JPH0744775A - Commodity sales registration data processor - Google Patents

Abstract

PURPOSE:To quickly and correctly execute Dutch account processing by reading out en bloc remaining registration data except data Dutch-account-processed before in response to final Dutch account declaration, and Dutch-account- processing the read-out registration data. CONSTITUTION:When a final Dutch account key 64F on a keyboard 64 is pushed, a remaining sales registration data reading means formed of a CPU 61 and a ROM 62 reads out en bloc all the remaining data excepting the sales registration data finished before in usual Dutch account processing in the data in one transation under the condition that the final Dutch account declaration has been made, and stores it temporarily in a RAM 63. Next, by using the remaining sales data read out en bloc from the RAM 63, its total amount of money is calculated by a final Dutch account processing means consisting of the CPU 61 and the ROM 62, and the final Dutch account processing is executed. Accordingly, all the remaining sales registration data in one transaction is read out en bloc without inputting it separately, and the final Dutch account processing can be executed automatically.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a product sales registration data processing device used in family restaurants and the like.

[0002]

2. Description of the Related Art In FIG. 4, for example, a commodity sales registration data processing device used in a family restaurant includes a handy terminal 10A to 10N carried by an attendant, a station 30 to which a wireless modem 20 is connected, a kitchen printer 40 and a kitchen printer 40. It is composed of a slip issuing printer 50 and an electronic cash register 60 which is an accounting device.

Each handy terminal 10 is provided with a data input means, an order table, a wireless transmission means, etc., and the inputted order data can be wirelessly transmitted to the outside. Further, the station 30 has a wireless receiving means and an order file, stores order data wirelessly received via the wireless modem 20 in the order file, and installs the kitchen printer 40 provided in the kitchen at a proper place. The edited data is transmitted to the created slip issuing printer 50. In addition, the electronic cash register 60 is timely
Also transmitted to.

In such a product sales registration data processing device,
For example, the table No. of the table where the customer is seated at the handy terminal 10A. Input order data (order menu) including (ST20 in FIG. 5). Then C
The PU temporarily stores this order (product) data in the order table (ST21) and displays it on the display. When all the order data have been input and the transmission key is turned on (YES in ST22), the wireless transmission means operates to wirelessly transmit the order data stored in the order table to the station 30 (ST23). When this transmission is completed, the CPU clears the order data stored in the order table (ST24).
Therefore, you can enter order data for the next customer.

On the other hand, the station 30 has a wireless modem 2
When the order data is received through the wireless receiving means including 0 (YES in ST30 of FIG. 6), the CPU stores it in the order file (ST31). The order data received from each of the handy terminals 10A to 10N is stored in the order of reception. Further, the CPU stores the order data in this order file (YE in ST35 of FIG. 7).
S) and the previously stored order data are sequentially edited for print output, and the edited data and the print command are transmitted to the kitchen printer (KP) 40 and the slip issuing printer (CCP) 50 (ST36).

Therefore, the clerk is required to issue the slip issuing printer 50.
The customer voucher issued by is taken and handed to the customer later. In the kitchen, an order slip can be obtained from the kitchen printer 40 to quickly cook.

Thus, the completion of printing is confirmed (Y in ST37).
ES), the CPU in the station 30
The order data is definitely stored in the customer file as the order file (ST38), and the order data is cleared from the order file (ST3).
9).

After eating and drinking, the customer carries out the transaction at the electronic cash register 60 with the customer slip. That is, the cashier is the slip number. Enter (Fig. 8
YES in ST40), and the slip number obtained by the CPU inquiring the station 30. The order data in one transaction related to is registered and stored in the registration file as sales registration data and is displayed on the display (ST41). Explaining the split bill accounting process, the cashier inputs the order data (product data) designated by one customer (YES in ST42). Then, the sales registration data selection reading means reads out the sales registration data (ST43). The read score Ni is counted up (ST44).

After that, the split key is pressed (ON)
If YES (ST45: YES), the allowance accounting processing means operates to perform the allowance accounting processing including the calculation of the total amount using the read sales registration data of appropriate points (ST45).
T). Then, a receipt is issued (ST46). In the following, the number of read points Ni is 1
If the above procedure is repeated until it becomes equal to (YES in ST47), the split accounting process can be performed for a plurality of customers.

More specifically, when the sales registration (commodity) data in one transaction read out and displayed on the display as shown in FIG. 9 shows the same (A), the customer groups (A ...
For the customer A of D), as shown in (B), the code (“1”) of coffee is selected and the number (“1”) of coffee is input (marked with ◯) (ST42). And turn on the split key
(Declaration of Δ) (YES in ST45). This allows
"Coffee x 1" is split for accounting and a receipt for customer A is issued (ST4
6). The score count value at this time is "1". Similarly, for customer B, "black tea x1", for customer C "beer x1 and edamame x1", and for customer D, "beer x1 and sausage x1". As a result, the point count value Ni = (Ns) becomes "6", and the accounting for the sales registration data for one transaction ends.

It should be noted that the display contents in ST41 exclude the sales registration data which has been split and account processed.

[0012]

As described above, according to the above-described conventional apparatus, order data can be promptly input (FIG. 5), order data can be stored (FIG. 6), slips can be issued and customers can be registered (FIG. 7). Can be done accurately. However, in the above case,
After the cashier receives a report from the customer D that all the remaining "beer x1 and sausage x1" are for himself, he / she inputs data (ST42) and presses the split key (ON). . Here, there is room for improvement related to speeding up.

In other words, as shown in FIG. 9C, when the split accounting process for "Coffee × 1" for customer A and "Tea × 1" for customer B is completed, the next customer C selects customer D Even if you receive a notification that you will pay "beer × 2, edamame × 1, sausage × 1" for all the rest including the minutes, the cashier selects and inputs all the product data as shown in the lower part of the same (C) (○) The work is troublesome and the work efficiency is poor. The more order data in one transaction, the more serious the problem.

An object of the present invention is to provide a merchandise sales registration data processing device that can more quickly and accurately carry out split accounting processing.

[0015]

A product sales registration data processing device according to the present invention is applicable to any of a registration file for storing sales registration data and sales registration data for one transaction stored in this registration file. Merchandise sales equipped with sales registration data selection and readout means for selectively reading sales registration data, and split accounting processing means for performing split accounting processing for the sales registration data selected and read on the condition that there is a split declaration. In the registration data processing device, the final award declaring means for declaring the fact of the final award and the award accounting processing of the sales registration data in the one transaction has already been completed on the condition that the final award is declared. Using the remaining sales registration data reading means that collectively reads all the remaining sales registration data except the sales registration data, and the final split payment using the read remaining sales registration data. And final Dutch treat accounting processing means for performing a total process, characterized in that the provided.

[0016]

In the case of the present invention having the above-mentioned configuration, when the customer is notified that all or the rest of one transaction is to be paid, the cashier declares the final allowance using the final allowance declaration means. Then, the remaining sales registration data reading means,
Read all the remaining registration data except those that have already been split-up accounting processed. Thereafter, the final discount accounting processing means automatically performs the final discount accounting processing in place of the normal discount accounting processing using all the read remaining sales registration data.

Therefore, even if there are many types of products and the number of products in the remaining sales registration data, the split accounting process can be performed quickly and accurately.

[0018]

Embodiments of the present invention will be described below with reference to the drawings. As shown in FIG. 1, the product sales registration data processing device has the same basic configuration as that of the conventional example (FIG. 4), and the electronic cash register 60 has a final splitting declaration means (64).
F), the remaining sales registration data reading means (61, 62) and the final surplus accounting processing means (61, 62) are provided, and all of the remaining sales registration data in one transaction except those already processed for the surplus accounting are individually collected. It is configured so that the data can be collectively read without inputting into and the final bill accounting processing can be automatically performed using these data.

In FIG. 1, a handy terminal (10
A) is a CPU 11, a ROM 12, a RAM 13, a keyboard 14, a display 17, a wireless communication unit 18 (antenna 1
9) and the like, and has the same function as in the case of the conventional example (FIG. 5). In addition, 13T is an order table, 14I is a data input key group, and 14T is a transmission key.

The station 30 includes a CPU 31,
It includes the ROM 32, the RAM 33, the display 36, the communication unit 38, the wireless communication unit 39 to which the wireless modem 20 (antenna 29) is connected, and the like, and has the same function as in the conventional case (FIGS. 6 and 7). The RAM 33 also forms an order file 33F and a customer file 33FF in addition to the work area and the like.

Here, the electronic cash register 60 is
As shown in FIG. 1, CPU 61, ROM 62, RAM 63
(Registration file 63R), keyboard 64 (data input key group 64I, split key 64S), display unit 66, drawer 67, printer 68, communication unit 69, etc. can be used for product sales registration work. The sales registration data selecting / reading means and the split accounting processing means are both formed of the CPU 61 and the ROM 62, and have the same split accounting processing functions (ST10 to 15T, ST1 in FIG. 2) as in the conventional example (ST40 to 47 in FIG. 8).
7, 18).

The basic functions are the same as those in the conventional example (FIGS. 4 to 8) and the description is omitted to avoid duplication.

The final split bill declaration means, which is one of the technical features of the present invention, is a means for making a final split bill declaration different from the normal split bill declaration (YES in ST15 of FIG. 2), and is the keyboard 64 shown in FIG. It is formed from the upper final split key 64F. 64S is a normal split key.

Further, the remaining sales registration data read-out means performs the normal accounting accounting processing (ST15T) of the sales registration data within one transaction, provided that the final sales deduction declaration is made (YES in ST16 of FIG. 2). Is a means for collectively reading all the remaining sales registration data except the already completed sales registration data, which is formed by the CPU 61 and the ROM 62 and is S in FIG.
It is executed at T16R. The remaining sales registration data read by this is temporarily stored in the work area of the RAM 63. In addition, after being collectively read, the point count value Ni is counted up to be equal to the total point Ns (ST15C).

Next, the final sales accounting processing means, under the final sales declaration (YES in ST15), the remaining sales registration data read means (61, 62) collectively read the remaining sales registration data from the registration file 63R. CPU6 is a means for performing the final split accounting process including the calculation of the total amount using
1 and ROM 62, and is executed in ST16T of FIG.

Next, the operation of this embodiment will be described. Customers A, B, C, and D visit a group, sit at a table, and make one transaction with “Coffee × 1, Tea ×” shown in FIG. 3 (A).
1, beer x 2, edamame x 1 and sausage x 1 "are ordered. Then, after eating and drinking, the customer slip issued from the slip issuing printer 50 is brought to the cashier in charge of the electronic cash register 60. Here, it is assumed that the cashier finishes the normal split accounting process (ST16T in FIG. 2) for “coffee × 1” declared by the customer A and “tea × 1” declared by the customer B. Therefore, up to now, the printer 68 has issued the two receipts shown in the upper two rows of FIG. The score count value Ni is "2".

Here, when the customer C declares that he / she will pay all the rest, the cashier presses the final split key 64F (ON) (ST16: YE).
S). Then, the remaining sales registration data reading means (61, 6)
2) collectively reads all the remaining sales registration data “beer × 2, edamame × 1, sausage × 1” that has not been subjected to the usual split bill accounting process (ST16R). CPU6
1 temporarily stores this in the work area of the RAM 63.
Further, the point count value Ni is counted up equally to the total number Ns (= 6) (ST16C).

Thus, the final bill accounting processing means (61,
62) uses the read remaining sales registration data to perform the final split accounting process including the calculation of the total amount (ST16).
T). The receipt issued (ST17) is
As shown in FIG. 3B, the case of the conventional example [FIG.
(C)].

That is, in the case of the conventional example [FIG. 9 (C)], each data input operation of “○” regarding “beer × 2”, “edamame × 1”, and “sausage × 1” (FIG. 2 (ST12) and the △ key of the split key 64S (ST1
5) and must be performed, but in the case of the present invention [Fig.
In the case of (B)], only the pressing operation of the final split key 64F indicated by □ (YES in ST16) needs to be performed, so that quick and accurate split accounting processing can be performed.

[0030]

According to the present invention, the final sales allowance declaration means, the remaining sales registration data reading means, and the final sales allowance accounting processing means are provided, and the remaining sales registration data in one transaction excluding those already processed for the surplus sales accounting It is configured so that you can read it all together without entering it individually and use this data to automatically perform the final bill accounting process, so you can quickly and accurately perform the bill accounting process with a simple operation. The work efficiency can be improved and customer service can be improved as well.

[Brief description of drawings]

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

FIG. 2 is a flow chart mainly for explaining the final bill accounting process operation.

FIG. 3 is a diagram for explaining an operation related to the final split accounting process and a result printed on a receipt.

FIG. 4 is a diagram for explaining a conventional example.

FIG. 5 is likewise a flow chart for explaining a conventional operation on the handy terminal side.

FIG. 6 is likewise a flow chart (1) for explaining a conventional operation on the station side.

FIG. 7 is likewise a flowchart (2) for explaining the conventional operation on the station side.

FIG. 8 is a flow chart for explaining a conventional split bill accounting processing operation by the electronic cash register.

FIG. 9 is a diagram for explaining an operation related to the conventional split bill accounting process and a result printed on a receipt.

[Explanation of symbols]

10A to 10N Handy terminal 11 CPU 12 ROM 13 RAM 13T Order table 14 Keyboard 14T Transmission / transmission key 17 Display 18 Wireless communication unit 19 Antenna 20 Wireless modem 29 Antenna 30 CPU 31 ROM 32 RAM 33F Order file 33FF Customer file 36 Display 38 Communication unit 39 Wireless communication unit 40 Kitchen printer 50 Voucher issuing printer 60 Electronic cash register 61 CPU (sales registration data selection / reading means, split accounting processing means, remaining sales registration data reading means, final split accounting processing means) 62 ROM (sales registration (Data selection reading means, split accounting processing means, remaining sales registration data reading means, final split accounting processing means) 63 RAM 63R registration file 64 keyboard 64S split accounting key 64F End Dutch treat key (final Dutch treat declaration means) 66 display unit 67 drawer 68 printer

Claims (1)

[Claims] 1. A registration file for storing sales registration data, and a sales registration data selection reading means for selectively reading arbitrary sales registration data among the sales registration data in one transaction stored in this registration file. , The final split bill declaration that declares the final split bill in a product sales registration data processing device equipped with split bill accounting processing means for performing split bill accounting processing for the sales registration data that is selected on the condition that the split bill has been declared Means and collectively read all the remaining sales registration data except the sales registration data for which the above-mentioned split accounting processing has already been completed among the sales registration data within the one transaction on condition that this final split payment declaration was made. The present invention is characterized in that a means for reading out the remaining sales registration data to be output and a means for final accounting for final accounting based on the remaining sales registration data read out are provided. Commodity sales registration data processing apparatus that.