JP3382829B2 - Commodity position indicating system, its method, its apparatus and recording medium - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system in which a store clerk efficiently searches for a product in a store in which a POS is placed for receiving an order from a customer and the work efficiency is improved.

[0002]

2. Description of the Related Art Today, with the generalization of automobiles in Japan, the development of stores that provide services while riding in automobiles is in progress.

In particular, for long-distance driving and the like, it is common practice to have a simple meal in the vehicle. For this purpose, the food is parked at the nearest convenience store or the like. I have to get off and buy the items in the store. For this purpose, a parking lot for parking cars is required, but in general, few convenience stores have large parking lots,
Even if you want to shop, you can't park, so you can't shop.

On the other hand, if you can shop while you are in a car, you do not need a parking lot and you can stop by when you want to shop. In fact, in the so-called automobile society in the United States, you can shop while riding a car,
A facility for watching movies, etc. has been built and is actually in operation.

However, in Japan, there are no shops that can carry out shopping while riding in a car.

[0006]

[Problems to be Solved by the Invention] In the United States, a store (drive-through type store) where people can actually shop while driving a car is operating, but the system in the store is not very efficient.

In other words, conventionally, when a customer comes to a drive-through type store, he / she takes an order as a memo and asks the customer for the payment amount in advance, and the clerk looks at the memo to find out the product requested by the customer from the product shelf, The method is to collect the products and hand them along with the change to the customer.

However, a salesclerk working in such a drive-through type store is expected to be a part-time job or a part-time worker, and such a salesclerk does not know exactly where the product is located in the store, and the product is It may take some time to collect. That is, since the store clerk does not know exactly where the product is, it takes time to collect the product, and it is not possible to quickly respond to the customer's request.

Further, there is no function for the customer to confirm in advance the purchase item, the price, etc. displayed on the customer display device from inside the vehicle. Therefore, an object of the present invention is to provide a product position indicating system in a drive-through type store, in which a store clerk can efficiently collect products and quickly respond to customer requests.

[0010]

The product position pointing system of the present invention is a system used in a store in which a POS for receiving an order from a customer is installed, and the product position indicating system On the product storage shelf for storage, PO
It is characterized in that a display device for indicating the place where the product purchased by the customer is placed in accordance with an instruction from S is provided.

Further, in the present invention, the above system is applied to a drive-through type store. In the system as described above, when the product code is input to the POS, the position of the product corresponding to the input product code on the product storage shelf is instructed, so that it is not necessary to search for the necessary product.

In particular, in the case of a drive-through type store, customers do not enter the store, but a store clerk must search for the product storage shelves in the store according to the order received from the customer. However, there are two types of products that can be placed in the store.
The number is 000 to 3000, and it is expected that the store clerk will be an unfamiliar store clerk such as a part-time job or a part-time worker, and thus it may take time to find a desired product. Therefore, when the system of the present invention is applied to a drive-through type store, the place where the product is present is immediately displayed, so that the store clerk does not have to search around the product storage shelves and can efficiently search and collect the product.

Therefore, the time required for one customer is shortened, the turnover rate of the entire store is increased, and efficient store operation can be performed.

[0014]

1 is an explanatory view of a drive-through type store of the present invention. The store 16 is provided with two windows, and the clerk is a customer 10-1 who is still in the car,
Interact with 10-2 from this window. Vehicle exit gates 14-1 and 14-2 are provided at the exit of the automobile so that the vehicle exit gates 14-1 and 14-2 can be opened after the customers 10-1 and 10-2 have paid the charges. To do.

In the store 16, a POS 1 operated by a clerk
1-1 and 11-2 are provided at each counter.
When the clerk receives the order from the customers 10-1 and 10-2,
This is input to the POS 11-1 and 11-2 to output the journal. At the same time, the product storage shelves 12-1 to 12-1
On 2-4, a display indicating the approximate position of the ordered product is displayed.

The clerk looks at the journals output from the POS 11-1 and 11-2 and looks at the product storage shelves 12-1 to 12-12.
Go to -4 to search for products. At this time, the product storage shelf 12-
With reference to the approximate positions where the products displayed in 1 to 12-4 are stored, the products requested by the customers 10-1 and 10-2 are collected.

At this time, on the electronic bulletin boards 13-1 and 13-2, the product name and price of the purchase, the subtotal of the purchase amount, etc. are presented to the customers 10-1 and 10-2, and the customer 10-1 is displayed. ,
10-2 can check whether or not what he / she bought is correctly transmitted to the clerk.

After collecting the products, the POS 11-1,
Return to 11-2 to receive money from the customers 10-1 and 10-2, and receive the goods together with the change, the customer 10-1,
Give it to 10-2. At this point, the vehicle exit gate 14-1,
14-2 opens and customers 10-1 and 10- who have finished shopping
2 leaves the car.

Depending on the store, it is possible to provide an unmanned sales office such as a fuel dispenser or an automatic car wash device. In the figure, the customer 10-1 has entered the shop 16 from the unmanned sales office. . A vehicle detector 15 is provided in the unmanned sales office so that it can be automatically determined whether or not the vehicle has passed through the unmanned sales office. The information of the product purchased by the customer 10-1 at the unmanned sales office is automatically POS 11-1.
The POS 11-1 is settled at a certain window.

FIG. 2 shows a display example of the electronic bulletin board. In the display example shown in the figure, the purchase date and time of purchase, the product name of the purchase product, the purchase quantity of each product, the unit price of the product, and the price are shown as the purchase product list to be shown to the customer. Orange juice, snacks, rice balls, etc. are stored on the product storage shelf, and when calculating the subtotal, the approximate position of the product on the product storage shelf is displayed.

Since the weekly magazines and cigarettes are arranged in the place where the POS is located, it is not necessary to take out the subtotal and go to the product storage shelf, so that the weekly magazines and cigarettes are directly input to the POS. The consumption tax is calculated by pre-registering the product including the consumption tax and the product not including the consumption tax, and separately calculating the consumption tax for the product not including the consumption tax.

[Purchase amount] is displayed when the POS total button is pressed, and the payment amount is expected to be 10,000 yen, 5,000 yen, 2,000 yen, etc. as shown in the lower part of the figure. The amount of change will be displayed for the amount of change.

A customer who is still in a car can confirm whether or not the product he or she bought is correctly calculated by looking at such a display displayed on the electronic bulletin board.
And paying the amount paid to the clerk while looking at this display,
Receive the goods and change.

FIG. 3 is a block diagram of the service system in the drive-through type store of the present invention. Currently, there are two counters in the store, one POS for each counter.
Is said to have been placed. One of the two POSs is the parent POS 30, which plays the role of a server and controls all of the stores. The parent POS 30 has the function of a personal computer, and may be, for example, the personal computer itself.

A child POS 31 is connected to the parent POS 30, and the child POS 31 is a terminal dedicated to calculating the amount of money. In addition to the child POS 31, the parent POS 30 includes a shelf display device 34 for a product storage shelf, an electronic bulletin board 35, and a vehicle exit gate 3.
6. An unmanned selling device 37 and the like are connected, and these controls are performed by one hand.

The shelf display device 34 is installed on the product storage shelf and is used to indicate the place where the product is located. In addition, the display can be displayed in a plurality of colors.
The color is displayed differently depending on whether the input is from 0 or the child POS 31. By doing this, the store clerk inputs the product using the parent POS 30 or the child POS.
The color changes depending on whether you input the product using 31. By remembering which POS the clerk input, you can know which color should be used as a landmark to search for the product. Has become.

The parent POS 30 and child POS 31 are respectively P
If you have an OS-ID and a product is entered,
Based on this POS-ID, the color of the display on the product storage shelf is determined. Therefore, the parent POS 30 is provided with a color display file 33 that stores which color is associated with which POS-ID.

The merchandise information sent from the child POS 31 is, for example, as shown in the figure, data consisting of a POS-ID and a merchandise code. The parent POS 30 identifies the POS-ID included in this data. The color to be displayed on the shelf display device is read from the color display file 33 and displayed in the corresponding color.

The shelf position file 3 is stored in the parent POS 30 in order to display on which shelf of the product storage shelves the products are located.
Two are provided. In the shelf position file 32, the product code and the shelf number are stored in association with each other.
30 refers to this shelf position file 32 to acquire where on the product storage shelf the product indicated by the product code is located,
A shelf display device on the shelf portion at the corresponding position informs the clerk that the product is at that location.

The parent POS 30 also has a POS-ID, and the product code input from the parent POS 30 is the parent POS 30.
The color to be displayed is acquired from the color display file 33, and the position of the shelf of the product storage shelf with the product is acquired from the shelf position file 32. With the color that was previously acquired for the position,
Show that the item is on that shelf.

The shelf position file 32 shown in the figure stores data in which only the product code and the shelf number are associated with each other.
The OS 30 also stores information that stores product names and prices corresponding to product codes, and the shelf position file 32 is a product file that stores product codes, shelf numbers, product names, prices, and the like in association with each other. It is also possible.

FIG. 4 is a diagram showing an example of the construction of a product storage shelf and an embodiment of a display device. Generally, 2000 to 3000 kinds of goods are placed in the drive-through type store, but it is not realistic to indicate the positions of all these goods by the shelf display device, and therefore, it is shown in FIG. As described above, the product storage rack 40 is divided into a plurality of rack groups and divided into a plurality of product groups, and the display device indicates which product group the target product belongs to.

In the figure, one vertical row of shelves is
Product groups 1 to n are formed as one group, and one display unit 41-1 to 41-n is attached to one product group. The indicators 41-1 to 41-n are provided with a red lamp and a blue lamp, as indicated by the indicator 41 on the left side of FIG.

For example, the input from the parent POS is displayed in red and the input from the child POS is displayed in blue. The clerk recognizes what color the display should be based on the POS used by the clerk, and finds the target product from the product group displayed by the displays 41-1 to 41-n.

In this way, the store clerk finds some product groups indicated by the indicators 41-1 to 41-n whose lamps are lit in the color of the POS used by the clerk, and selects the customer from these product groups. Take out and collect the products requested by, and return to the POS to settle. Therefore, even a salesperson who is unfamiliar with a part-time job or a part can efficiently find out the product that the customer wants from the product storage shelf in which many products are displayed, which improves work efficiency.
It is possible to provide prompt sales service to customers.

As the lamp of the display 41, any display device can be used as long as it can be used as a normal lamp. Further, the colors to be displayed need not necessarily be displayed in red and blue as long as the inputs from different POSs can be distinguished.

In some stores, about 2000 to 30
Since there are quite a lot of 00 items, how to divide these products into product groups is left to the discretion of the user who uses the system of the present invention. For example,
If products of the same type (for example, caramel of different manufacturers) are divided into the same product group, it may take some time to find products of a specific manufacturer from one product group. If you divide the same type of products into different product groups,
Among the display devices 41-1 to 41-n, the caramel indicated by the display device 41-1 and the caramel indicated by the display device 41-3 are manufactured by different makers, and the product which the customer wants. You will be able to find out soon.

On the contrary, by placing different kinds of products on the vertical rows of the product storage shelves 40 (other shelves of the same product group), the number of the indicators 41-1 to 41-n is reduced. However, it is possible to indicate the position of a product in a substantially finer manner. Of course, the indicators 41-1 to 41-n may be provided on the side of the product storage shelf 40 to indicate the horizontal row of each shelf. In this case, it is preferable to place products of different types next to each shelf.

FIG. 5 is a diagram showing an example of a method of inputting the product code to the POS. Entering the product code into the POS 53 is performed by, for example, the Electric Order Book (E
OB) 50. EOB50 is a product list 51
The product names are listed in the part, and the product code 52 is described in the form of a bar code corresponding to each product name.

According to the customer's order, the store clerk can use EOB5
The product code 52 is searched for from 0, and the product code is read by the POS 53 by a bar code reader (not shown). The POS 53 has a product file 54, as shown in FIG. In FIG. 3, the shelf position file 32 is added with information such as product prices.

The data stored in the product file 54 is not limited to the format shown in FIG.
The product code, product name, unit price, and shelf position are associated with each other. The shelf position is made up of two numbers in the example shown in FIG. This is based on the assumption that the number of shelves is small, and means the shelves in the first and third rows.

In the description of FIG. 4, the number of shelves is large and the types of products are also large. Therefore, the method of instructing the shelf positions divided into product groups has been described. It is also possible to attach an indicator to one of the shelves to indicate the position where the product is placed. Product file 54 in FIG.
The data format of is a format in which the position of each product is designated by thus designating the position of each shelf.

In this way, the POS 53 has the product code 5
When 2 is input, the product name is referred to by referring to the product file 54,
Get unit price and shelf position. The product name and unit price are used for publication in a journal or for display on an electronic bulletin board for presentation to customers. The shelf position is used to display the shelf position with a lamp so that the store clerk can easily find the product from the product storage shelf.

Of course, the input of the product code to the POS 53 is not limited to the above method, and the product name may be directly input to the POS 53. In this case, although the product code is not particularly required for the data of the product file 54, the product code may be used in the case of product delivery or the like, so it is better to register the product code. good.

6 and 7 are flowcharts showing the flow of services in the drive-through type store. When a customer's car enters the window of a drive-through store, it is first determined whether or not the car is entering from an unmanned sales gate such as a refueling device or a car wash device (step S1). There are various possible methods for determining whether or not the entry is from the unattended sales gate, but for example, limiting the windows that can be entered from the unattended sales gate or buying products at the unattended sales gate. It is conceivable that you can issue a card that shows and ask the customer to submit it.

When the entry is from the unattended sales gate, the data such as the product code and the quantity from the unattended selling device is displayed as P.
Import to OS (step S2). Next, ask the customer whether there is another product purchased from the window (step S
3) If there is no other product purchased, the charge will be settled (described later). If there is another product to be purchased, the customer listens to the desired product, scans the product code using the EOB or the like, and inputs it into the POS (step S4).
After the product code is input, the quantity of the product desired by the customer is input (step S5). Next, the POS judges whether or not the subtotal button has been pressed (step S6). If the subtotal button has not been pressed, it means that there is a product that has not been input. Therefore, the procedure returns to step S4 and further. Enter the product code and quantity. After inputting all the products, the clerk presses the POS subtotal button to output the subtotal (step S7).

At this time, the name, price, quantity, etc. of the purchased product are also displayed on the electronic bulletin board provided in front of the customer's car.
The subtotal amount is displayed. Simultaneously with the display of the electronic bulletin board, the display showing the position of the product on the product storage shelf in the store lights up (step S8).

Next, since a journal is output from the POS, the clerk goes to the merchandise storage rack in the store for the merchandise instead of using this journal as a memo (step S9). After collecting the products, the customer returns to the counter to pay the price and inputs the received amount into the POS (step S10). At this time, although not shown in the flowcharts of FIGS. 6 and 7, the product code, price, quantity, etc. of the products placed around the POS are input to the POS,
It is also possible to newly press the subtotal button to display it on the electronic bulletin board and then have the customer pay the price.

When the payment is received from the customer in step S10, the clerk presses the POS total button (step S11). When the total button is pressed, the display of the product storage shelf disappears (step S12), the journal of the final purchased product is output, the amount of change is displayed on the electronic bulletin board, and the drawer of the POS (with cash included) The drawer where it is) is opened (step S13). The clerk then takes out the fishing from the POS drawer and hands it to the customer along with the product. At this point, the vehicle exit gate is opened, and the customer exits the general road from the window side (step S14). After the customer's car leaves the general road, the vehicle exit gate is closed (step S15), and the process is returned to step S1 to wait for the next customer.

In step S3, when there is no shopping other than from the unmanned selling device, the clerk asks the customer to that effect,
Press the subtotal button (step S16). By pressing the subtotal button, the purchase price on the unmanned vending machine is displayed on the electronic bulletin board (step S17), and the customer sees this display and pays the salesclerk, and the salesperson receives the amount of the payment received at the POS. Input (step S10).

In such a case, the merchandise is only purchased by the unmanned selling device, and therefore the merchandise storage shelves in the store are not displayed. When the clerk receives the payment from the customer and inputs the deposit amount into the POS, he pushes the total button (step S1.
1) Output the journal, display the change, and open the drawer. At this time, the shelf display is turned off in step S12, since the shelf display was not originally displayed, no particular processing is performed.

The output of the journal and the display of the change are performed based on the product code and the quantity which the POS has obtained from the unmanned selling device in advance in step S2. After that, as explained above, while handing the fishing to the customer, the vehicle exit gate is opened to send the customer to the general road (step S1).
4) After the vehicle passes, close the vehicle exit gate (step S15) and wait for the next visitor.

FIG. 8 is a view showing another embodiment of the display of the product storage shelf. The structure of the merchandise storage shelf in the same figure is the same as that of FIG. 4, and the vertical arrangement of the shelves constitutes one group, and the commodities placed in each group are regarded as one merchandise group, respectively. ~ 80-n are attached.

Although the red lamp and the blue lamp are turned on in the embodiment of the display device shown in FIG. 4, in the present embodiment, by utilizing the fact that characters can be displayed by the liquid crystal display, more detailed information of the product is displayed. It is something that is done.

For example, in the embodiment of the display 81,
The product name is output on the liquid crystal display screen 83. As in the embodiment of FIG. 4, red and blue characters are displayed so that the color of the displayed character can be recognized by which POS is used. Of course, the colors to be displayed may be any colors as long as they can be distinguished from each other.

The displayed product name is obtained from the product file of the POS based on the product code, and the character data sent by the POS is displayed on the liquid crystal display screen 83.

By doing so, the clerk can immediately recognize which product should be brought from among the products arranged in one product group. That is,
In order to collect products while looking at the journal, the clerk must know which products have already been collected and which products have not yet been collected, but the product name is displayed on the display 81. As a result, it becomes clear from the displayed product group which product should be brought, and the work efficiency of the clerk can be improved.

The indicator 82 is a further indicator 80-1 to 8-8.
It is another example of 0-n. In this case, not the product name but the number of shelves with products is shown. In order to make such a display, the shelf position as the product information that the POS has is not only a product group but also a product group on which shelf. Need to be In this way, if the number of steps is indicated, the clerk can immediately find the position of the shelf on which the product is placed without looking for the product from the vertical shelves in which the product groups are arranged. It can be expected that the efficiency will increase.

As described above, the display contents of the display devices used for the display devices 80-1 to 80-n can be changed in any manner depending on the detail of the position information of the product held by the POS. The more detailed the position of the product is displayed, the more efficient the work can be done even by an inexperienced store clerk such as a part-time job or a part.

However, in detail about the position display of the product,
It is necessary to place the same product in a predetermined place without mistake when carrying in a product before opening a store. FIG. 9 is a configuration diagram of a system that employs another method for determining the display color of the product storage shelf.

Also in the system shown in the figure, the parent POS 30
Is provided, and the child POS 31 is connected thereto. Further, the parent POS 30 has a shelf display device 34 attached to a product storage shelf, an electronic bulletin board 35, a vehicle exit gate 36,
Unattended vending machines 37 are connected, and each of them is a parent POS 30
Are configured to control. Further, a shelf position file 32 for obtaining the shelf position is provided, and the product code and the shelf position where the product is placed, particularly the shelf number, are stored in association with each other.

In the system of FIG. 3, the display color of the shelf position is determined for each POS, and the clerk collects the products by looking at the display color displayed on the product storage shelf depending on which POS is used. However, in the system of FIG. 9, each store clerk is assigned a unique color, and among the displays on the product storage shelf, the products displayed in his / her own color are viewed to collect the products.

That is, the clerk has something like an ID card, and the parent POS 30 or child POS 31 is provided with a card reader 93. The clerk causes the card reader 93 to read his ID card before inputting to the POS. The data sent from the child POS 31 to the parent POS 30 consists of a clerk code and a product code.

The parent POS 30 has, as the color display file 92, a file in which data in which a store clerk ID and a color are associated is stored, and the color displayed on the product storage shelf depends on who is the store clerk who inputs the product code. change. The store clerk recognizes the color assigned to him / her from the display of the POS or the like, searches for the display of the same color from the product storage shelf, and collects the product.

Such a system is effective when the number of store employees is large relative to the number of POS. That is, when the color is set for each POS as described above, when the same POS is used, the shelf display is performed in the same color, so that only the number of POS customers can be handled at one time.

On the other hand, if a color is determined for each store clerk and the shelf display is configured to be displayed in a different color depending on the number of store clerk, even if the number of POS is small, the number of customers can be as many as one store at a time. Since you can be a partner, you can increase the turnover rate.

In the above description, only the application of the system of the present invention to the drive-through type store has been described, but any store can be used as long as the store has a POS for inputting orders from customers. It is also applicable to.

The description has been made on the assumption that the products are stored on the shelf called the product storage shelf. However, the place where the products are stored is not necessarily limited to the shelves, and the position of the product according to the product storage location. Should be arranged so that can be displayed well.

FIG. 10 is a diagram showing a recording medium. As mentioned above, the parent POS is a device having the function of a personal computer,
Alternatively, it is the computer itself. Therefore, the parent POS
It is possible to store the processing executed by the program in the form of a program, and to read and execute the program when the parent POS is activated.

As shown in FIG. 10, the program data installed in the parent POS is stored in the recording device 1 such as a hard disk.
It is possible to record it in 00 and read it into the main memory and execute it when the parent POS is activated. Alternatively, the process can be executed by recording the program in a portable recording medium 102 such as a floppy disk or a CD-ROM and loading it in the main memory of the parent POS. The portable recording medium 102 is of a form in which the program is distributed to the drive-through type store of the present invention, loaded into a personal computer serving as a parent POS installed in this store, and the system of the present invention is operated in each store. Used to deploy the system.

Alternatively, the processing program data of the parent POS can be distributed to each parent POS using a communication line. That is, a facility such as a center for managing each drive-through type store is provided, and the program data is transmitted to each parent POS to be executed by using the communication line from the recording device 101 of the center according to the rotation of the store. It is possible. In this case, the center corresponds to the information provider in the ordinary communication network. The communication line may be wired or wireless, but it is considered preferable to be wired considering the safety of transmission of program data. The information provider who distributes the processing program of the parent POS need not be the center that manages each drive-through store, and the information provider does not need to distribute the program data to all stores.

As described above, since the parent POS is a device having the function of a personal computer or the personal computer itself, all program execution forms that can be used by a normal personal computer can be applied to the system of the present invention. .

[0073]

[Effects of the Invention] In a store in which a POS for entering orders from customers is arranged, even an inexperienced store clerk such as a part-time job or a part can efficiently find out the product that the customer wants and quickly respond to the customer. The turnover rate of the entire store can be increased.

[Brief description of drawings]

FIG. 1 is an explanatory diagram of a drive-through type store of the present invention.

FIG. 2 is a display example of an electronic bulletin board.

FIG. 3 is a configuration diagram of a service system in a drive-through type store of the present invention.

FIG. 4 is a diagram showing a configuration example of a product storage shelf and an embodiment of a display device.

FIG. 5 is a diagram showing an example of a method of inputting a product code to a POS.

FIG. 6 is a flowchart (part 1) showing the flow of services in a drive-through store.

FIG. 7 is a flowchart (part 2) showing the flow of services in a drive-through store.

FIG. 8 is a diagram showing another embodiment of the display of the product storage shelf.

FIG. 9 is a configuration diagram of a system that adopts another method of determining a display color of a product storage rack.

FIG. 10 is a diagram showing a recording medium.

[Explanation of symbols]

10-1, 10-2 Customers 11-1, 11-2, 53 POS 12-1 to 12-4, 40 Product storage shelves 13-1, 13-2 Electronic bulletin board 14-1, 14-2 Vehicle exit gate 15 Vehicle detector 16 Store 30 Parent POS 31 Child POS 32 Shelf position file 33, 92 Color display file 34 Shelf display device 35 Electronic bulletin board 36 Vehicle exit gate 37 Unmanned sales device 41, 41-1 to 41-n, 80-1 80-n, 8
1, 82 Display device 50 EOB 51 Product list 52 Product code 54 Product file 83 Liquid crystal display screen 93 Card reader 100, 101 Recording device 102 Recording medium

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Claims (16)

(57) [Claims] 1. A system used in a store in which a POS for receiving an order from a customer is arranged, wherein the products arranged in the store are divided into a plurality of product groups.
POS from different clerk when indicating and displaying the place where the product instructed from the POS among the products is placed in the product storage place for grouping and storing
Items that have received the above instructions in different colors for input to
A system which is provided with a display for indicating and displaying the position of a product group including the . 2. A system used in a store in which a POS for receiving an order from a customer is arranged, wherein the products arranged in the store are divided into a plurality of product groups.
When displaying the place where the product instructed from the POS among the products is placed in the product storage place for grouping and storing, in response to the instruction from each of the plurality of POS Are in different colors and receive the instructions above
And a display device for indicating and displaying a position of a product group including the product . 3. A POS is provided for receiving orders from customers.
A system used in a closed store for storing goods for storing products, which is placed in the store.
Received instructions from the POS among the products at the tube place
When displaying the place where the product is placed
Different colors are displayed depending on the input from the staff to the POS.
Display and the product name, price, quantity and purchase of the product purchased by the customer.
And a sales display device for displaying at least the total amount of money . 4. A POS is arranged to receive orders from customers.
A system used in a closed store for storing goods for storing products, which is placed in the store.
Received instructions from the POS among the products at the tube place
When indicating the place where the product is placed, the above multiple
Different color table for each POS instruction
An indicator that shows the product name, price, quantity and purchase of the product purchased by the customer.
And a sales display device for displaying at least the total amount of money . 5. A POS is arranged to receive orders from customers.
A system used in a closed store for storing goods for storing products, which is placed in the store.
Received instructions from the POS among the products at the tube place
When displaying the place where the product is placed
For the input from the staff to the POS,
Also, display different colors for each ID given to the clerk.
A system characterized by being provided with an indicator for performing
Mu. 6. A POS is arranged for receiving orders from customers.
Used in a drive-through store
And store the goods that are placed in the drive-through store
In the product storage area for
Displays the location of the product instructed by
Input to the POS from different store clerk.
Display that displays different colors and a vehicle exit gate that opens when the sales process ends
And a system that is provided. 7. A POS is arranged in which an order from a customer is input.
Used in a drive-through store
And store the goods that are placed in the drive-through store
In the product storage area for
Displays the location of the product instructed by
The instructions from each of the plurality of POS
Display that displays different colors, and a vehicle exit gate that opens when the sales process ends
And a system that is provided. 8. A POS is arranged in which an order from a customer is input.
Used in a drive-through store
And store the goods that are placed in the drive-through store
In the product storage area for
Displays the location of the product instructed by
Input to the POS from different store clerk.
The display unit that displays different colors and the information about the purchased product are sent to the POS, and the information is entered into the POS.
A system characterized by being provided with products that have been put in force and an unmanned selling device that collectively clears the items . 9. A POS is arranged in which an order from a customer is input.
Used in a drive-through store
And store the goods that are placed in the drive-through store
In the product storage area for
Displays the location of the product instructed by
The instructions from each of the plurality of POS
Display information in different colors, and send information about the purchased product to the POS, and enter the POS.
A system characterized by being provided with products that have been put in force and an unmanned selling device that collectively clears the items . 10. In a store that sells products based on an order from a customer, a plurality of product groups that sell the products arranged in the store.
In the product storage area for grouping and storing in groups ,
Among the products, when indicating the place where the product ordered by the customer is placed, the product instructed by a different color in response to the input of orders from different store employees is included.
A method for instructing the position of a product, characterized by displaying the position of a product group to be displayed . 11. In a store that sells products based on an order from a customer, the products arranged in the store are grouped into a plurality of product groups.
In the product storage area for grouping and storing in groups ,
When indicating the place where the product ordered by the customer among the products is placed , the instruction is received in a different color from the instruction from each of the plurality of POSs .
Product position indicating method and performing instructions display position of the product group that contains the product. 12. A device arranged in a store for receiving an order from a customer, comprising: a shelf position file storing information of the product including at least information on a storage location of the product; Place the product in multiple product groups
It is provided in a product storage area for grouping and storing into groups, and the place where the product is placed, which is obtained by referring to the shelf position file, of the product ordered by the customer When displaying the instruction, the quotient that received the instruction is displayed in a different color for the input of orders from different store employees
An apparatus to which a display device for indicating and displaying a position of a product group including products is connected. 13. A device arranged in a store for receiving an order from a customer, comprising: a shelf position file for storing information of the product including at least information on a storage location of the product; Place the product in multiple product groups
It is provided in a product storage area for grouping and storing into groups, and the place where the product is placed, which is obtained by referring to the shelf position file, of the product ordered by the customer When displaying instructions, in response to the input of orders from different clerk, each device has its own color ,
The position of the product group that contains the product
An apparatus characterized in that a display for indicating and displaying is connected. 14. The device reads an ID of a store clerk, and I is given to the store clerk in response to each store clerk's input.
13. The device according to claim 12, wherein the display device is instructed to display the position of the product in a different color for each D. 15. A computer provided in a store that sells products based on an order from a customer, wherein a plurality of product groups that store the products are arranged in the store.
In the product storage area for grouping and storing in groups ,
Among the products, when indicating the place where the product ordered by the customer is placed, the product instructed by a different color in response to the input of orders from different store employees is included.
A computer-readable recording medium having recorded therein a program having a function of displaying an indication of the position of a product group to be displayed . 16. A computer provided in a store that sells products based on an order from a customer, wherein a plurality of product groups that store the products are arranged in the store.
In the product storage area for grouping and storing in groups ,
When indicating the place where the product ordered by the customer among the products is placed , the instruction is received in a different color from the instruction from each of the plurality of POSs .
A computer-readable recording medium recording a program having a function of displaying an indication of a position of a product group including products .