KR20240062404A - RPA POS module that interoperates with multiple application modules - Google Patents

Abstract

The present invention provides a consumer terminal for ordering food, a food ordering app that connects to the consumer terminal to order food, and is connected to the food ordering app through a wired or wireless network to upload or renew food-related information to the food ordering app. A central server, an administrator terminal that manages the central server, and a store terminal that provides information to be uploaded or renewed to the food ordering app, and the central server provides information about the force module required for store operation and the ordered food. This relates to a POS module that is interoperable with a plurality of application modules, wherein the store manager operates the store through the separate POS module as the payment module that processes the payment is included and transmitted.

Description

RPA POS module that interoperates with multiple application modules}

The present invention relates to a store operation system, and more specifically, to an RPA force module that is interoperable with a number of application modules, characterized in that the store manager operates the store through a separate force module that interoperates with the application. .

Recently, unmanned ordering technology is being spread to improve convenience of ordering and payment in stores providing various services such as restaurants and coffee shops.

Accordingly, as the restaurant industry develops and the size of restaurants gradually diversifies, the number of employees to take orders from customers and transport food also increases.

In addition, in restaurants, it takes a lot of time to place an order, and in some cases, food ordered by a customer may be missing, which can be a source of dissatisfaction for customers. In the case of a complex restaurant with a large number of customers, many additional orders are required, making calculation complicated. Situations may arise.

To improve this, the importance of POS systems is gradually increasing.

Originally, the RPA POS (Point of Sales) system refers to a point-of-sale management system. Here, RPA stands for Robotic Process Automation, and it efficiently improves simple repetitive processing processes by introducing automation functions. It refers to a computer system that is useful for inputting distribution information such as items, prices, and quantities at the same time as sales at distributor stores, and analyzing and utilizing various data using computers.

In other words, it is a system that prints or attaches a bar code to the packaging of a product and passes it through a bar code scanner, and various information about the product is automatically entered into the main computer.

By using this POS system, the sales flow of products can be identified by unit item, and sales trends and time periods of new products and promotional products, sales trends of low-selling products, similar products, and competing products can also be identified in detail.

Therefore, the POS system not only allows restaurants to effectively establish marketing strategies such as the correlation between sales price and sales volume, main target targets, and advertising plans, but also simplifies inventory, ordering, and delivery management systems, thereby reducing costs. There are advantages to this.

Recently, devices that apply a POS system based on personal computers using Windows have become increasingly popular. These are commonly called POS machines, and they are very popular in restaurants and other places because they combine the functions of a cash register and a computer terminal and are easy to operate.

Figure 1 shows an example of the conventional technology of such a force device (Public Utility Model No. 20-2009-0001881).

The conventional POS device shown in FIG. 1 includes a main body 11, a monitor 10 that displays information such as order details for each table, the price of each food and drink, the total amount, and change, and a magnetic sensor for a credit card. It includes a card reader (60) that reads information and a buyer display (20) that displays the calculated amount to the customer.

The main body 11 includes a microprocessor that receives data input by an administrator and performs tasks such as calculating prices and processing sales details, a memory that stores various input data and result data processed through the microprocessor, Including a graphics card that converts input data from an input device and microprocessor processing result data into display signals and outputs them to a monitor, a circuit for operating the main body, and a motherboard on which the microprocessor, memory, graphics card, etc. are mounted. It is composed.

Since the configuration of this main body is basically very similar to that of a personal computer, detailed description will be omitted.

The monitor 10 receives input data from an input device output from the graphics card of the main body 11 and processing result data from a microprocessor and displays them. As the monitor 10, an LCD monitor that is small in size, easy to operate, and has a touch screen function is widely used.

The card reader 60 reads the card presented to the customer and, if it is a credit card, determines whether to approve the card.

The buyer display 20 displays the amount of food ordered by the customer, the total amount, and change when paying in cash toward the customer.

Additionally, if the restaurant is large, monitors (30, 40, 50) will be installed in random locations and in the kitchen.

However, these conventional POS devices require additional costs as they are purchased and used separately, and even when customer management, store management, inventory management, etc. are required, a separate terminal must be purchased and used separately, making them cumbersome and expensive to use. There is a problem.

In order to solve the above problem, the present invention provides an environment in which the force module can be easily applied by transmitting the force module to the store terminal provided in the store without purchasing a separate terminal so that the force function can be used immediately, making it easy to use the force module. The purpose is to provide an environment where

In addition, it provides various modules that can effectively perform customer management, product management, sales management, inventory management, etc. related to store operation, but is interconnected with the POS module so that the store can be operated through the POS module, enabling multiple applications. The purpose is to provide a force module that is interconnected with the module.

In order to achieve the above object, the present invention provides a consumer terminal for ordering food, a food ordering app that connects to the consumer terminal to order food, and is connected to the food ordering app through a wired or wireless network to order food in the food ordering app. A central server that uploads or renews related information, an administrator terminal that manages the central server, and a store terminal that provides information to be uploaded or renewed to the food ordering app, and the store terminal has a force module necessary for store operation and ordered As the payment module for paying for food is included and transmitted, the store manager operates the store through the separate POS module.

At this time, the central server 400 is equipped with a customer database 410 that stores the data of customers who have sold food at the store through the POS module 310, and the POS module inputs customer information with the consent of the customer who visited the store. and transmits it to the central server, wherein the customer information includes one or more of the customer's name, phone number, and payment card number, and the central server that receives the customer information inputs it into the customer database.

In addition, the central server transmits a customer menu 412 for customer management to the POS module, and the POS module searches or manages customer information 414 using the customer menu transmitted from the central server. Do it as

In addition, the central server 400 is provided with a food DB 420 that stores a list of foods sold at stores using the force module 310, and receives the list of foods from the force module to receive the list of foods from the force module. It is characterized by storing it in the food DB.

In addition, the central server transmits a food confirmation menu 422 through which the food list can be checked to the force module, and the force module searches for food through the food confirmation menu transmitted from the central server.

In addition, the central server 400 is equipped with a raw material database 430 that manages the raw materials of food sold in stores using the force module 310, and stores the raw materials of foods sold in stores using the force module. The list is received from the force module and stored in the raw material database.

In addition, the central server transmits a raw material confirmation menu 432 through which the raw material list can be checked to the force module, and the force module is characterized in that it searches the raw materials through the raw material confirmation menu transmitted from the central server.

In addition, the central server 400 is provided with a sales DB 440 that stores the food sales amount 442 sold through the POS module 310, and the food sales amount sold using the Force module is stored from the POS module. It is characterized in that it is delivered and stored in the sales database.

In addition, the central server transmits to the POS module a sales volume confirmation menu 445 through which the food sales volume can be confirmed, and the POS module reports the sales volume of each food to the central server through the sales volume confirmation menu transmitted from the central server. It is characterized by transmitting or viewing.

In addition, the central server transmits a material calculation module 460 that calculates the raw materials for each food to the force module, and the force module inputs the required raw materials for each food sold through the material calculation module and sends them to the central server. It is characterized by delivering.

In addition, the material calculation module is equipped with a holding amount input menu 462 through which the holding amount of the raw materials can be input, and the holding amount of the raw materials held in the store is inputted and transmitted to the central server.

In addition, the reserve amount input menu includes at least one of the following: an image input method that captures raw materials through a camera and inputs them through image processing, a barcode input method that inputs by reading the barcode attached when purchasing raw materials, and a keyboard input method that inputs them using a keyboard. It is characterized by being included.

At this time, the material calculation module reads the sales volume of food from the sales DB 440 at the end of the day, checks the sales volume of that day, calculates the amount of raw material usage 464 from the sales volume of the food, and then calculates the remaining amount of the raw materials. However, the raw material remaining amount 466 is obtained by subtracting the raw material usage amount from the raw material holding amount 468.

In addition, the material calculation module obtains the amount of raw material usage calculated from the food sales volume, and when the amount of raw material usage (464) from before a specific date to the acquisition date based on the acquisition date is called the raw material standard amount (470), the raw material usage amount (464) is calculated based on the acquisition date. When the remaining amount is less than the standard amount of raw materials, a purchase signal 472 for the corresponding raw materials is generated.

In addition, the specific day is 3 days, or is applied differently for each individual, month, or week, or is applied differently depending on the amount of food sales.

In addition, as the raw material delivery terminal supplying the raw materials is equipped with a raw material delivery module 480 and the central server is equipped with a material purchasing module 490, the material purchasing module receives a purchase signal of the corresponding raw materials from the material calculation module ( When 472) occurs, the material purchasing module transmits a purchase order signal 492 for the corresponding raw material to the raw material delivery terminal 481.

At this time, when the material purchase module 490 transmits a purchase order signal for the raw material to the raw material delivery terminal 481, the purchase quantity is the raw material standard quantity 470.

In addition, the central server transmits a customer management module 500 for integrated customer management to the POS module, and the POS module transmits the customer's purchase information 502 and points (502) through the customer management module transmitted from the central server. 504).

In addition, customer information is entered into the customer DB with the customer's consent, and the customer information is stored with a point value (506) accumulated according to the number of visits. The customer management module Used card information 510 is transmitted to the central server, and the central server that receives the used card information extracts a plurality of storage card information 512 stored in the customer DB, compares it with the used card information, and then uses the used card information. If there is stored card information that is the same as the card information, points according to the customer's additional visits are accumulated and stored in the point value 506.

In addition, the food DB stores food lists sent from multiple stores sent from the POS module used by multiple stores, so it is possible to determine whether each store ID 520 and the food list of the store corresponding to the ID are shared with other stores. It is characterized in that the shared adoption value to be determined (522, e.g., sharing request if 'on', rejection of sharing if 'off') is stored together.

In addition, the POS module transmits a food inquiry signal 532 to the central server to search for food through the food confirmation menu 530 transmitted from the central server, and the food inquiry signal includes food provided by another store. An other request signal 534 requesting a list may be included, and if the food inquiry signal does not include another request signal, the central server transmits only the food list transmitted and stored from the store in the food DB to the POS module. , if the food inquiry signal includes another request signal, the food DB includes the food list transmitted and stored from the store and the food list 536 transmitted and stored from the store where the shared adoption value has an "on" value. It is characterized in that it is transmitted to the force module.

The features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings.

In the present invention, as the central server is linked to the store terminal linked to the kiosk installed in each store, it processes consumers' food orders without the need to build a separate system and manages customer management, product management, and sales in connection with store operation. The purpose is to provide a POS module that is interoperable with a number of application modules, characterized in that the store is operated through a separate POS module that is interoperable with each independent application such as inventory management.

Additionally, according to the present invention, there is an effect in that consumers and each store can be directly connected to each other without the intervention of a third party providing intermediary services.

That is, according to one embodiment of the present invention, as the store terminal linked to the kiosk and the central server are connected to each other, even if the food order menu and food information change in real time, they will be transmitted from the store terminal installed in the store to the central server. You can.

In addition, when the food order menu and food information in the store are edited or changed, the edit information is automatically transmitted to the consumer terminal through the central server, so that any person in the store can manually edit the food sales information displayed on the kiosk or , By eliminating all processes for directly transmitting editing information to the central server, the occurrence of errors can be prevented in advance.

Figure 1 is a block diagram schematically showing the structure of a conventional ordering agency system.
Figure 2 is a block diagram schematically showing the configuration of a force module interoperable with a plurality of application modules according to an embodiment of the present invention.
Figure 3 is a block diagram showing the structure of the central server of the force module according to an embodiment of the present invention.
Figure 4 is a block diagram showing the order in which a purchase signal is generated for material management according to an embodiment of the present invention.
Figure 5 is a block diagram schematically showing the configuration of a customer management module according to an embodiment of the present invention.
Figure 6 is a diagram illustrating customer information and food DB for customer management according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the attached drawings. In this process, the thickness of lines or sizes of components shown in the drawings may be exaggerated for clarity and convenience of explanation.

In addition, the terms described below are terms defined in consideration of functions in the present invention, and may vary depending on the intention or custom of the user or operator. Therefore, definitions of these terms should be made based on the content throughout this specification.

In addition, the examples below do not limit the scope of the present invention, but are merely illustrative of the components presented in the claims of the present invention, and are included in the technical idea throughout the specification of the present invention and constitute the scope of the claims. Embodiments that include elements that can be replaced as equivalents may be included in the scope of the present invention.

Figure 2 is a block diagram schematically showing the configuration of a force module interoperable with a plurality of application modules according to an embodiment of the present invention.

As shown in Figure 2, the POS module that is interoperable with a number of application modules of the present invention includes a consumer terminal 100 for ordering food, and a food ordering app 600 through which the consumer terminal 100 connects to order food. And, a central server 400 that is connected to the food ordering app 600 through a wired or wireless network to upload or renew food-related information to the food ordering app 600, and an administrator terminal that manages the central server 400. (200) and a store terminal 300 that provides information to be uploaded or renewed to the food ordering app 600, and the central server 400. The store terminal 300 includes a force module 310 necessary for store operation. As the payment module 330 that processes payment for the ordered food is included and transmitted, the store manager can operate the store through the separate POS module.

As shown in Figure 1, multiple stores have each store terminal (store 1 -> store terminal 1, store 2 -> store terminal 2, store 3 -> store terminal 3, ..., store N -> store terminal N (where N is the total number of stores managed by the central server) includes each force module transmitted from the central server (store terminal 1 -> force module 1, store terminal 2 -> force module 2, store terminal 3 -> force Module 3, ..., store terminal N -> Force module N) are provided.

In addition, a raw material terminal 481 that supplies raw materials required at each store and a raw material module 480 managed by the raw material terminal 481 may be arranged.

At this time, as specifically shown in FIG. 3, the central server 400 is equipped with a customer database 410 in which data of customers who have sold food in the store through the force module 310 are stored, and the force module is stored in the store With the consent of the customer who has visited the site, customer information is entered and transmitted to the central server. The customer information includes one or more of the customer's name, phone number, and payment card number, and the central server that receives the customer information is the central server. This is stored in the customer database.

In addition, the central server transmits a customer menu 412 for customer management to the POS module, and the POS module can search or manage customer information 414 using the customer menu transmitted from the central server. .

In addition, the central server 400 is provided with a food DB 420 that stores a list of foods sold at stores using the force module 310, and receives the list of foods from the force module to receive the list of foods from the force module. You can save it to Food DB.

Additionally, the central server transmits a food confirmation menu 422 through which the food list can be checked to the force module, and the force module can search for food through the food confirmation menu transmitted from the central server.

The present invention may be provided with a function for managing products. As shown in FIG. 3, the central server 400 includes a raw material database for managing the raw materials of food sold at stores using the force module 310. 430 is provided, and a list of raw materials for foods sold in stores using the force module can be received from the force module and stored in the raw material database.

The central server transmits a raw material confirmation menu 432 through which the raw material list can be checked to the force module, and the force module can check the raw materials through the raw material confirmation menu transmitted from the central server.

And the central server 400 is provided with a sales database 440 that stores the food sales amount 442 sold through the force module 310, and transmits the food sales amount sold using the force module from the force module. It is received and stored in the sales database.

In addition, the central server transmits to the POS module a sales volume confirmation menu 445 through which the food sales volume can be confirmed, and the POS module reports the sales volume of each food to the central server through the sales volume confirmation menu transmitted from the central server. You can send or view it.

In addition, the central server transmits a material calculation module 460 that calculates the raw materials for each food to the force module, and the force module inputs the required raw materials for each food sold through the material calculation module and sends them to the central server. It can be delivered.

In addition, the material calculation module is provided with a holding amount input menu 462 through which the holding amount of the raw materials can be input, and the holding amount of the raw materials held in the store is inputted and transmitted to the central server.

At this time, the reserve amount input menu includes at least one of the following: an image input method that captures raw materials through a camera and inputs them through image processing, a barcode input method that inputs by reading the barcode attached when purchasing raw materials, and a keyboard input method that inputs them using a keyboard. When entering material quantity, various input methods such as the above-mentioned camera or barcode capable of automatic recognition can be used.

The present invention provides a method for managing raw material inventory as shown in FIG. 4. The material calculation module reads the sales volume of food from the sales DB 440 at the end of the day, checks the sales volume of that day, calculates the raw material usage 464 from the sales volume of the food, and calculates the remaining amount of the raw materials, The raw material remaining amount (466) is obtained by subtracting the raw material usage amount from the raw material holding amount (468).

At this time, the material calculation module obtains the raw material usage calculated from the food sales amount, but when the raw material usage 464 from before a specific date until the acquisition date is called the raw material standard amount 470, the raw material remaining amount based on the acquisition date If this amount is less than the standard amount of the raw material, a purchase signal 472 for the raw material is generated.

The specific day can be 3 days, or it can be applied differently for each individual, month, or week, or the user can vary it for each store depending on the food sales volume and set it to suit the situation.

As shown in FIGS. 2 to 4, the raw material delivery terminal that supplies raw materials to the store is equipped with a raw material delivery module 480, and the central server is equipped with a material purchasing module 490, so that the material purchasing module When a purchase signal 472 for the corresponding raw material is generated in the material calculation module, the material purchasing module can transmit a purchase order signal 492 for the corresponding raw material to the raw material delivery terminal 481.

At this time, when the material purchase module 490 transmits a purchase order signal for the corresponding raw material to the raw material delivery terminal 481, the purchase quantity is based on the raw material standard quantity 470.

Next, as shown in Figures 5 and 6, the present invention provides a customer management function. Specifically, the central server transmits a customer management module 500 for integrated customer management to the POS module, and the POS module transmits the customer's purchase information 502 and points (502) through the customer management module transmitted from the central server. 504) can be managed.

At this time, customer information is entered into the customer database with the customer's consent, and the customer information is stored with a point value (506) accumulated according to the number of visits. The customer management module uses the card when the customer pays for food by card. Card information 510 is transmitted to the central server, and the central server that receives the used card information extracts a plurality of storage card information 512 stored in the customer DB, compares it with the used card information, and then uses the used card information. If there is storage card information that is the same as the information, points according to the customer's additional visits can be accumulated and stored in the point value 506.

In addition, the central server transmits a raw material confirmation menu 432 through which the raw material list can be checked to the force module, and the force module can check the raw materials through the raw material confirmation menu transmitted from the central server.

In addition, the central server transmits a material calculation module 460 that calculates the raw materials for each food to the force module, and the force module inputs the required raw materials for each food sold through the material calculation module and transmits them to the central server. I do it.

Accordingly, the material calculation module is provided with a holding amount input menu 462 through which the holding amount of the raw materials can be input, and the holding amount of the raw materials held in the store is input and transmitted to the central server.

As shown in FIG. 7, the food DB stores the food list 536 sent from multiple stores sent from the POS module used by multiple stores, so that each store ID 520 and the food of the store corresponding to the ID are stored in the food DB. It is desirable that the shared recruitment value (522, e.g., request to share if 'on', refuse to share if 'off'), which determines whether to share the list with other stores, is stored together, and can be used in conjunction with each other for advertising purposes. there is.

In addition, the POS module transmits a food inquiry signal 532 to the central server to search for food through the food confirmation menu 530 transmitted from the central server, and the food inquiry signal includes food provided by another store. An other request signal 534 requesting a list may be included, and if the food inquiry signal does not include another request signal, the central server transmits only the food list transmitted and stored from the store in the food DB to the POS module. , if the food inquiry signal includes another request signal, the food DB includes the food list transmitted and stored from the store, as well as the food list 536 transmitted and stored from the store where the shared adoption value has an "on" value. It can be transmitted to the force module.

When introducing the material calculation module through Figure 8, the central server transmits the material calculation module 460, which calculates the raw materials for each food, to the force module, and the force module calculates the value of each food sold through the material calculation module. The required raw materials are entered and delivered to the central server.

At this time, the material calculation module is equipped with a holding amount input menu 462 for inputting the holding amount of the raw materials. The holding amount of raw materials held in the store is inputted and transmitted to the central server. At this time, the holding amount input menu inputs the raw materials through a camera. It is desirable to include at least one of the following: an image input method that is captured through and then input through image processing, a barcode input method that is input by reading the barcode attached when purchasing raw materials, and a keyboard input method that is input using a keyboard.

Here, the material calculation module reads the sales volume of food from the sales DB 440 at the end of the day, checks the sales volume of that day, calculates the raw material usage 464 from the sales volume of the food, and then calculates the remaining amount of the raw materials. , It is preferable that the raw material remaining amount (466) is obtained by subtracting the raw material usage amount from the raw material holding amount (468).

Introducing the customer management module through Figure 9, the central server transmits the customer management module 500 for integrated customer management to the POS module, and the POS module manages the customer through the customer management module transmitted from the central server. Purchase information 502 and points 504 are managed. Customer information is entered into the customer DB with the customer's consent. The customer information is also stored with point values 506 accumulated according to the number of visits, and the customer management When a customer pays for food with a card, the module transmits the used card information 510 to the central server, and the central server that receives the used card information stores a plurality of storage card information 512 stored in the customer DB. After extraction and comparison with the used card information, if there is stored card information that is the same as the used card information, points according to additional visits of the customer are accumulated and stored in the point value 506.

Although the present invention has been described in detail through specific examples, this is for the purpose of explaining the present invention in detail, and the present invention is not limited thereto, and can be understood by those skilled in the art within the technical spirit of the present invention. It is clear that modifications and improvements are possible.

All simple modifications or changes of the present invention fall within the scope of the present invention, and the specific scope of protection of the present invention will be made clear by the appended claims.

100: Consumer terminal 200: Administrator terminal
300: Store terminal 310: Force module 330 Payment module
400: Central server 410: Customer DB 412: Customer menu
414: Customer information 420: Food DB 422: Food confirmation information
430: Raw material DB 432: Raw material confirmation menu
440: Sales DB 442: Food sales volume
445: Sales volume confirmation menu 460: Material calculation module
462: Reserved quantity input menu 464: Raw material usage
466: Raw material remaining amount 468: Raw material holding amount
470: Standard quantity of raw materials 472: Purchase signal
480: Raw material delivery terminal (481) 490: Material purchase module
492: Purchase order signal 500: Customer management module
502: Purchase information 504: Points
506: Point value 510: Card information used
512: Storage card information 520: Store-specific ID
522: Shared recruitment value 530: Food confirmation menu
532: Food inquiry signal 534; Other request signals
536: Food list 600: Food ordering app

Claims (12)

Consumer terminal for ordering food (100);
A food ordering app (600) to which the consumer terminal (100) accesses to order food;
A central server (400) connected to the food ordering app (600) through a wired or wireless network to upload or renew food-related information to the food ordering app (600);
An administrator terminal 200 that manages the central server 400; and
A store terminal (300) that provides information to be uploaded or renewed to the food ordering app (600);
As the central server 400 transmits the store terminal 300, it includes a POS module 310 necessary for store operation and a payment module 330 that processes payment for ordered food.
An RPA force module that is interoperable with multiple application modules, wherein the store manager operates the store through the separate force module. According to paragraph 1,
The central server 400 is equipped with a customer database 410 that stores the data of customers who have sold food at the store through the force module 310, and the force module inputs customer information with the consent of the customer who visited the store. Transmitted to the central server, wherein the customer information includes one or more of the customer's name, phone number, and payment card number, and the central server receiving the customer information inputs it into the customer database. RPA force module that interoperates with application modules. According to paragraph 2,
The central server transmits a customer menu 412 for customer management to the POS module, and the POS module searches or manages customer information 414 using the customer menu transmitted from the central server. RPA force module that interoperates with multiple application modules. According to paragraph 1,
The central server 400 is equipped with a food DB 420 that stores a list of foods sold at stores using the force module 310, and receives the list of foods from the force module to the food DB. RPA force module that interoperates with a number of application modules, characterized by storing them in . According to clause 4,
The central server transmits a food confirmation menu 422 through which the food list can be checked to the force module, and the force module searches for food through the food confirmation menu transmitted from the central server. Multiple applications RPA force module that is interconnected with the module. According to paragraph 1,
The central server 400 is equipped with a raw material database 430 that manages the raw materials of food sold in stores using the force module 310, and contains a list of raw materials of foods sold in stores using the force module. An RPA force module that is interoperable with a number of application modules, characterized in that they are received from the force module and stored in the raw material database. According to clause 6,
The central server transmits a raw material confirmation menu 432 through which the raw material list can be checked to the force module, and the force module searches the raw materials through the raw material confirmation menu transmitted from the central server. Multiple applications characterized in that RPA force module that is interconnected with the module. In clause 7,
The central server 400 is equipped with a sales DB 440 that stores the food sales amount 442 sold through the force module 310, and receives the food sales amount sold using the force module from the force module. An RPA force module that interoperates with a number of application modules that are stored in the sales database.
According to clause 8,
The central server transmits to the POS module a sales volume confirmation menu 445 that can confirm the food sales volume, and the POS module transmits the sales volume of each food to the central server through the sales volume confirmation menu transmitted from the central server. RPA force module that interoperates with a number of application modules characterized by inquiry. According to clause 9,
The central server transmits a material calculation module 460 that calculates the raw materials for each food to the force module, and the force module inputs the required raw materials for each food sold through the material calculation module and transmits them to the central server. An RPA force module that interoperates with a number of application modules. In paragraph 10
The material calculation module is equipped with a holding amount input menu 462 for entering the holding amount of the raw materials, and inputs the holding amount of the raw materials held in the store and transmits the holding amount to the central server. Linked RPA force module. In paragraph 11
The reserve amount input menu includes at least one of the following: an image input method that captures raw materials through a camera and inputs them through image processing, a barcode input method that inputs by reading the barcode attached when purchasing raw materials, and a keyboard input method that inputs them using a keyboard. An RPA force module that interoperates with a number of application modules.

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