JP6437603B1 - Ordering system - Google Patents

Abstract

An ordering system for improving the productivity of a restaurant without taking time and effort of an employee or the like is provided.
An ordering system including a register device 1100 of a restaurant 1000, an information terminal 1200 of the restaurant 1000, a server 2000 of a management center, and a printer 3100 of a supplier 3000. Includes a commodity raw material master 2210 in which raw materials and usage amounts for each commodity in the restaurant menu are stored, and a variation information master 2230 in which variation information that determines the amount of sales of the commodity is stored. As a normal accounting process in 1100, the identification information and quantity of the sales product are input, and the sales data of “1 day” is transmitted to the server 2000 when the store is closed. By predicting the number, ordering for purchase can be facilitated, and the productivity of the restaurant can be improved.
[Selection] Figure 1

Description

  The present invention relates to an ordering system, and more particularly, to an ordering system for ingredients in restaurants and the like.

  In order to order food at restaurants such as cafeterias and restaurants, the store owner and employees can order the phone by phone from the supplier while looking at the contents of the refrigerator or looking at a notepad after the store is closed. It is common to place an order while confirming the quantity in stock, such as placing an order with a message on the answering machine or sending an order form by facsimile.

  In addition, the following rice supply systems have been proposed as methods for purchasing rice. In this rice supply system, the rice stocker device is provided with a detection device and a transmission device, and the central management center receives a detection data signal regarding the amount of rice accommodated transmitted from the rice stocker device arranged in each store. The general management center determines the amount of rice to be purchased based on the detected data signal, and transmits a rice purchase amount command signal regarding the amount of rice purchased to the rice distribution center. The rice distribution center delivers rice to each store based on the rice purchase command signal. As a result, each store can make an appropriate purchase of rice (see Patent Document 1).

JP 2004-238139 A

  However, in such a conventional method in which a store owner or employee confirms the number of stocks and places an order, it takes a lot of time (for example, about 15 to 30 minutes, although it varies greatly depending on the size of the store). . In addition, orders may be missed or over-ordered due to employee experience. In this case, if there is an order failure, there will be a loss of time for purchase (down productivity) and a loss of sales opportunities due to shortage (sales down). ) Etc. will occur.

  In addition, when the rice supply system as described above is used, it can be applied only to rice, and even if a similar system is used, it must be applied to all of various foods. First, it is not realistic in terms of cost to prepare a dedicated storage device for each food, and above all, there are foods for which it is impossible to provide a storage device similar to the rice stocker device. Thus, it is unsuitable to apply the rice supply system to other foods, and there is a problem that the cost of the restaurant may be increased.

  The present invention has been made to solve such a conventional problem, and it is an object of the present invention to provide an ordering system that improves the productivity of a restaurant without taking the trouble of an employee or the like.

  In order to solve such a problem, the ordering system according to the present invention includes a raw material information storage means for storing raw materials of a commodity and the amount of the raw material used as raw material information for each commodity, and commodity identification for specifying the commodity. Information and a product-specific quantity input means for inputting the quantity, a product-specific quantity storage means for storing a product-specific quantity based on the inputted product identification information and the quantity, and a product-specific quantity input means. Based on the new product identification information and quantity, the product-specific quantity update means for updating the stored product-specific quantity, the product-specific quantity, and the raw material information, the usage amount by raw material Used raw material calculating means, and based on the calculated usage amount for each raw material, order quantity output means for outputting the order quantity is provided.

Further, the ordering system according to the present invention actually orders the provisional order number display means for displaying the number of provisional orders based on the used amount for each raw material calculated by the used raw material calculation means, and the provisional order quantity. Order quantity correcting means for correcting the order quantity,
The order quantity output means outputs the corrected order quantity.

Furthermore, the ordering system according to the present invention is an ordering system for placing an order for a product comprising a register device, a server, and an information terminal.
The register device is configured to input a product-specific quantity input unit for inputting the product identification information of the sold product and the quantity, and a product-specific quantity storage for storing the product-specific quantity based on the input product identification information and the quantity. Means, a product-specific quantity update means for updating the stored product-specific quantity based on the new product identification information and quantity input by the product-specific quantity input means, and the updated product-specific quantity. Product quantity transmission means for transmitting to the server,
The server includes raw material information storage means for storing raw materials of the commodity and the amount of the raw material used as raw material information for each commodity, commodity-specific quantity receiving means for receiving the commodity-specific quantity from the register device, and the commodity Based on the different quantity and the raw material information, used raw material calculation means for calculating the usage amount for each raw material, and based on the usage amount for each raw material, the temporary order quantity calculation means for calculating the temporary order quantity, Provisional order quantity transmitting means for transmitting the calculated provisional order quantity to the information terminal,
The information terminal includes a provisional order quantity receiving means for receiving the provisional order quantity from the server, an order quantity correcting means for correcting the provisional order quantity to an actually ordered order quantity, and the corrected order quantity. And terminal ordering information output means for outputting ordering information.

Furthermore, the ordering system according to the present invention is an ordering system for placing an order for a product comprising a register device, a server, and an information terminal.
The register device is configured to input a product-specific quantity input unit for inputting the product identification information of the sold product and the quantity, and a product-specific quantity storage for storing the product-specific quantity based on the input product identification information and the quantity. Means, a product-specific quantity update means for updating the stored product-specific quantity based on the new product identification information and quantity input by the product-specific quantity input means, and the updated product-specific quantity. Product quantity transmission means for transmitting to the server,
The server includes raw material information storage means for storing raw materials of the commodity and the amount of the raw material used as raw material information for each commodity, commodity-specific quantity receiving means for receiving the commodity-specific quantity from the register device, and the commodity Based on the different quantity and the raw material information, used raw material calculation means for calculating the usage amount for each raw material, and based on the usage amount for each raw material, the temporary order quantity calculation means for calculating the temporary order quantity, Provisional order quantity transmitting means for transmitting the calculated provisional order quantity to the information terminal,
The information terminal includes a provisional order quantity receiving means for receiving the provisional order quantity from the server, an order quantity correcting means for correcting the provisional order quantity to an actual order quantity, and the corrected order quantity. Order quantity transmitting means for transmitting to the server,
The server has received supplier information storage means for storing supplier information for each raw material, order quantity receiving means for receiving the order quantity from the information terminal, and supplier information. An order form generating means for generating an order form for the raw material for each supplier based on the number of orders, and an order form transmitting means for transmitting the generated order form to each of the suppliers And.

Further, in the ordering system according to the present invention, the server performs sales prediction of the product based on the sales fluctuation information storage means for storing the fluctuation information that determines the amount of sales of the product, and the fluctuation information, A usage amount predicting means for calculating a predicted usage amount for each raw material based on the sales forecast and the raw material information;
The tentative order quantity calculating means calculates the tentative order quantity based on the usage amount for each raw material and the predicted usage amount.

Furthermore, in the ordering system according to the present invention, the server includes a fluctuation information update unit that updates the stored fluctuation information.
The product-by-product quantity receiving means receives the product-by-product quantity for each of the devices from a plurality of devices, and the variation information updating unit is configured to receive the variation information based on the received product-by-product quantity for each of the plurality of devices. It is characterized by updating.

  Furthermore, in the ordering system according to the present invention, the server calculates the cumulative usage amount and the cumulative order quantity for each raw material by accumulating the usage amount for each raw material and the order quantity for each raw material. Cumulative value calculating means, cumulative value storage means for storing the used cumulative quantity and cumulative order quantity for each raw material, and provisional ordering for adjusting the temporary ordered quantity based on the cumulative cumulative quantity used and the cumulative order quantity And a number adjusting means.

  According to the present invention, it is possible to provide an ordering system that can easily perform the ordering work of raw materials such as ingredients and can improve the productivity of restaurants without taking time and effort of employees and the like. it can.

It is a figure which shows an example of the whole structure of the ordering system in embodiment of this invention. It is a figure which shows an example of the sequence diagram of the process transition in an ordering system. It is a figure which shows an example of the merchandise raw material master in embodiment of this invention.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram showing an overall configuration of an ordering system for placing a product order in an embodiment of the present invention. FIG. 2 is a sequence diagram showing process transition in the ordering system according to the embodiment of the present invention.

  As shown in FIG. 1, the ordering system includes a register device 1100 of a restaurant 1000, an information terminal 1200 of the restaurant 1000, a server 2000 of a management center, and a printer 3100 of a supplier 3000.

  The management center is connected to a plurality of restaurants and a plurality of suppliers. Therefore, the server 2000 transmits / receives data to / from register devices of a plurality of restaurants, information terminals, and printers of a plurality of suppliers. However, since the process in each restaurant and each supplier can be performed similarly, only the process in the predetermined restaurant 1000 and the supplier 3000 will be described. The printer 3100 of the supplier 3000 may be a facsimile, a processing terminal having a reception function, or the like.

The restaurant 1000 is a store that provides products described in the menu according to customer specifications.
The register device 1100 includes a cash register input / output unit 1110, a cash register sales storage unit 1120, a cash register totaling control unit 1130, and a cash register transmission unit 1140.

  The cash register input / output unit 1110 includes a cash register input unit 1111 that inputs product selection, quantity designation, and the like at the time of accounting for products provided at the restaurant 1000, a cash register display unit 1112 that displays a product name, an accounting amount, have. That is, the cash register input unit 1111 inputs product identification information for specifying a product and the quantity.

  The cash register sales storage unit 1120 stores sales data 1121 which is information such as the sales volume (quantity by product) for each input product and the sales amount. Note that the sales data 1121 may store a sales quantity portion for each product used for ordering raw materials and a sales amount portion separately. In this case, for ordering, only the sales quantity for each product may be transmitted to the server 2000, and the sales amount or the like may not be transmitted. Thereby, it is possible not to show the detailed sales amount of the restaurant 1000 to the management center side.

  The cash register totaling control unit 1130 updates the sales quantity and the sales amount for each product stored in the cash register sales storage unit 1120 based on the product and quantity input by the cash register input unit 1111, and updates the sales data 1121. Is.

  The cash register sending unit 1140 sends the sales quantity for each product stored in the cash register sales memory unit 1120, that is, the sales data 1121 to the server 2000 at an instruction input from the cash register input unit 1111 or at a specified time. To be sent.

The information terminal 1200 includes a terminal transmission / reception unit 1210, a terminal input / output unit 1220, and a terminal control unit 1230.
The terminal transmission / reception unit 1210 receives the provisional order number for each raw material transmitted from the server 2000, transmits the determined order number to the server 2000, and the like.

  The terminal input / output unit 1220 has a terminal display unit 1221 for displaying the received provisional order quantity, order information indicating the decided order quantity, etc., and a terminal for inputting a change in the order quantity, a transmission instruction for the decided order quantity, etc. Input unit 1222.

  The terminal control unit 1230 displays the temporary order quantity received by the terminal transmission / reception unit 1210 on the terminal display unit 1221, reflects the change in the order quantity input from the terminal input unit 1222, and displays the determined order quantity in the terminal transmission / reception unit Processing such as transmitting to 1210 is performed.

  The server 2000 includes a server transmission / reception unit 2100, a server storage unit 2200, and a server control unit 2300.

  The server transmitting / receiving unit 2100 receives the sales volume for each product transmitted from the register device 1100, transmits the provisional order number for each raw material to the information terminal 1200, receives the order number for each raw material transmitted from the information terminal 1200, The created order form is transmitted to the printer 3100 of the supplier 3000.

The server storage unit 2200 includes a commodity raw material master 2210 in which raw materials for each commodity are stored, a supplier master 2220 for searching for a supplier for each raw material, and fluctuation information in which information affecting the sales of the commodity is stored. The master 2230 and the like are stored.
Details of the commodity raw material master 2210, the supplier master 2220, and the fluctuation information master 2230 will be described later.

  The server control unit 2300 controls the entire server 2000 to calculate the number of provisional orders based on the sales data 1121, the calculation of the predicted usage amount of raw materials based on the sales forecast, and the creation of an order form based on the determined number of orders. Is what you do.

  The printer 3100 of the supplier 3000 has a receiving function and outputs the order form transmitted from the server 2000 as a form.

  Here, the commodity raw material master 2210, the supplier master 2220, and the fluctuation information master 2230 stored in the server storage unit 2200 will be described.

  As shown in FIG. 3, the merchandise raw material master 2210 has, for each product in the restaurant 1000 menu, the type of raw material used per single item of the merchandise and the usage amount of each raw material, that is, raw material information. Is remembered. Here, since the amount of raw material is registered based on the unit at the time of purchase, it may be different from the unit described in a general recipe. For example, there is a pumpkin as a raw material of Tengu, but it is described as “12 g” or the like in a general recipe, but in the commodity raw material master 2210, “1 piece” of pumpkin is “1200 g” and “1/100 pieces” "Is specified.

  In the supplier master 2220, raw materials that can be supplied for each supplier are registered. For example, pork, beef, chicken and the like are registered in the supplier A (butcher). In addition, in the supplier B (greengrocer), potatoes, carrots, onions, long onions, lettuce, and the like are registered. In the case where the same raw material is registered in a plurality of suppliers, designated suppliers, priorities, and purchase ratios for each restaurant are set. Here, the priority order is information for selecting a supplier, for example, selecting a supplier with a lower fee as a supplier.

  In this embodiment, the raw materials are registered for each supplier. However, the present invention is not limited to this, and the supplier may be registered for each raw material. Also in this case, a plurality of suppliers may be registered for the same raw material, and a designation method for each restaurant may be registered in the same manner as described above.

  In the fluctuation information master 2230, fluctuation information that determines the sales amount of the product is stored for each product in addition to the fluctuation of the entire consumption, and it is specified how much the sales increase with each fluctuation information. This variation information includes, for example, calendar information, weather information (weather information), event information, and the like. In addition, the fluctuation information master 2230 also stores the total amount of raw materials used and the total number of orders ordered by integrating the amount of raw materials used and the number of orders for each restaurant.

  The calendar information is information for each day of the week information from Sunday to Saturday, holidays information such as holidays and days before holidays, past sales information on the same day, sales information on the same day, and the like. Note that sales information on the same day is, for example, if the target date (tomorrow) is Tuesday, October 3, 2017, Tuesday of October 4, 2016 of the previous year, October 6, 2015 of the previous year. The target is Tuesday of the day (2 days off due to leap year).

The weather information is weather information such as sunny, cloudy, rainy, snowy, or typhoon, and information for each temperature, humidity, wind, and the like.
The event information is information on events that are held in the vicinity of the restaurant 1000 and national events such as information on the Olympics and World Cups.

The fluctuation information master 2230 receives the sales data 1121 received by the server transmission / reception unit 2100, ordering data, weather information such as weather, temperature, and weather forecast, holding information on various events, and the like, and is received by the server control unit 2300 as needed. Updated.
In addition, the accumulated amount of raw materials used and the number of orders placed for each restaurant (cumulative usage amount and the total number of orders placed) stored in the fluctuation information master 2230 is not a cumulative value of each, but a difference value for each raw material. May be.

  Hereinafter, with reference to the sequence diagram of the process transition in the ordering system shown in FIG.

  First, prior to the ordering process of raw materials, menu items handled by the restaurant 1000 are registered in advance in the commodity raw material master 2210 of the server 2000.

  For example, registration of the merchandise raw material master 2210 accesses the server 2000 from the information terminal 1200 of the restaurant 1000 and registers all the raw materials for the menu products in the restaurant 1000. For example, as shown in FIG. 3, “Curry rice” is registered as a product name, and “pork”, “potato”, “carrot”, “onion”, “curry powder” are used as raw materials for this “curry rice”. , “Salad oil” and “rice” are registered. Furthermore, the usage amount of each of the above-mentioned raw materials “60 g”, “1”, “1/4”, “3/8 ball”, “25 g”, “8 g”, “1 go” is registered. . Similarly, other products are registered.

  The merchandise raw material master 2210 need only be registered “once” and does not need to be registered or changed unless there is a menu change or a raw material change. In addition, when a menu or a raw material is changed, only the changed one needs to be registered or changed.

  In the restaurant 1000, at the time of payment, the cash register input unit 1111 of the register device 1100 inputs a product and quantity eaten by the customer. For example, in order to specify a product, a button corresponding to a preset product is pressed, and when there are a plurality of the same product, the quantity is input using a numeric keypad.

  The cash register totaling control unit 1130 of the register device 1100 performs sales update processing for updating the sales data 1121 stored in the cash register sales storage unit 1120 when the product identification information and quantity are input. In addition, the cash register display unit 1112 displays the amount of the input commodity. In the sales update process, the cash register totaling control unit 1130 performs a process of updating the sales data 1121 of the product for which sales have occurred on the current day. That is, if the input product is a product that has already been sold, the sales quantity of the product is added, and if the product has not yet been sold, it is added as new sales information.

  In restaurant 1000, for each transaction, a product and a quantity are input from cash register input unit 1111 of register device 1100, and cash register control unit 1130 of register device 1100 receives sales information when the product identification information and quantity are input. Update processing is performed to update the sales data 1121 of the cash register sales storage unit 1120.

  When the restaurant 1000 closes or closes (for example, after the last order), a transmission instruction for the sales data 1121 stored in the register device 1100 is input, and the sales data 1121 is transmitted to the server 2000.

In the server 2000, when the server transmission / reception unit 2100 receives the sales data 1121, the server control unit 2300 performs a raw material usage amount calculation process. In the raw material usage amount calculation process, the server control unit 2300 refers to the commodity raw material master 2210 from the received sales data 1121 and calculates the usage amount for each raw material for today. For example, if curry and rice sells “50 meals”, fried rice “40 meals”, hamburger set meal “20 meals”, and tempura bowl “30 meals”, pork “4,000g” (= 60g * 50 + 50g *) 20) For eggs, “60” (= 1 * 40 + 1/4 * 20 + 1/2 * 30).
Upon receiving the sales data 1121, the server control unit 2300 performs processing for updating the fluctuation information master 2230 according to the number of sales of the product (processing for integrating the sales of the product and the cumulative usage of the raw materials).

  Next, the server control unit 2300 performs a provisional order quantity calculation process with reference to the fluctuation information master 2230 based on the usage amount for each raw material. For example, by referring to the fluctuation information master 2230, the server control unit 2300 has the same-day sales information of tomorrow's past “5 years”, the sales of curry rice is “45 meals”, and the sales of the hamburger set meal is “22 meals”. ”, And according to the climate change information using the weather forecast, the sales of curry and rice are“ +10 meals ”and the sales of the hamburger set meal are“ −7 meals ”. Accordingly, the server control unit 2300 sets the sales forecast for curry and rice as “55 meals” and the sales forecast for the hamburger set meal as “15 meals”.

  The server control unit 2300 sets the sales data 1121 to “+5 meals” for the curry and rice, “−5 meals” for the hamburger set, and “+50 g” (+60 g * 5 to 50 g * 5) for pork. Is calculated as a fluctuation value. Thereby, the server control unit 2300 calculates the provisional order quantity of pork as “4,050 g” (4000 g + 50 g). Similarly, the number of provisional orders is calculated for other raw materials.

  When the number of provisional orders for each raw material is calculated, the server transmission / reception unit 2100 transmits the number of provisional orders to the information terminal 1200 as the recommended number of orders for each raw material.

  When the number of provisional orders is transmitted from the server 2000, the information transmission / reception unit 1210 receives the information terminal 1200, and the terminal control unit 1230 displays the received number of provisional orders on the terminal display unit 1221.

  The clerk of restaurant 1000 checks the provisional order number (recommended order number) displayed on terminal display unit 1221 of information terminal 1200, changes the provisional order number from terminal input unit 1222 as necessary, and places an order. Make a number decision.

  When the order number determination (order instruction) is input from the terminal input unit 1222, the terminal control unit 1230 causes the terminal transmission / reception unit 1210 to transmit the determined order number of each raw material to the server 2000.

In the server 2000, when the server transmission / reception unit 2100 receives the order quantity of each raw material, the server control unit 2300 performs an order form creation process. In the order form creation process, the server control unit 2300 creates an order form for each supplier by referring to the supplier master 2220 from the received order quantity of each raw material.
In addition, when receiving the order quantity of each raw material, the server control unit 2300 performs a process of updating the variation information master 2230 (accumulation process of the cumulative order quantity of raw materials) according to the order quantity.

  When an order form for each supplier is created, the server transmission / reception unit 2100 transmits an order form corresponding to each supplier.

  The supplier's printer 3100 outputs the order form when the order form is transmitted from the server 2000.

When the supplier 3000 outputs an order form from the printer 3100, the supplier 3000 performs shipping and delivery processing based on the order form.
Thereby, the restaurant 1000 can easily purchase raw materials (each food, seasoning, etc.) from the supplier.

  In this embodiment, the order form is output from the server 2000 to the printer 3100 of the supplier 3000. However, the present invention is not limited to this, and the order form is output from the information terminal 1200 of the restaurant 1000. It may be. In this case, for example, the order form output from the restaurant 1000 may be transmitted by facsimile to each supplier automatically or manually by an employee.

  Further, the information terminal 1200 of the restaurant 1000 does not output in the form of an order form, but may be output as a simple form or displayed on the screen by an employee or the like to grasp the number of orders. . In this case, an employee or the like may call the supplier and perform ordering work.

  Further, in this embodiment, the register device 1100 of the restaurant 1000, the information terminal 1200, the server 2000 of the management center, and the printer 3100 of the supplier 3000 are provided with specific functions. Instead, for example, the processing terminal of the restaurant 1000 may be provided with all functions. Also in this case, the order form output function may not be provided. Further, the function of adjusting the number of provisional orders by the fluctuation information master may be limited or not.

  As described above, the ordering system according to the present embodiment includes the commodity raw material master 2210, and by inputting the identification information and the quantity of the commodity for sale as normal accounting processing, the amount of raw material used for “one day” can be reduced. Since it is calculated and the number of orders is output, it is possible to easily place orders for purchase without taking the trouble of employees and the like, and the productivity of restaurants can be improved.

  In addition, the ordering system in the present embodiment displays the number of provisional orders based on the calculated usage amount for each raw material so that the actual ordering number can be corrected. The number of orders can not be determined, and the number of orders placed according to the situation can be determined, so that an order system that is easy to use can be provided.

  Furthermore, in the ordering system according to the present embodiment, the server control unit 2300 of the server 2000 performs a process of calculating the number of provisional orders, and thus the functions of the register device 1100 and the information terminal 1200 installed in the restaurant 1000 are reduced. And an inexpensive terminal can be used, and the cost can be reduced. In addition, by storing the product raw material master 2210 in the server 2000, when the same raw material such as a chain store is used, it is not necessary to register the raw material for each store, and it is possible to save the labor of an employee or the like. The productivity of restaurants can be improved.

  Further, the ordering system in the present embodiment includes a supplier master 2220, generates an order form for each supplier, and transmits the order form to a designated supplier. Ordering slips can be sent easily, and it is possible to easily purchase orders without taking the trouble of employees and the like, and the productivity of restaurants can be improved.

  Furthermore, the ordering system according to the present embodiment includes a variation information master 2230 in which variation information that determines the sales amount of the product is stored, and based on the variation information stored in the variation information master 2230, the number of sales of the product. In other words, the amount of raw materials used is predicted and the number of provisional orders is calculated, so it is possible to supplement quantity forecasts that depend on the experience and intuition of store managers and employees, and even inexperienced employees can place orders. Thus, purchase ordering can be facilitated and the productivity of restaurants can be improved.

  Further, in the ordering system according to the present embodiment, the fluctuation information master 2230 includes sales data 1121 transmitted from the restaurant 1000, the determined number of orders, these information transmitted from a plurality of restaurants, and weather information. , Because it is updated with event information, etc., the accuracy of sales fluctuation information will be improved, more accurate usage will be predicted, raw materials can be purchased without excess and deficiency, and restaurant productivity will be improved be able to.

  Furthermore, in the ordering system according to the present embodiment, the usage amount of raw materials and the cumulative number of orders placed for each restaurant (cumulative usage amount of raw materials and cumulative order quantity) are stored in the fluctuation information master 2230. Since the number of provisional orders is calculated, the number of provisional orders is displayed according to the number of stocks at restaurants, making it easy to place orders for purchases without the labor of employees, etc., and the productivity of restaurants Can be improved.

  In the present embodiment, the cash register input / output unit 1110 and the cash register input unit 1111 constitute the product-specific quantity input unit of the present application. Moreover, in this Embodiment, the cash register sales memory | storage part 1120 comprises the quantity storage means according to goods of this application. Further, in the present embodiment, the cash register totaling control unit 1130 constitutes a product quantity update unit of the present application. Further, in the present embodiment, the cash register transmission unit 1140 constitutes a product quantity transmission unit of the present application.

  Further, in the present embodiment, the terminal transmission / reception unit 1210 constitutes the provisional order quantity receiving means and the order quantity sending means of the present application. In the present embodiment, the terminal input / output unit 1220 and the terminal display unit 1221 constitute the order quantity output unit, provisional order quantity display unit, and terminal order information output unit of the present application. The terminal transmitting / receiving unit 1210 may constitute the order quantity output unit and the terminal order information output unit of the present application. In the present embodiment, terminal input / output unit 1220, terminal input unit 1222, and terminal control unit 1230 constitute the order quantity correcting means of the present application.

  Further, in the present embodiment, the server transmission / reception unit 2100 constitutes a product-by-product quantity receiving means, provisional order quantity transmitting means, order quantity receiving means, and order slip transmitting means of the present application. In the present embodiment, the server storage unit 2200 constitutes raw material information storage means, supplier information storage means, sales fluctuation information storage means, and cumulative value storage means of the present application. Further, in the present embodiment, the server control unit 2300 uses the raw material calculation means, provisional order quantity calculation means, order form generation means, usage amount prediction means, fluctuation information update means, cumulative value calculation means, cumulative order quantity of the present application. The adjustment means is configured.

DESCRIPTION OF SYMBOLS 1000 Restaurant 1100 Register apparatus 1110 Cash register input / output part 1111 Cash register input part 1112 Cash register display part 1120 Cash register sales memory part 1121 Sales data 1130 Cash register total control part 1140 Cash register transmission part 1200 Information terminal 1210 Terminal transmission / reception part 1220 Terminal input / output part 1221 Terminal Display unit 1222 Terminal input unit 1230 Terminal control unit 2000 Server 2100 Server transmission / reception unit 2200 Server storage unit 2210 Product raw material master 2220 Supplier master 2230 Fluctuation information master 2300 Server control unit 3000 Supplier 3100 Printer

Claims (4)

In an ordering system for ordering products comprising a register device, a server, and an information terminal,
The register device comprises:
Product identification information of the product sold and a quantity input means for each product for inputting the quantity;
Based on the input product identification information and the quantity, the product-specific quantity storage means for storing the product-specific quantity;
Based on the new product identification information and quantity entered by the product quantity input means, the product quantity update means for updating the stored product quantity,
Product quantity sending means for sending the updated quantity by product to the server;
With
The server
Raw material information storage means for storing the raw material of the product and the amount of the raw material used as raw material information for each product;
A product-specific quantity receiving means for receiving the product-specific quantity from the register device;
Based on the product-specific quantity and the raw material information, used raw material calculating means for calculating the usage amount by raw material,
Temporary order quantity calculating means for calculating the temporary order quantity based on the amount used for each raw material;
Provisional order quantity transmitting means for transmitting the calculated provisional order quantity to the information terminal;
With
The information terminal
Provisional order quantity receiving means for receiving the provisional order quantity from the server;
An order quantity correcting means for correcting the provisional order quantity to an actual order quantity;
Order quantity transmitting means for transmitting the modified order quantity to the server;
With
The server
Supplier information storage means for storing supplier information for each raw material;
Order quantity receiving means for receiving the order quantity from the information terminal;
An order form generating means for generating an order form for the raw material for each supplier based on the information on the supplier and the received number of orders;
A purchase order sending means for sending the generated purchase order to each of the suppliers;
Equipped with a,
In the supplier information, a plurality of suppliers are registered for the same raw material, and one of a designated supplier, a priority order, and a purchase ratio is set.
An ordering system , wherein a supplier is selected based on the information of the supplier, and an order form for the raw material for each supplier is generated . The server
Sales fluctuation information storage means for storing fluctuation information that determines the amount of sales of the product;
Based on the fluctuation information, the sales forecast of the product is performed, and based on the sales forecast and the raw material information, a usage amount predicting unit that calculates a predicted usage amount for each raw material,
With
The provisional order quantity calculating means calculates the provisional order quantity based on the usage amount for each raw material and the predicted usage amount.
The ordering system according to claim 1 , wherein: The server
Fluctuation information updating means for updating the stored fluctuation information;
With
The product-specific quantity receiving means receives the product-specific quantity for each device from a plurality of devices,
The fluctuation information update means updates the fluctuation information based on the received quantity for each product for each of a plurality of devices.
The ordering system according to claim 2 , wherein: The server
Cumulative value calculating means for calculating the usage amount for each raw material and the order quantity for each raw material, respectively, and calculating the cumulative usage amount and the cumulative order quantity for each raw material;
Cumulative value storage means for storing the total amount used and the total number of orders placed for each raw material;
Provisional order quantity adjusting means for adjusting the provisional order quantity based on the accumulated usage amount and the cumulative order quantity;
Ordering system as claimed in any one of claims 3, characterized in that with a.