the department key 3, transaction registration can be performed for both single item sales and several item sales. It can be done.

As explained in detail above, this device operates the amount keys and department keys, and then operates the transaction keys that specify various transactions such as deposits, withdrawals, credit sales, and cash sales. In an electronic register that aggregates and stores sales data for each transaction, when selling a single item, register the sales data by operating the transaction-specific key immediately after setting the number and issue a receipt. a first storage means for storing aggregated data regarding the sale of single items for each transaction; and a second storage means for storing aggregated data regarding the sale of several items for each transaction as the amount key, department key, and transaction key are sequentially operated. It is equipped with the following.

Therefore, according to this invention, since the so-called single item function is provided to each transaction key, it can be applied not only to cash sales but also to other transactions, and is highly versatile.

Also, since sales data can be registered for each transaction, whether selling a single item or selling several items, even if the transaction key has a single item function, there will be no problem in registering normal transactions for selling several items. It doesn't hurt.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, in which Fig. 1 is a system configuration diagram of an electronic register, Fig. 2 is an explanatory drawing showing the main parts of the stored content of the totalizing memory, and Fig. Fig. 3 is a flowchart showing the operation of the present invention, and Fig. 4 is a state diagram showing a specific example of key operations and corresponding receipt printing forms.1...Key human power section,2 ...Amount key,
3... Department key 7... Transaction key 9... I10 boat, 10... Display section, 11... Print section, 12...CPU
, 13...Tally memory.

Claims (1)

[Scope of utility model registration request] In the electronic register, sales data entered by operating the transaction keys that specify various transactions such as deposits, withdrawals, credit sales, cash sales, etc. following the operation of the amount key and department key are aggregated and registered for each transaction. , a registration means for registering sales data and issuing a receipt by operating the transaction-specific key immediately after setting a number when selling a single item; and a first register for storing aggregated data regarding the sale of a single item for each transaction according to the registration means. An electronic device having a transaction-by-transaction registration function, comprising a storage means and a second storage means for storing aggregated data relating to selling several items for each transaction as the amount key, sector key, and transaction key are sequentially operated. register.