JP2002024645A - Fresh commodity ordering system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fresh commodity ordering system capable of easily producing store ordering data, arranging the data, and producing ordering data to an ordering company. SOLUTION: This fresh commodity ordering system is used for a retail store that sells a fresh commodity produced by dividing a primary body as a purchasing unit. An ordering device comprises an ordering/planning data producing means for producing ordering/planning data every store based on arrival planning information, a transmitting means for transmitting the produced ordering/ planning data to a terminal of each store, and an ordering data producing means for producing ordering data based on the store ordering data received from the terminal of each store. The terminal installed in each store comprises a store ordering data producing means for setting the ordering/planning data received from the ordering device as the store ordering data with confirmation by an operator or a data modifying operation, and a transmitting means for transmitting the store ordering data to the ordering device.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fresh product for assortment of fresh products suitable for use in a retail store that sells fresh products in which fish fillets and sashimi or small fish are packed in small numbers. Regarding the ordering system.

[0002]

2. Description of the Related Art In a supermarket operating in a chain, for example, for a fresh product related to fish, a specific supplier who trades in the market and supplies the raw material to a supermarket buyer (buyer). At around noon, almost all of the original substance names (fish type names), the original substance codes and their unit prices which are traded in the market of tomorrow are sent by FAX.

[0003] Here, the raw material is a trading unit in the market, and the type of fish and its unit amount are determined in advance by the raw material code. In addition, the supplier is familiar with each person in the market, and the scheduled arrival information is highly accurate information. Then, the buyer who received the information sends the information by facsimile to the fresh fish person in charge at each store, and the person in charge at each store considers how to make the assortment of tomorrow from the original name,
In addition, since we know from experience how many cuts and sashimi can be produced from one bulk, we calculate the number of orders for each type of bulk needed and write out an order slip and send it to the buyer by the evening. Contact by fax.

[0004] The buyer adds the store order data sent by facsimile from each store as the number of orders for each material, and orders by facsimile as order data for the entire chain store tomorrow. Then, the original material delivered on the next day is divided into cuts or small pieces at each store, packed and displayed as fresh products at the store.

[0005]

However, in order to order fresh goods by the above-mentioned method, a veteran fresh fish clerk is required at each store, and the work load for ordering is large. Has a problem that the work of collecting store order data is troublesome.

The present invention has been made under such a background, and provides a perishable ordering system capable of easily creating order data for a store, compiling the data, and creating order data to an ordering company. The purpose is to:

[0007]

According to the first aspect of the present invention, there is provided a fresh ordering system for a retail store that sells fresh goods produced by dividing a raw material as a purchase unit,
The ordering device includes an ordering plan data creating unit that creates ordering plan data for each store based on the arrival schedule information, a sending unit that sends the created ordering plan data to a terminal of each store, and a terminal of each store. Order data creating means for creating order data based on the received store order data, the terminal installed in each store confirms the order planning data received from the order device by an operator,
Alternatively, there is provided a fresh ordering system, comprising: a store order data creating unit for converting the store order data to the ordering device;

According to a second aspect of the present invention, in the fresh ordering system according to the first aspect, the ordering device enables setting of relation information between a base material and a product that can be produced from the base material, When a body is designated, the corresponding information can be called up.

According to a third aspect of the present invention, there is provided a fresh ordering system for a retail store which sells fresh goods produced by dividing a raw material which is a purchase unit, wherein the raw material is produced from the raw material. Original product setting means capable of setting information on the relationship between the product and an input screen for inputting the quantity of the product, and converting the input quantity of the product into a corresponding quantity of the original product based on the relationship information And a conversion means for converting the data into order data.

According to a fourth aspect of the present invention, in the fresh order system according to the third aspect, a selling price setting means for setting a selling price for each product, based on the input quantity of the product and the selling price of the product. And an estimated sales amount display means for displaying the estimated sales amount.

According to a fifth aspect of the present invention, in the fresh ordering system according to the fourth aspect, a sales target amount setting means for setting a sales target amount and a comparison for comparing and displaying the sales target amount and the planned sales amount. Display means.

According to a sixth aspect of the present invention, there is provided a fresh ordering system for a retail store which sells fresh goods produced by dividing a raw material as a purchase unit, wherein the raw material is produced from the raw material. Original product setting means capable of setting information on the relationship with possible products, arrival schedule input means for inputting the scheduled arrival information of the original, and an orderable product list based on the arrival information and the relationship information are displayed. A fresh ordering system is provided, comprising: a display unit; and an operating unit that determines an original to be ordered by being selected from the list.

According to a seventh aspect of the present invention, in the fresh ordering system according to the sixth aspect, the arrival schedule input means is communicably connected to an apparatus of an ordering trader to receive information to be input. Is input.

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a system diagram showing a configuration of a fresh ordering system according to an embodiment of the present invention. In this figure, at each branch (store A to store N) of a supermarket where a chain is developed, a label printer 1a, 1n, which prints and issues a product label to be affixed to this product by processing the raw material into a packed product. Alternatively, the POS terminal 3 in which the packaging and pricing device 2b is arranged in the backyard and registers and pays for the products purchased by the customer at the sales floor.
1a, 32a, 31b, 32b, 33b, 31n are arranged.

Each of these devices and the LANs 4a, 4a
Terminals 5a, 5b and 5n, which are store controllers capable of totaling product production data and sales performance data by b and 4n and creating store order data, are arranged in the office. These terminals 5a, 5b, 5n are connected to the public line 6
a, 6b and 6n are connected to the switching network 7.

On the other hand, in one corner of the fish market 8, there is an office where a purchaser (buyer) 9 of this supermarket is resident, and an order placement device 9a is arranged here. The ordering device 9a is connected to the terminal 11a of the adjacent purchaser 11 and L
It is connected online by the AN 12 and can communicate with the terminal of each store via the public line 10.

Next, files used in the fresh ordering system having the above-described system configuration will be described. The master file includes the device 9a of the buyer 9 and the terminal 5 of each store.
a, 5b, and 5n, respectively, and when the content is changed in any device, the change data is transmitted to all other devices,
It always has the same content. However, the result and unit price of the product master file described below are excluded.

The merchandise master file shown in FIG. 2 contains, for each merchandise, a product number, a JAN code, an article name, a production form, a weighing category which is a distinction between fixed and indeterminate, a sales quantity as a daily sales result of the store, There are items such as sales amount and unit price.

The master product relation master file shown in FIG. 3 is for each product, the product number, the master code, the number of product developments indicating how many products can be produced from one product, and the production of one product. There are items such as the weight of the drug substance, which is required for the drug substance, and the usage rate, which is the ratio.

The raw material master file shown in FIG. 4 contains, for each raw material, a raw material code, a raw material name, a standard such as a fish size, the number of fish, the weight, the purchase cost, the sales price ratio, and the profit ratio. And so on. Here, the sales price ratio is the transfer cost, which is the cost of the store obtained by adding the profit calculated by the profit ratio to the purchase cost, and the sales price ratio = {(sales selling price-transfer cost) ÷ sales selling price}. × 100, basically each data should be set once, but since the cost varies greatly depending on market conditions, every terminal receives it from the terminal of the supplier and is updated at all terminals .

Next, the operation of this system will be described with reference to the flow chart of ordering shown in FIG. The left side of this figure shows the operation performed by the buyer 9 resident in the market, and the right side shows the operation performed by each store. The top and bottom of the figure are time series.

First, the special sale order planning input a which is performed by the buyer 9 as needed will be described. The bargain order is a process of consulting with a supplier a few days in advance and ordering a large amount of a certain bulk at a low cost before the day before the purchase for a bargain product. The special sale order planning input a is input by the buyer 9 planning and inputting, and mainly inputs the type of the original material from an input screen of the ordering device 9a substantially similar to the fresh order planning input screen.

At around noon on the day before the market is opened, the supplier sends all raw material codes and purchase unit prices to be ordered to the ordering device 9a as tomorrow's arrival schedule information. The ordering device 9a updates this purchase cost in the cost column of the material master file, reads the corresponding material master from the material master file based on the received material code, and places the ordering plan shown in FIG. Display a screen like the original substance input screen. By operating this screen, the original to be ordered and the type of product to be produced are selected. Thereby, the kind of the ordering material is narrowed down to make the ordering more efficient. On this screen, the arrival date, classification, API code, and API name are displayed as a list of APIs to be received on the left, and clicking on one of the API lists with the mouse on the right displays details of the API. indicate.

Here, the division is specified by the buyer 9, and when a normal perishable order is entered, "standard" is entered, and when it is necessary to forcibly purchase, "allocation" is entered. When the special order planning screen is displayed from the screen, "special sale" is automatically input, and when the weekly order planning screen is displayed, "week" is automatically input. In the upper right corner, “Buyer Instruction Not Confirmed” is displayed because when the status is displayed and the Buyer Instruction Confirmation key is operated, the status changes to “Buyer Instruction Confirmed” and the input operation on the order entry screen is performed at each store. It becomes possible.

When the "select production product" key is operated, a screen such as an order planning product input screen shown in FIG. 8 showing a list of products that can be produced from the original material displayed in detail is displayed. In this method, the display data is obtained by reading the relevant data of all the corresponding products from the original product master file based on the original code, and also reading the product data from the product master file based on the part numbers therein. In this screen, when the buyer 9 selects a product type as order planning data, the buyer 9 clicks once on the production column of the product to set a flag and display a check mark.

When the cost of the bulk material changes from the conventional one, the buyer 9 adjusts the indicated selling price, the indicated cost,
When the instruction value input rate is input, data such as the selling price in the product master file is changed. When the product selection for one original is completed, the "close" key is operated to return to the ordering plan original input screen, and the product selection for another original is performed. Temporary order data is created in the order data format shown in FIG. However, at this stage,
The production number data is zero.

Next, the buyer 9 inputs the order quantity for each store in consideration of the size and sales capability of each store, and creates store order planning data. However, this work can be omitted for a store having a competent clerk who can perform the ordering work. Buyer 9 is ordering device 9a
To display a fresh ordering original number input screen as shown in FIG. The initial display data is based on tentative order data created on the input screen of the order planning original material input screen. Then, based on this data, a list of the active ingredients is displayed as shown in FIG.

The buyer 9 first specifies and inputs a store. Next, specify one active substance on the active substance list and select "Product"
The key is operated to display a perishable item number input screen as shown in FIG. This means that based on the specified original code and temporary order data, the relevant data is read from the original product master file and the product master file, and a list of products that can be produced corresponding to the original, and the data of the original indicate.

Next, the production number of tomorrow is input from the keyboard for each product. However, since the previous day's sales quantity and sales amount are displayed for each product at the store, this can be referred to. When the number of productions is input, the number of orders for the original is calculated based on the number of originals developed in the original product-related master file and displayed in the order number column. When the production number is input for other commodities in this list, the order number of the original is added and displayed.

When the input for the original is completed, this screen is closed and the screen is returned to the fresh order original number input screen, and the same operation is performed for the remaining originals as necessary. In addition, since a numerical value may be directly input in the order number column for each material on this screen, the buyer 9 assigns the number of materials to be purchased for each store and leaves the product to the store. In this case, the operability is good.

As described above, when an order for a store is entered, the number of products produced for each product is multiplied by each unit price in the product master file, and the product is accumulated. The amount is obtained and displayed in the column of the indicated selling price. Also, if you manually enter the number of bulk materials ordered,
If the number of bulk materials ordered exceeds the number corresponding to the number of manufactured products, the value is multiplied by the sales price of the bulk materials, added to the planned sales amount calculated from the products, and displayed.

In the input screen for inputting the number of raw materials for fresh order,
Multiply the order number of each bulk and the transfer cost of the bulk and accumulate,
The total cost is calculated and displayed in the indicated cost amount column. Further, the gross profit amount is displayed by subtracting the total cost value from the planned sales amount. In addition, a daily sales target amount for the fresh food department is set, or a sales target amount for a predetermined period is set,
The amount per day is calculated (at this time, it is better to perform weighting according to the day of the week), this is displayed in the section of the section daily budget, and the difference from the planned sales amount is calculated and displayed. These make it easy for the operator to determine whether the order data is correct.

When the buyer 9 completes the input of the special sale plan order (the original and the merchandise) as described above, the "buyer instruction confirmation" key is operated. As a result, the order data for special sale in the order data format as shown in FIG. 6 is completed, the status becomes "buyer instruction confirmed", and the data is transmitted to the terminal of the corresponding store, and the corresponding order data can be viewed on the terminal of each store. Becomes The flag in the order data is set to "1" when the buyer 9 instructs production on the order planning product input screen, and this product is displayed on the perishable order quantity input screen.

The terminal of each store receiving the data of the special order planning from the buyer 9 performs the special order input b. Based on the order data that is the received order screen, the buyer 9
A screen for inputting the number of freshly ordered products (see FIG. 9) and a screen for inputting the number of freshly ordered products (see FIG. 10) are displayed. However, the "buyer instruction confirmation" key at the lower right is a "store confirmation" key, and is a key operated by the store operator after confirming the order screen or after changing the data and OK. In this case, the status becomes "order input confirmed" and the order data is transmitted to the order device 9a.

Next, a description will be given of the weekly ordering plan input c which is performed by the buyer 9 as needed. Weekly ordering is to place orders for a week, mainly for frozen products, which are not so affected by the market conditions, to reduce the ordering work performed every day. In the weekly order planning input, a consultation with a supplier is made several weeks in advance, and a bulk of a certain bulk material is ordered as a weekly order at a low cost and before the week before the purchase. The weekly ordering plan input c is input by the buyer 9 to plan and input, and mainly inputs the type of the original material from the input screen of the ordering device 9a substantially similar to the fresh ordering plan input screen. The contents of the operation are almost the same as the above-mentioned special sale order planning input a.

Each store that has received weekly order planning input data from the buyer 9 performs weekly order input d. At the terminal of each store that has received the data of the weekly ordering plan input from the buyer 9, the terminal for inputting the number of fresh ordering materials (see FIG. 9), which is almost the same as that of the buyer 9, is displayed on the basis of the received ordering data. Screen for entering the number of ordered products (see Fig. 10)
And are displayed. However, the "buyer instruction confirmation" key at the lower right is a "store confirmation" key, and is a key operated by the store operator after confirming the order screen or changing the data and confirming OK. In this case, the status becomes "order input confirmed" and the order data is transmitted to the order device 9a.

Next, operations performed in a time series will be sequentially described. First, with regard to the perishable order planning input e performed on the day before the purchase day, at around noon on the day before the market is opened, the purchaser receives all of the original material codes, The received unit price is transmitted to the ordering device 9a. The ordering device 9a updates the purchase cost with the cost column of the original master file, reads the corresponding original master file from the original master file based on the received original code, and orders the fresh order planning original. A screen such as an input screen (see FIG. 7) is displayed.

On this screen, the arrival date, division, body code, and body name are displayed on the left as a list of the body to be received, and when one of the body lists is clicked with the mouse, the body is displayed on the right. View details of Here, the division is specified by the buyer 9, and is input as "constant" in the case of a normal perishable order, and is input as "allocation" in the case where it must be forcibly purchased. When a special order planning screen is displayed from the menu screen, "special sale" is automatically input, and when a weekly order planning screen is displayed, "week" is automatically input.

In the upper right corner, "Buyer instruction not determined" means that when the status is displayed and the key of the buyer instruction is operated, the status changes to "Buyer instruction determined" and at each store, the order input screen is displayed. Input operation becomes possible. Also,
When the "select production product" key is operated, a screen such as a perishable order planning product input screen (see FIG. 8) representing a list of products that can be produced from the original material displayed in detail is displayed.

This is because the relevant data of all the corresponding products are read from the original product master file based on the original code, and the product data is also read from the product master file based on the part number therein. Ask for. In this screen, when the buyer 9 selects a product type as order planning data, the buyer 9 clicks once on the production column of the product to set a flag and display a check mark. In addition, if the cost of the bulk material changes from the conventional one, the buyer 9 inputs the indicated selling price, the indicated cost, and the indicated value input rate, and
The data such as the selling price of the product master file is also changed.

When the selection of a product for one material is completed, the "close" key is operated to return to the ordering plan material input screen, and the product for another material is selected. Temporary order data is created in the order data format shown in FIG.
However, at this stage, the data of the number of orders and the number of productions are zero.

Next, the buyer 9 operates a fresh order proposal input f based on the fresh order planning input e described above. The buyer 9 creates the store order planning data by inputting the order quantity for each store in consideration of the size and sales ability of each store.
However, this work can be omitted for a store having a competent clerk who can perform the ordering work. The buyer 9 operates the ordering device 9a to display a fresh ordering element number input screen as shown in FIG. The initial display data is based on tentative order data created on the input screen of the order planning original material input screen. Then, based on this data, a list of the substance is displayed as shown in the figure.

The buyer 9 first specifies and inputs a store.
Next, one of the originals on the original list is designated and the "Product" key is operated to display a perishable order number input screen as shown in FIG. This is based on the specified original code and temporary order data, reads the relevant data from the original product master file and the product master file, and lists the products to be produced corresponding to the original, and the data of the original Is displayed.

Next, the production number of tomorrow is input from the keyboard for each product. However, since the previous day's sales quantity and sales amount are displayed for each product at the store, this can be referred to. When the number of productions is input, the number of orders for the original is calculated based on the number of originals developed in the original product-related master file and displayed in the order number column. When the production number is input for other commodities in this list, the order number of the original is added and displayed.

When the input for the original is completed, this screen is closed and the screen is returned to the fresh ordering original number input screen, and the same operation is performed for the remaining originals as necessary. In addition, since a numerical value may be directly input in the order number column for each material on this screen, the buyer 9 assigns the number of materials to be purchased for each store and leaves the product to the store. In this case, the operability is good.

As described above, when an order for a store is input, the number of products for each product is multiplied by the unit price of the product master file, and the product is accumulated. The amount is obtained and displayed in the column of the indicated selling price. Also, if you manually enter the number of bulk materials ordered,
If the number of bulk materials ordered exceeds the number corresponding to the number of manufactured products, the value is multiplied by the sales price of the bulk materials, added to the planned sales amount calculated from the products, and displayed. Also, on this fresh order original substance number input screen, the order quantity of each original and the transfer cost of the original are multiplied and accumulated to obtain the total cost, which is displayed in the indicated cost amount column.

Further, the gross profit amount is displayed by subtracting the total cost value from the planned sales amount. In addition, a daily sales target amount for the fresh food section is set, or a sales target amount for a predetermined period is set, and the ward per day is calculated (at this time, it is more preferable to perform weighting by day of the week). Then, this is displayed in the section of the section daily budget, and the difference from the planned sales amount is calculated and displayed. These make it easy for the operator to determine whether the order data is correct.

As described above, when the buyer 9 finishes inputting a fresh plan order (original product and merchandise) or inputting a fresh order (original material and merchandise), he operates the "buyer instruction confirmation" key. As a result, the order data in the order data format as shown in FIG. 6 is completed, the status becomes “buyer instruction confirmed”, transmitted to the terminal of the corresponding store, and the corresponding order data can be viewed on the terminal of each store. The flag in the order data is set to “1” when the buyer 9 instructs production on the order planning product input screen,
This product is displayed on the fresh order number input screen.

Next, the terminal of each store receiving the perishable order proposal data operates the perishable order input g. On the basis of the received order data, which is the order data, a screen for inputting the number of freshly ordered raw materials and a screen for inputting the number of freshly ordered products are displayed in substantially the same manner as the buyer 9. However, the "buyer instruction confirmation" key at the lower right is a "store confirmation" key, and is a key operated by the store operator after confirming the order screen or changing the data and confirming OK. In this case, the status becomes "order input confirmed" and the order data is transmitted to the order device 9a.

In the evening, when the ordering device 9a of the buyer 9 receives the order data from all the stores as order confirmation h, the order device 9a of the buyer 9 checks the order data of each store by the buyer 9 on a screen almost similar to the order input. When all stores are confirmed, the "order confirmation" key (not shown) is operated. As a result, the order data of each store is added to the order number of each raw material, and the order data is transmitted as a supermarket order data to the terminal of the supplier to place an order. The order data thus ordered and the order data for each store are stored as results, and a production instruction is transmitted to each store for output at each terminal by the terminal.

On the next morning, the buyer 9 purchases the fish at the fish market based on the received order data. However, if the bargain is sold on the market or the target material is not obtained, the buyer 9 asks the supplier to
In some cases, an order change is instructed to make a purchase that matches the current situation. In this case, the order data is changed to the ordering device 9a as the change material input i on the day, and the terminal of the supplier and each It is also sent to the store terminal. Thereby, the order data and the purchase data can be matched. The purchased material is immediately sent to each store, processed and produced as a product in accordance with the production instruction output from the terminal, displayed on a store with a product label attached.

The operation of one embodiment of the present invention has been described in detail with reference to the drawings. However, the present invention is not limited to this embodiment, and a design change or the like may be made without departing from the gist of the present invention. The present invention is also included in the present invention.

For example, the following case is also included in the present invention. a. The ordering apparatus may perform processing until order data is created, and the operator may send the data to the supplier by facsimile.

B. The arrival schedule information may be a key input system, and is not limited to information that fluctuates every day. For example, information that needs to be input once every season is also included in the present invention.

C. The original material means that the purchased material is divided into a plurality of products, and is not limited to what is called the original material at the time of the transaction. Also,
The fresh product is not limited to fish, but may be meat, vegetables, fruits, and the like. In addition, the place where the ordering device is arranged is not limited to the market, and the supplier is not limited to those who purchase in the market.

D. Communication between the ordering device and each terminal may use a dedicated line or the Internet, and may be any communication. Further, the system may be a system in which each data is connected to a server via a network in which each data is centrally managed.

E. The data conversion between the number of active substances and the number of products produced may be performed at any time as needed.

[0058]

As described above, according to the present invention, the following effects can be obtained. According to the first aspect of the present invention, since the order screen data received at each store can be confirmed or corrected to create the store order data, the burden of the ordering work can be reduced, and the store order can be smoothly performed. In addition, the person in charge of the purchase greatly reduces the work of compiling the store order data, and furthermore, since each store order is smoothly performed, it is possible to smoothly perform the order to the supplier who has compiled the order.

According to the second aspect of the present invention, the ordering work can be performed without the operator knowing the relationship between the original material and the product, and the work can be facilitated.

According to the third aspect of the present invention, when the quantity of the commodity which is easy for the clerk to input is input, the quantity can be converted into the original quantity and used as order data. Even if the product assortment is known, order data can be created. Also,
This feature can reduce the burden of ordering work,
Data entry errors can be reduced.

According to the fourth aspect of the present invention, since the estimated sales amount is displayed based on the quantity of goods and the selling price entered for creating the order data, sufficient sales can be secured.
It is easy to understand whether the order data is correct.

According to the fifth aspect of the present invention, since comparison display means for comparing and displaying the sales target amount and the planned sales amount is provided, it is easy to determine whether or not the order data is correct for the sales target.

According to the sixth aspect of the present invention, an orderable product list is displayed based on the relationship information between the original material and the product and the scheduled arrival information, and the clerk selects the product which is usually used from the list by placing an order. Since it is possible to determine the material to be used, ordering work is facilitated, the work load is reduced, and input errors can be reduced.

According to the seventh aspect of the present invention, since the arrival information is input by communication from the equipment of the supplier of the order, the work load can be further reduced.

[Brief description of the drawings]

FIG. 1 is a system diagram showing a configuration of a fresh ordering system according to an embodiment of the present invention.

FIG. 2 is a diagram showing the structure of a product master file.

FIG. 3 is a view showing the structure of an original product relation master file.

FIG. 4 is a view showing the structure of an original master file.

FIG. 5 is a diagram showing a flow of ordering.

FIG. 6 is a diagram showing an order data format.

FIG. 7 is a view showing a display example of an input screen for inputting an ordering plan material.

FIG. 8 is a view showing a display example of an order planning product input screen.

FIG. 9 is a diagram showing a display example of a fresh ordering original material number input screen.

FIG. 10 is a diagram showing a display example of a fresh order product number input screen.

[Explanation of symbols]

A, B, N: Store 1a, 1n: Label printer 2b: Packaging and pricing machine 31a, 32a, 31b, 32b, 33b, 31n ... P
OS terminal 4a, 4b, 4n LAN 5a, 5b, 5n Terminal 6a, 6b, 6n Public line 7 Exchange network 8 Fish market 9 Buyer 9a Ordering device 10 Public line 11 Purchaser 11a Terminal

 ──────────────────────────────────────────────────続 き Continued on front page (72) Inventor Takao Tsutsumi 5-13-12 Kugahara, Ota-ku, Tokyo Stock Company Teraoka Seiko Co., Ltd. (72) Inventor Mitsugu 5-13-12 Kugahara, Ota-ku, Tokyo Stock Company Company Teraoka Seiko F-term (reference) 5B049 AA06 BB13 CC05 DD01 FF01 FF02 GG02

Claims (7)

[Claims] Claims 1. A fresh order system for a retail store that sells fresh products produced by dividing an original material as a purchase unit, wherein the order device includes order planning data for each store based on arrival schedule information. Means for creating order planning data, sending means for sending the created order planning data to the terminal of each store, and order data creation for creating order data based on store order data received from the terminal of each store. A terminal installed in each of the stores, a store order data creating unit for confirming the order planning data received from the ordering device by an operator, or as a store order data by a data correction operation, A transmission means for transmitting data to the ordering device. 2. The apparatus according to claim 1, wherein the ordering device is capable of setting information on a relationship between an original material and a product that can be produced from the original material, and the information can be called up when the original material is designated. The fresh ordering system according to claim 1, wherein 3. A perishable ordering system for a retail store that sells perishable products produced by dividing a prototyping material, which is a purchase unit, wherein information relating to a prototyping product and commodities that can be produced from the prototyping material is stored. An original product setting means that can be set, an input screen for inputting the quantity of the product, and a conversion of the input quantity of the product into a quantity of the corresponding original product based on the relationship information to obtain order data. And a means for ordering fresh food. 4. A sales price setting means for setting a selling price for each product, and a planned sales amount display means for displaying a planned sales amount based on the input quantity of the product and the selling price of the relevant product. The fresh order system according to claim 3, wherein 5. A fresh order according to claim 4, further comprising: a target sales amount setting means for setting a target sales amount; and a comparison display means for comparing and displaying the target sales amount and the planned sales amount. system. 6. A fresh ordering system for a retail store that sells fresh products produced by dividing a raw material as a purchase unit, wherein relation information between the raw material and products that can be produced from the raw material is stored. An original product setting means that can be set, an arrival schedule input means for inputting information on the original arrival schedule, a display means for displaying an orderable product list based on the arrival schedule information and the relationship information, and Operating means for determining an original material to be ordered by being selected and operated. 7. The perishable ordering system according to claim 6, wherein said arrival schedule input means is communicably connected to an apparatus of a supplier of the ordering party, and receives and inputs information to be input.