JP3484014B2 - Product sales registration data processing device - Google Patents

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 data processing device having a printer for printing receipts and capable of issuing a receipt printed with sales data including the merchandise type and unit price of registered merchandise.

[0002]

2. Description of the Related Art For example, an electronic cash register type product sales registration data processing device can execute a product registration function, an accounting processing function, etc., and sales data, accounting processing data, etc. can be received by a receipt printing printer. It is printed on paper and a receipt is issued after accounting and handed to the customer.

More specifically, the product file 13 shown in FIG.
In F, each product data corresponding to each product code (for example, “1001”) [product name, that is, product type (for example,
"Rice ball ume"), unit price (for example, "120
A circle ")] is set and stored. The setting and storage is performed by the coded data. For convenience of explanation in relation to the present invention, which will be described later, only in the product type column 13GN,
() Is attached to mean coded data.

Thus, the operator inputs the product code (for example, "1001") using the scanner or the keyboard. The control unit registers the product in the sales file using the product data [product type (“rice ball ume”), unit price (“120 yen”)] obtained by searching the product file 13F (ST30 in FIG. 13). The sales data includes quantity and the like in addition to the above-mentioned product data.

Coded data such as product type forming the sales data is converted into a character code (ST31),
It is stored in the print buffer (ST32). The coded data may be formed so as to be transferred to a printer and converted into a character code within the printer, or the coded data itself may be formed as a character code, but this is essentially the same.

[0006] Similarly, product type ("Onigiri Mentaiko") x 2, ("Sozai burdock salad"),
.., (“milk pack 500 ml”) is registered (ST30).

Then, for example, a deposit / cash total key is used to perform a closing operation, that is, one transaction end declaration is made (ST33: YE).
Then, the control unit executes the accounting process including the calculation of the total amount of money, the amount of change, and the automatic opening of the drawer (ST34). Further, the sales data including the product type and the unit price and the accounting data are printed on the receipt paper (ST35) and the receipt 24RP shown in FIG. 14 is issued (ST36). The printing on the receipt paper may be performed each time the product is registered (ST30).

[0008] Therefore, the customer visually or visually checks the handed receipt 24RP to determine whether or not all desired products have been purchased and whether or not the purchase quantity of each product is correct.
It is possible to determine whether or not the unit price of each product is correct, and it can be used later as data for filling in a household account book.

[0009]

By the way, due to personal and social circumstances, the types and quantities of products to be purchased at one time are increasing. On the other hand, due to reasons such as cost reduction and reduction in size of the entire device, the receipt 24
The print density on the RP also tends to increase.

However, the product type (product name) has many characters and is different for each product. Moreover, it is more complicated than the unit price (number). Therefore, when a large number of product type items are densely printed on the receipt 24RP, it is difficult to confirm at first glance which product the product is.
In particular, when the product type is printed in katakana, it is more troublesome and troublesome.

Thus, it is not possible to quickly confirm whether or not all desired products have been purchased. Even if the unit price can be read immediately and accurately, it is difficult to determine which product type the unit price belongs to.
Furthermore, since it is not possible to confirm immediately after accounting (payment), there is a case where a mistake is input or a unit price difference is discovered after there is time, but it is practically difficult to enjoy this correction.

An object of the present invention is to provide a merchandise sales registration data processing device capable of quickly and easily confirming the merchandise printed on a receipt.

[0013]

[Means for Solving the Problem] It is said that, when analyzing the actual usage of receipts, if the product type (particularly, product) can be confirmed quickly and easily, both the quantity and unit price can be confirmed quickly. . If the visual confirmation speed and the visual confirmation speed of a person are compared here, the visual confirmation speed is significantly higher. Therefore, if the product type can be printed on the receipt as a graphic image, the product type (particularly, the product) should be able to be confirmed quickly and easily.

However, in terms of product management in stores and the like, products having different attributes are treated as different products. That is, in the product type (“rice ball mentaiko”) shown in FIG. 12, the main part is (“rice ball”) and a part of the attribute is (“mentaiko”). Therefore,
Even if the main part (“rice ball”) is the same, the product type is different from the case where the attribute is (“Ume”). Naturally, the product code is different.

Thus, if all the product types (main parts and attributes) are printed on the receipt as graphic images, the storage capacity of the storage means for storing the graphic image data for each product type becomes excessive. Will end up. This is even more so when the attribute is longer than the main part. It also requires a great deal of labor and time to create graphic image data for each product type that can be easily checked at a glance for each product type.
Therefore, it is difficult to realize.

Therefore, if further examination is made, even if the product types are different, it is possible to find many cases in which they are the same if only the main part is focused. For example, when the product type is (“Onigiri Ume”), (“Onigiri Mentaiko”), (“Onigiri Tsuna Mayonnaise”), (“Onigiri Tarako”), (“Onigiri Shake”), etc., the attributes are different, but the main part ( "Rice ball") is the same.

The present invention pays attention to the above-mentioned examination and its unique technical matters, and treats the main portion as a product graphic while treating the main portion forming the product type and the attribute as different in receipt printing. The receipt can be printed as an image.

That is, the invention of claim 1 is a product sales registration data processing device having a printer for printing receipts, which is configured to be capable of issuing a receipt on which sales data including the product type and unit price of a registered product is printed. , The printer is formed to be capable of printing a graphic image, and the product type is defined as a product graphic image and characters.
An attribute formed by an image can be stored, and a combination of a product graphic image and an attribute can be integrally printed at a printing position of the unit price on the receipt.
It is characterized by

In this invention, the product type is stored as an attribute formed of a main part (product) and a character image ,
And only the product (main part) is stored as a product graphic image. Then, on the receipt, the main part is printed as a product graphic image and its attributes are integrally printed at the print position of the product graphic image. Therefore, the product printed on the receipt can be confirmed quickly and easily. Its attributes can also be confirmed quickly and easily in relation to the product graphic image. Moreover, the same product graphic image can be used for the same product (main part), and it is not necessary to use long-text attributes as the graphic image. That is,
Since the number of product graphic images can be significantly reduced compared to the number of product types and the storage capacity of the storage means can be reduced, it can be realized at low cost.

According to the second aspect of the present invention, there is provided a product sales registration data processing device having a printer for printing receipts, which is configured to be capable of issuing a receipt on which sales data including a product type and unit price of a registered product is printed. , the printer to form a graphic image to be printed, the products and first storage means for storing a product graphic images to the main part of the type, the product part of the classified character image
Second storage means for storing as an attribute formed by
A main part reading means for reading the main part of the product type of the registered product from the first storage means; a partial reading means for reading the attribute of the product type of the registered product from the second storage means; Product graphic image print control means for printing the product graphic image read from the storage means in correspondence with the print position of the unit price on the receipt, and the attribute read from the second storage means for the print position of the product graphic image. Attribute printing control means for integrally printing is provided, and the product type is formed to be printable as a product graphic image and its attribute.

In this invention, the main part of the product type is stored in the first storage means as the product graphic image, and the attribute formed by the character image is stored in the second storage means. The product graphic image printing control means prints the main part of the product type read by the main part reading means as a product graphic image on the receipt in association with the printing position of the unit price. The product graphic images to be printed are printed as the same product graphic image if the main parts are the same even if the product types are different. The attribute printing control means displays a character image on a part of the product type read by the partial reading means.
The attribute formed in (1) is printed integrally with the printing position of the product graphic image.

Therefore, in addition to the same operational effect as in the case of the invention of claim 1, the first storage means further stores the commodity graphic image which can be shared by each commodity type and the second storage means. If each attribute is stored, it is only necessary to carry out a normal product registration operation, and it is easier to handle.

[0023]

[0024]

[0025]

[0026]

[0027]

DETAILED DESCRIPTION OF THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. (First Embodiment) The product sales registration data processing device is
As shown in FIGS. 1 and 2, the basic structure is an electronic cash register 10, and a first storage means (13GI), a second storage means (13GN), and a main part reading means (11, 1).
2), partial reading means (11, 12), product graphic image print control means (11, 12) and attribute print control means (11, 12) are provided, and the product type is the main part (product).
Is formed so that it can be printed on the receipt 24R as an attribute showing a product graphic image showing a part of the product graphic image.

In FIG. 1, an electronic cash register 1
0 is a control unit (CPU 11, ROM 12, RAM 13)
And a communication circuit 2 for performing data communication with a video RAM 14, a clock circuit 25, a host device (fine controller FC) 30 and a data communication line 1 which are bus-connected to the
6, control circuit 15 (keyboard 20), control circuit 16
(Scanner 21), control circuit 17 (display 22), drawer automatic opening device 18 (drawer 23) and control circuit 19
[Printer 24 for R (receipt) / J (journal)]
Including product registration (ST10 in FIG. 4) and accounting processing (ST) similar to those in the conventional example (ST30 and ST34 in FIG. 13).
16) etc. can be performed.

The RAM 13 is provided with a product graphic image code file 13GIC in addition to the product file 13F and the sales file 13R.

The printer 24 is integrally formed for receipt (R) printing and journal (J) printing, and inputs a character code converted from the coded data stored in the product type column 13GN of the product file 13F. In addition to being able to print characters, the product graphic image (first embodiment), the character image (second Embodiment) and the product graphic image (third embodiment).

Here, the first storage means is the main part (“rice ball”) of the product type (eg, “rice ball”).
Is stored as a product graphic image (“rice ball figure”). In this embodiment, the product graphic image code file 13GIC and the product graphic image file 14GI in the video RAM 14 shown in FIGS. It is formed by the graphic image storage means 13GI.

That is, in order to facilitate the retrieval of the main part (product) of the product type corresponding to the product code and to speed up the process, the first storage means (13GI) is integrated with the product file 13F shown in FIG. It is preferable to form it, but in this way, the product (main part) column of the product file 13F used to store the product graphic image is compared with other columns (product code column, product type column, unit price column). Therefore, there is a disadvantage that the capacity of the product file 13F is excessively increased and the entire product file 13F must be formed so that a graphic image can be stored.

Thus, in this embodiment, only the product graphic image code (for example, "GIC001") representing the product graphic image is stored in the product (main part) column of the product file 13F, and each product graphic image code is supported. The product graphic image (for example, "rice ball graphic") to be stored is formed to be stored in the product graphic image file 14GI shown in FIG.

It should be noted that the product graphic image (for example, "pack graphic") of the main part of the product type "milk pack 500 ml" shown in FIGS. 3 and 5 is formed to include the character image "milk". There is. This is for further differentiation from other packs (for juice, for example). The product type shown in FIG. 5 is also formed in the same manner for “Sozai burdock salad”.

The second storage means is a means for storing a part of the product type as an attribute, and in this embodiment, it is formed with the product type column 13GN of the product file 13F shown in FIG. For example, “(Ume)” is an attribute of the product type (“Onigiri Ume”) and is stored as coded data with () for convenience as in the case of the conventional example (FIG. 9).

Next, the main part reading means performs product registration (see FIG. 4).
ST10), which is a means for reading the main part (“rice ball”) of the product type (for example, “rice ball ume”) of the registered product from the first storage means [13GI (13GIC, 14GI)]. RO storing the program
It is formed of the M12 and the CPU 11, and is executed in ST11 of FIG.

That is, the main part reading means (11, 12)
When the product code (for example, “1001”) of the registered product is determined, the product graphic image code file 13GIC, that is, the product (main part) column of the product file 13F is searched and the corresponding product graphic image code (for example, "GIC001"), and then FIG.
The product graphic image file 14GI shown in is searched and the product graphic image code ("GIC
The product graphic image (“rice ball figure”) of the main part (“rice ball”) corresponding to (001 ”) is read.
The read product graphic image is stored in the print buffer (for example, the RAM 13).

The partial reading means is a means for reading out the attribute of the product type of the registered product from the second storage means (13GN), and the ROM 12 storing the partial read control program and the CPU.
11 and is executed in ST12 of FIG.

That is, the partial reading means (11, 12)
Is the product type column (second item) of the product file 13F shown in FIG.
Storage means) 13GN to the product code (for example, “1
The attribute [(ume)] corresponding to 001 ") is read (ST
12). Since it is read as encoded data, it is converted into a character code (ST13 in FIG. 4) and stored in the print buffer (ST1 in the same manner as in the conventional example (ST31 in FIG. 13).
4) Is done.

Since it is not necessary to read out the main part (“rice ball”), it is not necessary to set and store the main part (“rice ball”) in the product type column 13GN. Therefore, the storage capacity of the product type column 13GN can be halved compared to the case of the conventional example (FIG. 12). However, in the product type column 13GN, for example, a main part (“rice ball”) may be set and stored for convenience of display, as in the case of the conventional example (FIG. 12).

The product graphic image print control means is composed of a ROM 12 in which a product graphic image print control program is stored and a CPU 11, and is read out by the main part reading means (11, 12) to the first storage means [1.
3GI (13GIC, 14GI)] to read (ST1
1) The printed product graphic image is printed in correspondence with the printing position of the unit price of the receipt 24R shown in FIG. 5 (issued) (ST17).

The attribute print control means is formed of the ROM 12 storing the attribute print control program and the CPU 11, and the attribute read out from the second storage means (13GN) by the partial read means (11, 12). Is printed in correspondence with the printing position of the product graphic image (ST18).

That is, the product graphic image (for example, "rice ball figure"), the attribute ("ume"), and the unit price ("¥ 120") are printed side by side in one row as shown in FIG. In addition, each product graphic image is
For example, the receipt paper (24R) may be formed so that the left and right directions of the receipt paper (24R) are misaligned and printed. In this way, each product graphic image can be printed larger and easier to see.

Next, the operation and operation of the first embodiment will be described. The operator uses, for example, the scanner 21 to read and input the product code (for example, “1001”) attached to the purchased product (for example, “rice ball ume”) of the customer A. The control unit (11, 12) searches the product file 13F shown in FIG. 2 to obtain product data, and registers the product as sales data in the sales file 13R (ST10 in FIG. 4). The main part ("rice ball") can be read from the product graphic image code (for example, "GIC001") or can be read from the coded data of the "rice ball" set and stored in the product name (product type) column 13GN. And it is sufficient.

Then, the main part reading means (11, 12)
Is searched for the product graphic image code file 13GIC forming a part of the product (main part) column, that is, a part of the first storage means (product graphic image storage means 13GI), and corresponds to the product code (“1001”). Product graphic image code ("GIC0" of the main part ("Onigiri") of the product type ("Onigiri Ume")
01 ″), and then search the product graphic image file 14GI shown in FIG. 3 to read the product graphic image (“rice ball figure”) (ST1).
1). Temporarily store in print buffer.

Subsequently, the partial reading means (11, 12)
The product name (product type) column 13GN of the product file 13 forming the second storage means is searched and the attribute [(“ume”)] is read (ST13). This attribute is converted to a character code for encoded data [with ()] (ST1
3) and stored in the print buffer (ST14).

The operator is the customer A as in the above case.
The rest of the purchased products (“Onigiri Mentaiko” x 2,
“Souza burdock salad”,…, “Milk 500m
Product registration (ST10) is performed for l ″). In this case as well, the main part reading means (11, 12) and the partial reading means (11, 12) operate.

Here, a closing operation, that is, one transaction end is declared using the deposit / cash total key on the keyboard 20 (ST.
15) and a subtotal (for example, "1000 yen"),
Consumption tax (eg, "30 yen"), total ("1030"
The accounting process (ST16) including the calculation of the change amount (“70 yen”) with respect to the deposit (eg, “1100 yen”) and the automatic opening of the drawer 23 is executed.

Then, the control unit (11, 12) drives the printer 24 to drive the predetermined items shown in FIG. 5 [for example, the date and time (June 25, 1996, 11:50), each unit price (¥ 12).
0, ¥ 240, ¥ 250,…, ¥ 120), Subtotal (¥ 1)
000), ..., Change (¥ 70)] when printing the product graphic image printing control means (11, 12)
Prints (ST17) each of the product graphic images (“rice ball graphic”) and attribute printing control means (1
1, 12) prints the attribute (“Ume”) corresponding to the print position of the product graphic image (ST18).
To do. Hereinafter, all registered products will be printed in the same manner. Then, the receipt 24R shown in FIG. 5 is issued.

Therefore, at a glance of this receipt 24R, from each product graphic image (figure), the main part (product) of each product type, that is, two types of "rice balls",
"Souzai", ..., "Milk pack", ... can be confirmed quickly and easily. Moreover, the first "rice ball" contains "ume", the second "rice ball" contains "mentaiko", and there are two, "souzai" is "burdock salad", and "milk pack" is "500m
It can be clearly known from the printing of each attribute that it is "l". Similarly, each unit price can also be accurately known corresponding to each product.

According to the first embodiment, however,
The printer 24 is formed so as to be able to print a graphic image, and also has a first storage means (13GI), a second storage means (13GN), a main part reading means (11, 12) and a partial reading means (11, 12). And product graphic image print control means (11, 12) and attribute print control means (1
1, 12) are provided so that the product type can be stored as a product graphic image and its attribute, and the product type can be printed on the receipt 24R as a product graphic image showing a main part (product) and an attribute showing a part thereof. Since it is formed, it is possible to quickly and easily confirm the product simply by looking at the receipt 24R shown in FIG. 5, and it is also possible to quickly and easily confirm the attribute in relation to the product graphic image. In addition, if the first storage means [13GI (13GIC, 14GI)] stores the product graphic image that can be shared by each product type and the second storage means (13GN) stores the respective attributes, as usual. Since it is only necessary to perform the product registration operation of, it is easier to handle.

Further, the first storage means is formed by the product graphic image code file 13GIC and the product graphic image storage means 13GI consisting of the product graphic image file 14GI shown in FIG.
Since the GIC is formed from the product (main part) column 13GN of the product file 13F shown in FIG. 2, the product file 13F can be used as it is without modification such as a large capacity for storing a graphic image. Search processing can be performed at high speed.

Further, the second storage means is the product file 13
Since it is formed from the product name (product type) column 13GN of F, a part of the coded data in the case of the conventional example can be directly used as an attribute. Therefore,
From this point as well, it is possible to realize the retrieval at a high speed and realize the processing at a low cost.

Further, since the product graphic image code and the product graphic image can be shared by each product type having the same main part, the number of product graphic images can be significantly reduced as compared with the number of product types, and its storage means ( Since the storage capacity of the video RAM 14 etc.) can be reduced, it can be realized at low cost.

(Second Embodiment) The second embodiment is shown in FIGS. This embodiment is similar to the first embodiment (FIG. 1, etc.) in basic configuration and function, but stores attributes, which are part of each product type, as character images in the second storage means. It is made possible.

That is, the product file 13F shown in FIG.
Attribute field, that is, character image code file 13CIC
And the character image file 1 shown in FIG.
4CI is provided, and 13CIC and 14CI of both files form the second storage means. The first storage means is
It is formed from the same product graphic image storage means 13GI (13GIC, 14GI) as in the first embodiment.

Therefore, the partial reading means (CPU 11,
ROM12) is a character image code file 13CI
C is searched and the character image code (for example, "CI100" corresponding to the product code (for example, "1001")) is searched.
1 ”), and then searches the character image file 14CI shown in FIG. 7 to find the character image code (“ CI1
The character image (“Ume”) corresponding to (001 ”) is read out (ST22 in FIG. 8). Therefore, the coded data in the case of the first embodiment (ST13 in FIG. 4) is read out and converted into a character code. Save time.

The attribute print control means (11, 12) in the second embodiment is the main part print control means (11, 1).
Similarly to the case (2) in which the commodity graphic image read by the main part reading means (11, 12) is directly printed on the receipt 24R, the character image read by the partial reading means (11, 12) is received as it is. It is formed so that it can be printed on. Therefore, the attribute print control means (11, 12) is replaced with the main part print control means (11, 1).
It can be integrated or combined with 2). Thus, also in the second embodiment, the same receipt 24R as in the case of the first embodiment (FIG. 5) can be printed / issued.

The product name (product type) column 13GN of the product file 13F shown in FIG. 6 is apparently blank, but the product does not necessarily have to be a product graphic image or a character image, that is, a product image. Coded data can be set and stored in the same manner as in the case of the conventional example (FIG. 12) for a product with few sales opportunities or a product that is purchased by itself or by adding a few points to it. Therefore, the product type column 13GN is left.

According to the second embodiment, however,
In addition to the same operational effects as in the case of the first embodiment,
Furthermore, since printing speed can be increased and a character image can be combined with a product graphic image, the overall storage capacity of the first and second storage means can be further reduced.

(Third Embodiment) This embodiment is shown in FIG.
~ Shown in FIG. That is, considering the size of the product graphic image representing the main part of the product type when printed on the receipt 24R, the attribute of the product graphic image (eg, “rice ball figure”) [character image (eg, “Ume It is possible to integrate ")] by a combination method.

That is, a product graphic image whose main part can be commonly used for the same product (for example, "rice ball figure") has a character image of that attribute (for example, "Ume", "Mentaiko", "Tuna mayonnaise", "Tarako". "," Shake ", etc.), the data amount of the character image can be absorbed within the data amount of the product graphic image. Therefore, the first storage means [13GI (13GI
C, 14GI)] while keeping the storage capacity of the second storage means [13CIC, 14C] in the second embodiment.
I] to the first storage means [13GI (13GIC, 14G
I)] can also be used. That is, the second
It is possible to achieve the omission by also using the storage means.

Therefore, in the third embodiment, a product graphic using the product name (product type) column (13GN) of the product file 13F shown in FIG. 9 as the first storage means and the second storage means. Character image code file 13G
It is formed from the CIC and the product graphic character image file 14GCI shown in FIG. The storage capacity of this product graphic character image file 14GCI is
It can be the same as the storage capacity in the case of the product graphic image file 14GI shown in FIG. 3 in the first and second embodiments.

Therefore, in the case of the third embodiment,
The receipt 24R shown in FIG. 11 can be printed / issued while further reducing the cost and increasing the printing speed. It is recognized that the product type (eg, “Onigiri Ume”) can be confirmed more quickly and easily by just looking at the product graphic image. Moreover, since each attribute is not printed apart from each product graphic image, it is refreshing as a whole, and the purchased product can be more quickly and easily confirmed intuitively.

Further, when creating the product graphic character image of each product, each of the product graphic image (for example, "rice ball figure") and the character image (for example, "red") should be used for other products. You can That is, it is not necessary to create a unique and integrated product graphic character image for each product.

[0066]

According to the first aspect of the present invention, a printer for receipt printing is formed so as to print a graphic image, and the product type is a product graphic image.
It can be stored as an attribute formed by a character image and can be printed by combining the product graphic image and the attribute so as to integrally correspond to the printing position of the unit price on the receipt, so the product printed on the receipt Can be checked quickly and easily. Its attributes can also be confirmed quickly and easily in relation to the product graphic image. Moreover, the same product graphic image can be used for the same product (main part), and it is not necessary to use long-text attributes as the graphic image. That is, the number of product graphic images can be significantly reduced compared to the number of product types and the storage capacity of the storage means can be reduced, so that the product can be realized at low cost.

According to the invention of claim 2, the printer for receipt printing is formed so as to be able to print a graphic image, and the first storing means, the second storing means, the main part reading means and the partial reading are performed. Means, a product graphic image print control means, and an attribute print control means are provided, and the product type to be printed on the receipt is determined by the product graphic image and the character image.
Because it is printable form as an attribute that is formed by over-di, claims other that may exhibit the same effect as the first aspect of the invention, further sharable products graphics to each product type in the first storage means If the image is stored and the respective attributes are stored in the second storage means, it is only necessary to carry out the usual merchandise item registration operation, and the handling is further facilitated.

[0068]

[0069]

[Brief description of drawings]

FIG. 1 is a block diagram showing a first embodiment of the present invention.

FIG. 2 is also a diagram for explaining a product file, a product graphic image code file, and a second storage means.

FIG. 3 is also a diagram for explaining a product graphic image file.

FIG. 4 is likewise a flowchart for explaining the operation.

FIG. 5 is a diagram for explaining an example of printing a receipt.

FIG. 6 is a diagram for explaining a product file, a product graphic image code file, and a character image code file according to the second embodiment of the present invention.

FIG. 7 is also a diagram for explaining a character image file.

FIG. 8 is likewise a flowchart for explaining the operation.

FIG. 9 is a diagram for explaining a product file and a product graphic character image code file according to the third embodiment of the present invention.

FIG. 10 is also a diagram for explaining a product graphic character image file.

FIG. 11 is also a diagram for explaining an example of printing a receipt.

FIG. 12 is a diagram for explaining a conventional product file.

FIG. 13 is likewise a flowchart for explaining the operation.

FIG. 14 is also a diagram for explaining an example of printing a receipt.

[Explanation of symbols]

10 electronic cash register (product sales registration data processing device) 11 CPU (main part reading means, partial reading means, product graphic image printing control means, attribute printing control means) 12 ROM (main part reading means, partial reading means, Product graphic image print control means, attribute print control means) 13 RAM 13F Product file 13GN Product type column (second storage means) 13R Sales file 13GI Product graphic image storage means (first storage means) 13GIC Product graphic image code code file (First storage means) 13CIC character image code file (second storage means) 13GCIC product graphic character image code file (first storage means, second storage means) 14GI product graphic image file (first storage) Step) 14CI character image file (second storage means) 14GCI product graphic character image file (first storage means, second storage means) 20 keyboard 21 scanner 22 display 24 printer 24R receipt 25 clock circuit 30 High-end machine

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Claims (2)

(57) [Claims] 1. A product sales registration data processing device having a printer for printing receipts, wherein the product sales registration data processing device is formed so as to be able to issue receipts on which sales data including product types and unit prices of registered products are printed. In addition to being printable, the product type can store a product graphic image and an attribute formed by a character image, and the product graphic image and the attribute can be combined and printed integrally at the printing position of the unit price on the receipt. A product sales registration data processing device characterized by being formed as possible. 2. A product sales registration data processing device having a printer for printing receipts, wherein the product sales registration data processing device is formed so as to be able to issue a receipt on which sales data including the product type and unit price of the registered product can be issued. First storage means formed to be printable and storing a main part of the product type as a product graphic image; and second storage means storing a part of the product type as an attribute formed by a character image ; A main part reading means for reading the main part of the product type of the registered product from the first storage means; a partial reading means for reading the attribute of the product type of the registered product from the second storage means; Product graphic image print control means for printing the product graphic image read from the storage means in correspondence with the printing position of the unit price on the receipt. Provided the attribute print control means for printing integrally attributes read out from the second memory means to the printing position of the item graphic image, and printable form the product type commercially graphic images and their attributes, it A product sales registration data processing device characterized by: