JPS62165297A - Sales data processor with setting function - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] [Technical field of invention] The present invention relates to a sales data processing system with a setting machine.

[Prior art and its problems] Conventional JAN (Japanese Articl
e N'umb e r) using a coat, etc.
In an OS (optical point-of-sight information management system), etc., the master file of products sold in a store is stored in the store controller or memory F in the master register, and the classification data (product information ), retrieve the product name, unit price per lock, and group data, and register the product. Further, each time a new product is received, classification data such as JAN code, product character code, tonnage price, division size, etc. are set. For this reason, it is difficult to set classification data for all incoming products without missing any one item, and the reality is that some products often remain unspecified. Therefore, when registering such an unspecified product, the registration register cannot find the classification data to tS, so it will NOT FOUND
FILE (no applicable file) is displayed.

Therefore, it is necessary to newly set classification data for that product, but setting classification data takes time, and for safety reasons, only the person in charge, such as a manager, can set it. A busy cash register environment brings great inconvenience to both the customer and the operator.

[Purpose of the Invention] This invention was made in view of the circumstances listed in Section L.The seventh purpose is to reduce the manual operations in Step 3 as much as possible when there is an unspecified product, speed up the reception at the cash register, and improve the customer experience. Settings that can improve the service of fffi
An object of the present invention is to provide a sales data processing device.

[Summary of the Invention] In order to achieve the above object, this invention inputs a part of the classification data for unspecified products even in the registration mode, and sells the data together with this classification partial data. The present invention is characterized in that a temporary registration control means is used to store the data in the L data storage means.

[Effect of emitting device 1] FIG. 1 shows af7 of the present invention. In the setting mode, the classification data control means B is activated and sets the input classification data in the sales data storage means A. In the registration mode, when registering sales data for a product for which classification data has been set, the registration control means C is activated and stores the sales data in the customer data storage means A in association with the corresponding classification data. . In addition, when registering sales data for a product for which 1 category data is not set in the registration mode, the temporary registration control means is activated and the sales data is stored in the sales data storage means along with the input classification partial data. let

EXAMPLE] Hereinafter, an example of the present invention will be described in detail. Second
The figure is a block diagram of an embodiment in which the present invention is applied to a JAN POS system. 1 in the figure is a total memory, which is roughly divided into a product total memory M and other total memories. The product total memory M consists of a set product area Ml in which one classification data has been set, a newly set product area M2 in which provisional registration has been performed as will be detailed later, and an empty area M3 in which nothing has been set yet. Note that the register indicated by l-1 stores the total number of items (products) set in the set product area, and here 1000 items are set, so the contents are ing. Figure 3(a) shows the contents of the product total memory M in more detail.As we will see, there are five classification data for each product: JAN code, character, unit price (■), and these classification data are In the setting mode, settings are made for each product, and in the registration mode, the quantity and price are updated as sales data. Also, during temporary registration, in this embodiment, the JAN code, unit price, and department data of one category data are recorded in the newly set product area (more precisely, they are set in the first empty area found by search). (This area becomes a newly set product area), and sales data such as quantity and price are written in association with these classification partial data. FIG. 3(b) shows an example of a printed receipt at the time of registration. In this example, since characters (product name) are not input during temporary registration, the department number is printed instead of the product name.

Returning to FIG. 2, 2 is a CPU that controls the entire device,
A calculation unit 2-1 that executes various calculations. It has a control section 2-2 that performs various controls and a transfer register 2-3 that stores transfer data.

3 is a key input section for selecting a mode.No mode selection $-3-1. Current/Fn key 3-2. Character setting key 3-31 Character key 3-4, Function key 3-3, used to set characters that were not corrected during temporary registration
3-5, a department selection key 3-6, a number key 3-7, a buzzer 3-8, etc. are provided.

4 is a barcode reading section for reading JAN codes, etc.; 5 is a printing section for printing receipts and journals; 6 is a display section for displaying various data and messages; and 7 is a money drawer.

The operation of the embodiment configured as above will be described in detail below.

First, a registration mode for registering product sales data in the product total memory M will be explained. At this time, the mode selection key is in the registered position, and the operator causes the barcode reader 4 to read the JAN code of the product purchased by the customer. The CPU 2 receives the JAN from the barcode reading section 4.
When the code is received, the product total memory is accessed to search for the corresponding JAN code, as shown in step AI in FIG. If the character is found as a result of the search, the process proceeds from step 2 A2 to step A3, the unit price and character are called up, and registration processing is executed in step A4. That is, the cumulative sales number of the corresponding product in the product total memory M is updated, and step A
The cumulative sales amount is updated using the unit price read in step 3.

If the corresponding JAN code is not found as a result of the search, the process branches from step A2 to step A5, an error message is generated, and NOT F is displayed on the display unit 6.
OUND is displayed to alert the operator, and the JAN code input in step A6 is set in the new setting f''? When the operator receives this and inputs the unit price of the corresponding product, it is determined in step A8 that the corresponding key has been input, the data is set in the corresponding area, and the unit price is displayed again. In step A7, the next guidance display (in this case, ``Department person'') is displayed, and the corresponding key input (for example, for confectionery, press the department selection key to 0).
1, or 02 for fish using the sector selection key), set that data in the corresponding area,
In step A9, it is determined that the setting is completed, and the above-mentioned step A
Proceed to the registration process below.

Next, the case of settlement will be explained.

After setting the mode selection switch 3-1 to the payment position, operate the cash/deposit key 3-2 to enter the flow shown in Figure 5.
In step 81, all product data stored in the set product area is output, and the printing section 5 prints a payment list on the journal.

Subsequently, the CPU 2 clears all the sales data columns in the set product area, that is, the sales quantity and sales amount data. The subsequent steps A3 and subsequent steps are for checking whether there has been temporary registration in the registration mode, that is, whether a newly set product area has been opened during registration. First, in step B3, the address is incremented, the address next to the last address in the set product area is designated, and the contents of that address are read. Next, as shown in step B4, data (J
Check whether the AN code is included. If there is no data, it means that there was no temporary registration, so the address is returned to its original state (step B5) and the flow shown in the figure is exited. If there is a temporary registration, it will be determined that there is data in step B4, so the buzzer 3-8 will sound in step B6.
The fact that new settings have been made is displayed on the display section 6. This buzzer will sound for a certain period of time, new settings will be displayed until you switch to setting mode, and other key inputs will be N.
Becomes OP.

Only a person in charge can switch to this setting mode. That is, the person in charge uses the IIj key to move the mode selection key to the setting position to set the setting mode, and also operates the character setting key to change the newly set product area to the already set product area. . This results in
In the flowchart of FIG. 6, YES is determined at step C1, and the process branches to step C2. In step C2, the JAN code, department, and 11 value data of the newly set product are displayed. In response to this, the person in charge performs a key operation such as 5-fi7 口 ``] 口'' to input a character, etc. As a result, it is determined in step C3 that a predetermined key has been input.In subsequent step C4 , set the character code input in the corresponding area, and then in step C5, retrieve the related data of the product of interest (character, unit price 1 department number, sales quantity, sales amount 'ff1) from the total memory and print it. After that, the number of sold items and sales amount are cleared.In other words, the same process as steps B1 and B2 of the payment flow is executed for one temporarily registered product.Next, in step C6, the next Specify the JAN code setting address, read the contents of that address in the next step C7, and check whether it is a space code or not to determine whether the new setting is completed.If it is not a space code, step 02 By repeating the following operations, the newly set items will become set items one after another and will be treated as part of the set file.In the case of a space code, the previous one will be the last JAN. Since this is the digit of the code, the address is returned to that position, and the total number of products that have been set is calculated from that value and set in register l-1 (step C8).

For normal settings, do not press the character setting key.
In this case, the process advances from step C1 to step C9, where normal product classification data setting processing and the like are executed.

In this example, the temporarily registered items are restored by printing while in the setting mode, so you can easily know how many items have not been set up, and you can easily find out how many items have not been set up. can be achieved.

In addition, only the predecessor can settle sales data for temporary registration and make new settings, so it is highly secure.

In addition, in the above embodiment, during temporary registration, the JAN code detected by the barcode reading unit is set as part of the classification code in the newly set product area, but temporary registration may be performed only by key input. 0 For example, an unused code is used as a temporary registration classification code, and the character is memorized so that it can be used later when setting the character (unset).

[Effects of the Invention] As detailed above, according to this invention, even if an unregistered product is found in a busy cash register environment, temporary registration can be performed without changing the mode, so customer handling can be done efficiently. can.

[Brief explanation of drawings]

Fig. 1 is a block diagram of the present invention, Fig. 2 is a block diagram of an embodiment in which the present invention is applied to a JAN POS system, and Fig. 3 is a schematic diagram of the contents of the product total memory used in the embodiment. 4 is a flowchart at the time of registration in the embodiment, FIG. 5 is a flowchart at the time of payment in the embodiment, and FIG. 6 is a flowchart at the time of setting in the embodiment. 1... Total memory 2... CPU, 3
...Key input section, 4...Barcode reading section, M2...Newly set product area. Patent applicant: Casio Computer Co., Ltd. 'Skin;' Figure 1 Figure 4 Figure 5 Figure 6

Claims (1)

[Claims] a sales data storage means; a classification data setting control means for setting the input classification data in the sales data storage means in the setting mode; and a classification data setting control means for setting the input classification data in the sales data storage means in the registration mode; registration control means for registering sales data in the sales data storage means in association with the above data storage means; and provisional registration for storing the sales data together with the input classification partial data in the case of a product for which classification data has not been set in the registration mode. 1. A sales data processing device with a setting function, characterized in that it has a control means.