JP2002312614A - Selling system for meat - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a selling system for meat which can provide meats for consumers at lower prices than before and eliminate wastes of foodstuff resources. SOLUTION: A server-side computer system when receiving a purchase order completes business processing for a contract of dealings in a step S21, and then subtracts an ordered sales amount from the total amount of meat in stock (step S22) and subtracts an ordered article number from the number of articles of the ordered kind (step S23). Article prices by kinds are determined by dividing the amount by various article numbers (step S25) and supplies the data to the buyer side (step S26).

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a meat product which is not sold to consumers as it is, such as small fish and shellfish, but is divided into individual parts and further divided into appropriate amounts to consumers as products. The present invention relates to a beef and tuna and other meat sales system provided.

[0002]

2. Description of the Related Art Conventionally, meat such as beef has been provided to consumers in a state of being divided for each type of fin or loin.

[0003] In the distribution process at the wholesale stage such as wholesalers handling meat, only parts of the type such as fins and loin that are well known to consumers and are often sold at retail stores are distributed. are doing. Other types of parts that are less familiar to consumers and have less demand are difficult to distribute and increase only their storage costs, and are currently discarded without being consumed by consumers.

[0004]

SUMMARY OF THE INVENTION Under such circumstances,
In order to be a product offered to consumers, various costs such as demolition cost and processing amount required for one cow must be covered only by selling parts of the type purchased by consumers, which is the price of meat. It was a factor that hindered the cost reduction. In addition, parts of a type that are not familiar to consumers are discarded even if they are edible, so that they are wasteful when viewed as food resources.

[0005] It is an object of the present invention to provide many consumers with all edible parts as commodities, and to reduce the price of commodities relating to parts that are less familiar to consumers and have less demand, so that consumers can purchase them. By stimulating motivation and selling all edible parts, products related to each part can be provided to consumers at a lower price than before, and waste of food resources can be reduced. It is an object of the present invention to provide a meat sales system which can do the above.

[0006]

According to the present invention, a purchase order from a purchaser's computer system is transferred to a server-side computer system connected to the purchaser's computer system via a communication line. Wherein the server-side computer system has a seller-side data input routine and a purchaser-side data input routine. Read the total sales of the meat entered by the seller, the number of types of parts of the meat, and the number of part products that are the number of products for each type of the parts, and the total sales is taken as the total inventory. A first procedure of dividing the total inventory amount by the number of the types of the parts to determine a part sales amount that is a sales amount of one kind of parts; A second procedure of determining a product price, which is the price of one product in each type of part, by dividing the product price of each type of part by the number of the part products of each type; And a third step of supplying data to the purchaser's computer system. In the purchaser's data input routine, if the purchase order is received from the purchaser's computer system, A fourth procedure for determining the order sales amount based on the type of the order part and the number of ordered products, and performing the business processing of the sales contract, and subtracting the order sales amount from the total inventory amount into a new inventory amount. A fifth procedure to make the total,
A procedure of determining the number of part products for each type of part by setting the number obtained by subtracting the number of ordered products from the number of part products related to the type of the ordered part as the number of part products of the type of ordered part. A seventh procedure of dividing the total inventory determined in the fifth procedure by the number of types of parts in stock at this time to determine a new part sales amount;
Eighth procedure in which the part sales amount determined in the seventh procedure is divided by the number of part products determined in the sixth procedure, respectively, to thereby determine a new product price for each type of part. And a ninth procedure of supplying the data of the commodity prices of the respective types of parts determined in the eighth procedure to the computer system on the purchaser side. Can be provided. Further, in the meat selling system, the seller-side data input routine executes the first procedure as a new total inventory amount obtained by adding the new total sales amount to the total inventory amount at that time, The second procedure is executed by setting the number obtained by adding the new number of part products corresponding to each of the number of part products for each type of each part at that time to the number of part products of the corresponding part. A meat sales system characterized by the above may be adopted.

[0007]

Embodiments of the present invention will be described below with reference to the drawings.

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

In FIG. 1, reference numeral 10 denotes a server-side computer system. The server-side computer system 10 includes an Internet 30 and telephone lines 31 and 3.
2 is connected to the purchaser's computer system 20 via a communication line.

The computer system 10 on the server side includes:
CPU 11, ROM 12 storing programs to be executed by CPU 11, work RAM 13, keyboard 14 for inputting data, display means 1 such as CRT
5, printer 16, input / output control means 1 for controlling data to be output to a communication line and data to be input from the communication line
7.

In the present embodiment configured as described above, the server-side computer system 10 supplies the meat type data and the price data of the goods for each type to the computer system 20 on the purchaser side. The purchaser's computer system 20 outputs data of the type of meat desired by the purchaser and data of the number of desired products to the computer system 10 on the server side.

Next, the operation of this embodiment configured as described above will be described.

First, the seller purchases one edible meat from the processor, and uses the keyboard 14 as the total sales amount to add the purchase price and the seller's commission to the computer system 10 on the server side. To enter. Further, the seller divides the purchased meat into portions by type such as fins and loin, and the amount of each portion and the amount of one product (for example, 100 g).
And the number of types of meat and the number of products of the portion relating to each type (hereinafter referred to as “the number of portion products”) are transmitted to the server-side computer system 10 using the keyboard 14. input.

As described above, the seller can provide the edible meat of one individual to the consumer in the form of commodities in an amount that can be consumed by the consumer, classified by type.

When the seller inputs the above data to the server-side computer system 10, the server-side computer system 10 executes the seller-side data input routine shown in FIG.

First, in step S11, the total sales price, the number of types of parts, and the number of part products of each type, which are input by the seller, are read.

Next, the process proceeds to step S12, and the sum of the input total sales and the total inventory at that time is set as a new total inventory. Here, when the seller inputs for the first time, the total amount of inventory at that time is 0, so the input total amount of sales is the total amount of inventory.

In step S13, the number obtained by adding the input new number of part products for each type to the number of part products for each type at that time is set as the number of part products for each type.

Here, when the seller inputs for the first time, since the number of part products for each type at that time is all zero, the input new number of part products is unchanged for each type. It becomes a number.

In step S14, the total amount of stock determined in step S12 is divided by the number of types of the input parts to determine the sales amount of one type of part.

In step S15, the part sales amount determined in step S14 is divided by the number of part products determined in step S13 for each type, and the price of one product for each type (hereinafter, "product price") To say). Then, in step S16, the data of the commodity price determined in step S15 is supplied to the computer system on the purchaser side together with the data of the kind of the commodity.

As described above, when the type and the price of the product based on the supplied data are determined and the type and the number of the product desired by the consumer are determined, the consumer becomes the purchaser. A purchase order including the type of the order part and the number of ordered products is output from the computer system 20 on the purchaser side to the computer system 10 on the server side. When a purchase order is received from a purchaser, the computer system 1 on the server side
0 executes the purchaser-side data input routine shown in FIG. When there is a purchase order from the purchaser, the server-side computer system 10 determines in step S21 the type of the order part related to the purchase order and the number of ordered products,
The sales amount of the order is determined, and the paperwork related to the sales contract is performed. This paperwork involves outputting an invoice to the purchaser from the printer 16, outputting an order slip to the seller, and requiring the computer system 20 on the purchaser side to perform predetermined processing. Is output to the computer system 20 on the purchaser side together with important data. Upon receiving this instruction, the computer system 20 on the purchaser side performs a predetermined business process based on the received data.

Next, proceeding to step S22, the amount obtained by subtracting the order sales amount from the total inventory is set as a new total inventory.

In step S23, the number of part products of each type is determined by taking the number obtained by subtracting the number of ordered products from the number of part products related to the type of ordered part as the number of part products of that type.

In step S24, the total amount of stock determined in step S22 is divided by the number of types of parts in which the product is in stock at this time to determine a new part sales amount.

In step S25, the part sales price determined in step S24 is divided by the number of part products determined in step S23 for each type to determine the product price for each type.

Then, in step S26, step S
The product price data determined in step 25 is supplied to the purchaser's computer system together with the product type data.

The computer system 10 on the server side comprises:
Step S21 every time a purchase order is output from the buyer
Step S26 is repeated, and the seller-side data input routine shown in FIG. 2 is executed every time there is an input from the seller.

In this embodiment, which operates as described above, every time a purchase order is made by a purchaser, the total amount of inventory decreases, and accordingly, the sales amount of parts decreases, and the consumer is unfamiliar with the demand. Since the number of part products relating to a small number of parts does not decrease, the price of a commodity with a small demand continues to decrease every time a purchase order for a part with a high demand is made, and continues to stimulate consumers' willingness to purchase. .

When the consumer who has been motivated to make a purchase order places a purchase order for an unfamiliar type of product, the price of the other type of product drops, and as a result, the overall price is lower than before. Fresh meat can be provided to consumers.

Further, according to the present embodiment, edible meat that has been conventionally discarded can be provided to consumers at low cost, so that waste of food resources can be eliminated.

[0032]

As described above, according to the present invention, meat can be provided to consumers at lower cost than before, and waste of food resources can be eliminated.

[Brief description of the drawings]

FIG. 1 is a system configuration diagram of an embodiment of the present invention.

FIG. 2 is a flowchart showing a program to be executed by a server-side computer system shown in FIG. 1;

FIG. 3 is a flowchart showing a program to be executed by the server-side computer system shown in FIG. 1;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Computer system on server side 11 CPU 12 ROM 13 RAM 14 Keyboard 15 Display means 16 Printer 17 Input / output control means 20 Computer system on purchaser side 30 Internet 31, 32 Telephone line

Claims (2)

[Claims] 1. A meat sales system in which a purchase order from a purchaser's computer system is processed by a server-side computer system connected to the purchaser's computer system via a communication line, The server-side computer system has a seller-side data input routine and a purchaser-side data input routine. In the seller-side data input routine, sales of the meat are input by the seller when the meat is received. The total amount, the number of types of meat parts, and the number of part products, which are the number of products for each type of the meat, are read. A first procedure of determining a part sales amount, which is a sales amount of one type of part, by dividing the part sales amount by A second procedure for determining a product price, which is the price of one product in each type of site, by dividing each by the number; and a computer system on the purchaser side for the data of the product price for each type of site. And executing the third procedure for supplying to the purchaser. In the purchaser-side data input routine, when the purchase order is received from the purchaser-side computer system, the type of the order part related to the purchase order and the ordered product A fourth procedure for determining the order sales amount from the number and performing the business processing of the sales contract; a fifth procedure for subtracting the order sales amount from the total inventory to obtain a new total inventory; The number obtained by subtracting the number of ordered products from the number of ordered products related to the type of ordered portion is determined as the number of ordered products of the type of ordered site, and the number of ordered products is determined for each of the respective types of portions. A sixth procedure for determining a new sales price by dividing the total inventory determined in the fifth procedure by the number of types of parts in stock at this time; An eighth procedure of dividing the part sales amount determined in step 7 by the number of part products determined in the sixth procedure to determine a new product price for each type of part; A meat selling system characterized by executing a ninth step of supplying the commodity price data of each type of part determined in the eighth step to the computer system on the purchaser side. 2. The meat sales system according to claim 1, wherein a new total sales amount of the meat newly received from the seller, a new part number of each type of part in the meat, and If the input is correct, the server-side computer system sets, in the seller-side data input routine, the sum of the total amount of stock at that time and the new total amount of sales as a new total amount of inventory. The first procedure is executed, and the number obtained by adding the new number of the part products corresponding to each of the number of the part products for each type of each part at that time as the number of the part products of the corresponding part A meat sales system, which performs the second procedure.