KR102189903B1 - Auction system that can distribute by beef part - Google Patents

Abstract

The present invention relates to an auction system capable of distribution of beef portion.
The present invention provides information on Korean beef owned, a producer terminal that receives a purchase request message, sends an auction participation request message, receives available auction information, and selects a portion of meat to purchase by participating in an auction And sends a message about the information to be bid, and when receiving information about the consumer terminal that processes payment by receiving the successful bid message, and information on Korean beef, it sends a purchase request message, receives a reply message to the purchase request message, and makes a purchase. Provides an auction company terminal that provides guidance on the process of executing an auction for Korean beef, and a platform that enables direct transactions between producers and consumers, and lists partial meats of Korean beef previously purchased from producers, B2B customers or general It includes an auction management server that induces the participation of customers so that an auction for the listed partial meat can be made.
According to the present invention, due to the change in the distribution structure of beef, producers can secure stable sales outlets through an auction system to create profits, and consumers can purchase high-quality products at a reasonable price using the transparent distribution structure disclosed in the auction system. It has an effect. In addition, since the present invention enables direct transactions without auction fees, butchers and restaurants small business owners can achieve the effect of increasing profits through cost reduction.

Description

Auction system that can distribute by beef part before slaughter

The present invention relates to an auction system capable of distributing beef partial meat before slaughter, and to explain this in more detail, an auction system capable of distributing beef partial meat before slaughter through online auction after purchasing Korean beef beforehand. For.

The current distribution process of Korean beef consists of farms → collectors → cattle market → collectors → slaughter → processing → wholesalers → butchers → consumers.

As the price of Korean beef inflates through the complicated distribution stage of roughly 8 to 9 stages, the consumer price becomes almost twice as high as the price of the producer.

However, in recent years, as various distribution channels such as online shopping malls and meat vending machines have emerged, “invisible demand” for which the sales volume is not accurately identified increases, and even though the distribution channel is shortened, Korean beef prices are still high from the perspective of consumers.

In addition, Korean beef prices are distorted by biasing the shipping days of Korean beef auctions. In other words, the auction of cows that are usually shipped and derived is held the next day. Therefore, only 3 days of Monday to Friday (Tuesday, Wednesday, Thursday) are properly auctioned.

As auctions are concentrated on certain days of the week, middle-aged wholesalers who have difficulty in securing Korean beef to supply to customers have arisen.

On the other hand, the online auction is a reasonable trading model for both sellers and buyers. Seller and buyer can buy and sell close to their desired price through price negotiations, and Internet auction companies can secure a source of income called fees for brokerage transactions, which is more stable than many online-based businesses that are struggling with the lack of a profit model. It can be called this.

The technology behind the present invention is disclosed in Korean Patent Publication No. 10-2007-0075005 (published on July 18, 2007).

In order to solve the above-described problems of the prior art, the present invention is an auction in which, after pre-purchase of Korean beef from a farm, an auction for livestock that has not been slaughtered is conducted, and then partial meat divided into 10 parts is distributed through an online auction. We want to provide a system.

In addition, the present invention enables the formation of optimal conditions based on public data and auction-related data provided by public institutions, and the optimal auction start price by utilizing livestock product data based on a second grade meridian price. If the auctioned cattle after slaughtering Korean cattle is determined to be below grade 2, the auction company in charge of the auction will re-fund them and the consumer will be provided with cattle of grade 1 or higher if the consumer wants to cancel the auction. We intend to provide an auction system that distributes pre-slaughter parts through online auction.

An auction system according to an embodiment of the present invention provides information on Korean beef owned, a producer terminal receiving a purchase request message, a request to participate in an auction, and receives information on auctions available for participation, and Participation selects the portion of meat to be purchased and transmits a message about the information to bid, and when receiving information on the consumer terminal that processes payment by receiving the successful bid message, and the Korean beef, it sends a purchase request message, and the purchase request message Provides an auction company terminal that receives a reply message to and provides guidance on the process of executing an auction for purchased Korean beef, and a platform for direct transaction between producers and consumers, and partial meat of Korean beef that has been pre-purchased from producers It lists and induces the participation of B2B customers or general customers, and includes an auction management server that enables an auction for the listed partial meat.

In addition, the consumer may include a retailer who sells meat, a restaurant owner who specializes in meat, and a general consumer who can purchase in bulk.

In addition, the auction management server, a program providing unit that provides information on auction products and real-time auction status by grade of small conductors through a web page or application through online, history and sales of the holdings received from the producer terminal A database unit that collects information and information about the auction participation message and bid price received from the consumer terminal to form big data, and interlocks with the program providing unit and receives public information on livestock products from other public institution servers. It may include a communication unit.

In addition, the program providing unit includes a consumer member information collection unit that receives personal information from the consumer terminal, and a consumer purchase history management unit that collects and manages information on the auction participation history and bidding and successful bid history of the member subscribed to the customer. , Using the information collected from the producer member information collection unit that receives personal information from the producer's terminal, the Korean beef information management unit that collects and manages information on the Korean beef entered by the registered producer, and the consumer purchase history management unit. A consumption pattern analysis unit that analyzes and classifies information on cows and farms in the region that consumers prefer, information on partial meat that is mainly sold, and information on bid prices, and previously entered by consumers according to the analyzed purchase patterns of consumers. A consumer customized information providing unit that provides suitable auction information to the consumer using the purchase request information, and a payment processing unit that calculates and processes payment based on a conventional auction price provided by the public institution server. .

In addition, the consumer-specific information providing unit compares and determines the information on the region to be purchased, the grade of cattle, and the partial meat input from the consumer with the information on the farmer to be auctioned, and when a plurality of pieces of information match according to the determination result You can automatically participate in the auction.

In addition, the payment processing unit receives the auction status for each period by region by linking with the livestock public data in real time, and calculates the auction starting price through analysis different from the received auction status and consumption pattern, an auction After completion of the auction, a cost processing unit that processes the cost of each partial meat through the server of a financial institution, and the weight of the portion and portion that can be actually obtained by slaughtering the cattle that have been auctioned are measured. It may include a difference calculating unit for calculating the difference by comparing.

In addition, the program providing unit may further include a message transmitting unit that transmits a notification sound or a notification message so that a consumer may participate in an auction when a product pre-purchased from the producer occurs.

In addition, the program provider obtains information on the grade of the auctioned cattle after the slaughter, and, using the obtained information, requests information on the cost processed by the payment processing unit when it is determined that it is determined as a cattle of the second grade or lower. It may further include a refund processing unit for receiving and re-transmitting the refund request signal to the payment processing unit.

When the final price is calculated due to the final grade and weight of the slaughtered cattle, the cost processing unit allows the user to make a final decision on whether to purchase it, and when the user gives up the purchase, it performs a function of giving it back. can do.

According to the present invention, due to the change in the distribution structure of beef, producers can secure stable sales outlets through an auction system and generate profits, and consumers can purchase high-quality products at a reasonable price using the transparent distribution structure disclosed in the auction system. It has an effect.

In addition, the auction company secures public interest by purchasing cows for auction by first targeting small farmers with less than 30 cows, and producers pay the auction fees and all costs incurred when selling cows. Profit is promoted, and the auction for partial meat is conducted based on the price of grade 2, and if cattle auctioned after slaughter are judged to be below grade 2, the cows sold by the auction company are re-funded, so that consumers can buy cattle of grade 1 or higher. As it can be purchased, it has the effect of increasing the reliability of the system.

In addition, according to the present invention, if the auctioned cattle are below grade 2 after an auction, the auction company proceeds with re-funding when the buyer wishes to abandon the auction, and the re-funded portion of the meat can be matured or consumed through its own distribution network. It prevents the damage caused by this, and because direct transactions are possible without auction fees, butchers and restaurants small business owners can achieve the effect of increasing profits through cost reduction.

1 is a view schematically showing the configuration of a beef portion meat auction system according to an embodiment of the present invention.
2 is a diagram schematically showing the configuration of the auction server shown in FIG.
3 is a diagram schematically showing the configuration of the program providing unit shown in FIG. 2.
4 is a diagram schematically showing the configuration of the payment processing unit shown in FIG. 3.
5 is a flowchart schematically illustrating an auction method using an auction system according to an embodiment of the present invention.
6 is an exemplary diagram according to step S550 shown in FIG. 5.
7 to 10 are exemplary diagrams schematically showing information posted in step S550 shown in FIG. 5.
FIG. 11 is an exemplary diagram provided when an auction ends in step S570 shown in FIG. 5.
12 is a flowchart schematically showing a method of participating in an automatic auction using an auction system according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. This description is not intended to limit the present invention to a specific embodiment, it is to be understood to include all changes, equivalents, and substitutes included in the spirit and scope of the present invention. While describing each drawing, similar reference numerals have been used for similar components, and unless otherwise defined, all terms used in the present specification including technical or scientific terms refer to common knowledge in the technical field to which the present invention belongs. It has the same meaning as commonly understood by someone who has it.

1 is a view schematically showing the configuration of a beef portion meat auction system according to an embodiment of the present invention.

Referring to FIG. 1, the beef partial meat auction system according to an embodiment of the present invention includes a producer terminal 100, a consumer terminal 200, an auction company terminal 300, an auction management server 400, and a livestock public institution server ( 500) and a financial company server 600.

The producer terminal 100 is a terminal owned by a farmer who wants to sell cattle, and is a terminal having a central processing unit and a memory device such as a PC, a tablet PC, and a smart phone.

The producer accesses the auction management server 400 through the terminal 100 to download a web page or application. The producer who has accessed the downloaded web page or application enters personal information and information on farm information through the terminal 100 to proceed with membership registration.

After membership registration is completed, the producer provides information on Korean beef possessed through the terminal 100, and receives a purchase request message from the auction management server 400 to be described later.

The consumer terminal 200 is a terminal owned by a consumer who wants to purchase a portion of beef by participating in an auction, and is a terminal having a central processing unit and a memory device such as a PC, a tablet PC, and a smart phone.

The consumer accesses the auction management server 400 through the terminal 200 to download a web page or application, and participates in an auction through the downloaded web page or application.

Accordingly, the consumer enters personal information through the terminal 200 to register as a member, and transmits a request message to participate in an auction provided by the auction management server 400.

The consumers include meat sellers, restaurant owners who specialize in meat, and general consumers who can purchase in bulk.

Accordingly, the consumer receives information on an auction through the terminal 200, enters an auction to participate in the auction among the received information, and proceeds to bid for the necessary partial meat.

In addition, the consumer inputs information on the production location of the cow to be purchased, the grade, partial meat, and bid price of the cow to be purchased through the terminal 200, and automatically sets the bidding to be possible when an auction similar to the inputted information occurs. .

If the automatic bidding is not made, the consumer terminal 200 receives an auction notification message provided by the auction management server 400, and the consumer receives the partial meat and weight of the cow to be purchased through the terminal 200. Enter information about the bid price to participate in the auction.

The auction company terminal 300 is a terminal used by a manager of a company that manages an auction, and is a terminal having a central processing unit and a memory device such as a PC, a tablet PC, and a smart phone.

The auction company terminal 300 compares the information on the farm and the information on the Korean beef received from the producer terminal 200 with the history information of the Korean beef received from the server 500 of the public livestock product, the history information of the mother of the auction, etc. Determine if it is suitable for an auction.

When it is determined that the cow registered by the producer terminal 200 is suitable as an auction product, the auction company terminal 300 transmits a purchase request message to the producer terminal 200.

As described above, the auction company terminal 300 pre-purchases cows from the farmer prior to slaughter, and provides information on the purchased cows to the auction management server 400, so that an auction is performed through the auction management server 400. Let it proceed.

Accordingly, the auction company terminal 300 receives a response message to the purchase request message from the producer terminal 200 and provides a guide on a process of executing an auction for the purchased Korean beef.

The auction management server 400 is a server that electronically records and manages auction information on pre-purchased cattle, and is a terminal having a central processing unit and a memory device such as a PC, a tablet PC, and a smart phone.

Therefore, the auction management server 400 provides a platform to enable direct transactions between producers and consumers, listing partial meats of Korean beef previously purchased from producers, and inducing participation of B2B customers or general customers So that an auction can be held.

The livestock products public institution server 500 includes an agriculture, forestry and livestock food public data portal provided by the Ministry of Agriculture, Forestry and Livestock. The livestock public institution server 500 is an open API, which anyone can access and use.

Therefore, the auction management server 400 accesses the livestock public institution server 500 to access the Korean cattle history information, the mother cow history information of the auction product, the livestock product real-time small conductor grade auction status information, the livestock wholesale market small conductor grade meridian price, retail Market beef price, disease-related information, quarantine performance, grade appearance rate by region, livestock cattle carcass meat quality information, meridian price information, livestock products real-time cattle carcass auction status information, cattle Korean beef meridian price information by region, cattle grade determination (confirmation) It receives information on meat and by-products, live livestock auction market relay information, slaughter performance for each cattle breed, male and female, province, and bioweight.

The financial institution server 600 is interlocked with the auction management server 400 to process a process of processing payment generated during an auction process.

Hereinafter, the auction management server 400 will be described in more detail with reference to FIG. 2.

2 is a diagram schematically showing the configuration of the auction server shown in FIG.

As shown in FIG. 2, the auction management server 400 includes a program providing unit 410, a database unit 420, and a communication unit 430.

The program providing unit 410 provides information on auction products and real-time auction status for each small conductor grade through a web page or an application through online.

The database unit 420 collects the history and sales information on the holding place received from the producer terminal 100 and the auction participation message and information on the bid price received from the consumer terminal 200 to form big data. do.

The communication unit 430 is interlocked with the program providing unit 410 and receives public information on livestock products from other public institution servers.

Hereinafter, the program providing unit 410 will be described in more detail with reference to FIGS. 3 and 4.

3 is a diagram schematically showing the configuration of the program providing unit shown in FIG. 2, and FIG. 4 is a diagram schematically showing the configuration of the payment processing unit shown in FIG.

As shown in Fig. 3, the program providing unit 410 includes a consumer member information collection unit 411, a consumer purchase history management unit 412, a producer member information collection unit 413, a Korean beef information management unit 414, and a consumption pattern. It includes an analysis unit 415, a customized information providing unit 416, a message transmission unit 417, a payment processing unit 418, and a refund processing unit 419.

The consumer member information collection unit 411 receives personal information input by the consumer using the terminal 200. The personal information includes a name, a business entity, an address, etc., and the consumer member information collection unit 411 delivers the received personal information to the consumer DB 421, and the consumer DB 421 is an individual of the received consumer. Save the information.

The consumer purchase history management unit 412 collects information on a purchase history generated by a consumer participating in an auction provided by the auction management server 400 through the terminal 200. The consumer purchase history management unit 412 receives and manages information on the number of times a consumer has participated in an auction, the grade, region, and weight of the winning cow. The information on the purchase history collected as described above is transmitted to the consumer DB 421, and the consumer DB 421 matches and stores personal information of the consumer with the purchase history.

The producer member information collection unit 413 receives the producer's personal information input by the producer through the terminal 100. The personal information includes a producer name, farm name and address, and the producer member information collection unit 411 transmits the received personal information to the producer DB 422.

The Korean cattle information management unit 414 receives and manages the history of cattle owned by the producer, and the Korean cattle information management unit 414 compares the received information with the information published on the livestock public institution server 500 Judge. Accordingly, the Korean beef information management unit 414 checks whether the information on the cattle input by the producer is authentic or not, and transmits a purchase request message to the producer terminal 200. If false information is included in the information about cattle input by the producer, the Korean cattle information management unit 414 transmits a message indicating that there is no intention to purchase to the producer terminal 200.

On the other hand, the Korean beef information management unit 414, upon receiving a response message to the transmitted purchase request message, pays the amount through the financial institution server 600 according to the agreed purchase price.

As described above, information on the process of purchasing cattle is transmitted to the producer DB 422, and the producer DB 422 matches and stores the producer's personal information and cattle sales history.

The consumption pattern analysis unit 415 uses the purchase history collected from a plurality of consumers stored in the consumer DB 421 to determine the farm area that the consumer prefers, the grade of the cow, the most successful portion of the meat, and the portion that has not been successful. Classify and analyze information on information and bid prices.

The customized information providing unit 416 provides information on the auction to the consumer terminal 200 before the auction proceeds by using the consumer's auction participation pattern analyzed by the consumption pattern analysis unit 415.

The message transmission unit 417 transmits a notification sound or a notification message so that a consumer can participate in an auction when a product pre-purchased from the producer occurs.

The payment processing unit 418 processes payment by calculating a cost based on the conventional auction price provided by the public institution server 500.

As shown in FIG. 4, the payment processing unit 418 includes an auction start amount calculation unit 418-1, a cost processing unit 418-2, and a difference calculation unit 418-3.

First, the auction start amount calculation unit 418-1 interlocks with the livestock public institution server 500 to receive the auction status for the region, auction period, and cattle grade, and perform other analysis on the received auction status and consumption pattern. The starting price of the auction is calculated.

Meanwhile, the auction start amount calculating unit 418-1 divides the cattle to be auctioned into 10 partial meats, and calculates an auction start price for each partial meat. However, the auction start price is set for each partial meat based on the second grade price among the conventional auction prices received from the public period server 500. Therefore, the consumer can proceed with the purchase using a reasonable amount.

After the auction is completed, the cost processing unit 418-2 processes the cost through the financial institution server 600 for a successful bid price for each portion of the meat. That is, when the successful bidding for partial meat is completed by the bid price inputted through the terminal 200, the consumer makes payment through the financial company server 600 by card or cash payment method.

At this time, when the auction is completed and the grade and weight of the partial meat are determined and the final price is calculated, the cost processing unit 418-2 makes a decision on whether to final purchase or not through the consumer's terminal 200. A final purchase decision function is provided so that the user is not satisfied with the grade or weight, and if the user gives up the purchase, it is returned through the auction management server 400.

Then, the difference calculation unit 418-3 measures the weight of the portion and the portion of meat actually derived by slaughtering the cattle for which the auction has been completed, and calculates the difference by comparing it with the successful bid amount during the auction.

The refunding processing unit 419 slaughters the cattle that conducted the auction and then obtains information on the substantially determined grade, and if the obtained judgment grade is less than 2nd grade, refunds the costs processed by the consumer and fails to sell. Allows the auction house to be exhausted through its own network.

In other words, as described above, the auction system auctions beef before slaughter, but provides an auction starting price for cattle participating in the auction based on second-class cattle.

Then, slaughter proceeds. The slaughtered Korean beef is divided into five levels: grade 3, grade 2, grade 1, grade 1+, and grade 1++. However, since the auction system provides the starting price of the auction based on grade 2 cattle, after slaughter, if the auctioned cattle are judged to be less than grade 2, damage to the consumer may occur and the reliability of the auction system from the consumer may decrease. .

Therefore, the refund processing unit 419 acquires information on the grade of auctioned cattle after slaughter, and if it determines that the cattle are determined to be grade 2 or less using the obtained information, the cost processed by the payment processing unit 418 Requests for and receives information on and retransmits a refund request signal to the payment processing unit 418.

As described above, the cow whose sale is stopped after being judged as below the 2nd grade transmits information on the cow to the auction company terminal 300.

Accordingly, the auction company terminal 300 uses the received information to aging the cows ready for sale according to a system owned by the auction company or to allow consumption to proceed through another processing company.

Hereinafter, a method of performing an auction through an auction system will be described in detail with reference to FIGS. 5 to 11.

5 is a flowchart schematically showing an auction method using an auction system according to an embodiment of the present invention, FIG. 6 is an exemplary diagram according to step S550 shown in FIG. 5, and FIGS. 7 to 10 are shown in FIG. It is an exemplary diagram schematically showing the information posted in step S550, and FIG. 11 is an exemplary diagram provided when the auction ends in step S570 shown in FIG. 5.

As shown in FIG. 5, first, producers and consumers access the auction management server 400 using respective terminals 100 and 200 to download a web page or application.

Producers and consumers who have accessed the downloaded web page or application enter personal information into the terminals 100 and 200 to sign up for membership (S510).

At this time, the producer terminal 100 inputs personal information of the producer and information on cattle that are raised in the owned farm and want to participate in the auction (S520).

The auction management server 400 checks the information on the cattle matching the livestock public institution server 500 to determine whether the received information on the cattle to be purchased is authentic, and a purchase request message for the confirmed cattle Generates (S530).

The auction management server 400 transmits the generated purchase request message to the producer terminal 100, and the producer terminal 100 transmits a reply message to the received purchase request message.

The auction management server 400 receiving the reply message from the producer terminal 100 purchases cattle through the financial company server 600 (S540).

After the cow purchase is completed, the auction management server 400 posts information on the purchased cow on a web page and an application, as shown in FIG. 6 (S550).

At this time, the posted auction information includes an area in which cows were raised, a grade for cows, an auction period, an auction start price, and a bid price at the current time.

In addition, the auction management server 400 as shown in Figs. 7 to 10, auction product-related information, the area and the farm 6-month average appearance rate, the farm 6-month average auction price information, livestock products real-time small carcass auction status , Livestock products sub-grade judgment result confirmation and livestock wholesale market grade-specific meridian prices are provided.

First, the auction management server 400 includes auction date, region, and type of beef grade livestock in the auction product-related information.

The 6-month average appearance rate of the corresponding area and the farm includes the appearance rate of the corresponding farm compared to the national average appearance rate according to the grade.

The 6-month average auction price information of the farm includes the average price of the farm's auction price relative to the regional wholesale average price according to the grade.

The livestock product real-time auction status by grade for small conductors includes auction date, region, and auction status by grade.

The confirmation of the livestock product sub-grade determination result provides big data of the mother, which is important data for determining the grade, and includes the auction period of the mother and the auction status by region and grade.

The meridian price for each grade in the livestock wholesale market includes auction status calculated by grade in a market in a certain region within a selected period.

After the auction starts, an auction participation request message is received from the plurality of consumer terminals 200 (S560).

When the auction is completed, the auction management server 400 transmits a successful bid message to the consumer terminal 200 inputting the highest price among a plurality of participating consumers, as shown in FIG. 11, and terminates the auction ( S570).

The auction management server 400 slaughters the cattle of the auction that has been ended, and recalculates the price of the auctioned cattle after slaughter (S580).

At this time, although not shown in the drawing, when the final price is calculated due to the final grade and weight of the slaughtered cattle, the user proceeds to the final purchase decision step in which the user can decide whether to purchase the final product. If the purchase is abandoned because the user is not satisfied with the weight or the like, it is to be bought back through the auction management server 400 (S590).

Hereinafter, a method of automatically conducting an auction according to an auction request message previously registered by a consumer will be described in detail using FIG. 12.

12 is a flowchart schematically showing a method of participating in an automatic auction using an auction system according to an embodiment of the present invention.

As shown in FIG. 12, first, the consumer sets a desired product through the terminal 200 (S1210).

For example, the consumer sets the castrated Hoengseong Korean beef, the age of which is 55 months, and the grade of cattle is set to 1+. Then, the consumer sets a minimum bid price and a maximum bid price when participating in an auction using the terminal 200.

In the state in which the consumer has set products as described above, the auction management server 400 posts a plurality of auction products (S1220).

At this time, the auction management server 400 transmits a notification sound or a notification message through the message transmission unit 417 (S1230).

Upon receiving the notification message, the consumer terminal 200 automatically determines whether to participate in the auction, and generates an automatic auction progress request message (S1240).

The auction management server 400 receiving the automatic auction progress request message compares the bid price received from the consumer terminal 200 with the auction price of the posted auction (S1250).

At this time, when the bid price input by the consumer exceeds the auction price limit, the auction management server 400 transmits a notification message to the consumer terminal 200 (S1260).

The consumer who checks the notification message received on the consumer terminal 200 selects whether to proceed with the auction or stop (S1270).

If the consumer chooses to proceed with the auction, he participates in the auction, and if the consumer chooses to stop the auction, he does not participate in the auction.

When the auction is in progress and reaches the end time, the auction management server 400 notifies the customer when a successful bid is made, and allows settlement and purchase to proceed (S1280).

According to the present invention, due to the change in the distribution structure of beef, producers can secure stable sales outlets through an auction system to create profits, and consumers can purchase high-quality products at a reasonable price using the transparent distribution structure disclosed in the auction system. It has an effect.

In addition, since the present invention enables direct transactions without auction fees, butchers and restaurants small business owners can achieve the effect of increasing profits through cost reduction.

As described above, in the present invention, specific matters such as specific components, etc., and limited embodiments and drawings have been described, but this is provided only to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , If a person of ordinary skill in the field to which the present invention belongs, various modifications and variations are possible from these descriptions.

Therefore, the spirit of the present invention is limited to the described embodiments and should not be defined, and all things that are equivalent or equivalent to the claims as well as the claims to be described later fall within the scope of the spirit of the present invention. .

100: producer terminal 200: consumer terminal
300: auction company terminal 400: auction management server
500: livestock products public institution server 600: financial company server

Claims (9)

A producer terminal that provides information on the Korean beef owned and receives a purchase request message;
A consumer terminal that transmits an auction participation request message, receives available auction information available for participation, selects a portion of meat to be purchased by participating in the auction, transmits a message about information to be bid, and receives a successful bid message to process payment;
An auction company terminal that transmits a purchase request message upon receiving information on Korean beef, receives a reply message to the purchase request message, and provides guidance on a process of executing an auction for the purchased Korean beef; And
Auction management that provides a platform to enable direct transactions between producers and consumers, lists partial meats of Korean beef purchased from producers, and induces participation of B2B customers or general customers to make auctions for listed partial meats. Includes a server,
The auction management server,
A program providing unit that provides information on auction products online and real-time auction status by grade of small conductors through a web page or an application;
A database unit for forming big data by collecting the history and sales information on the holding place received from the producer terminal, and information on the auction participation message and bid price received from the consumer terminal; And
Interlocking with the program providing unit and including a communication unit for receiving public information on livestock products from other public institution servers,
The program providing unit,
A consumer member information collection unit for receiving personal information from the consumer terminal;
A consumer purchase history management unit that collects and manages information on the auction participation history and the bidding and successful bid history of the registered consumer;
A producer member information collection unit receiving personal information from the producer terminal;
A Korean beef information management unit that collects and manages information on the Korean beef input by the registered producer;
A consumption pattern analysis unit that analyzes and classifies information on cattle and farms in regions preferred by consumers, information on part meats sold a lot, and information on bid prices using the information collected in the consumer purchase history management unit;
A consumer customized information providing unit that provides auction information suitable to the consumer by using purchase request information previously input by the consumer according to the analyzed purchase pattern of the consumer; And
And a payment processing unit that calculates and processes payment based on a conventional auction price provided by the public institution server,
The payment processing unit,
An auction start price that receives the auction status for each period by region by linking with the public institution server in real time, and calculates the auction starting price based on the price of the second grade among the conventional auction prices through analysis different from the received auction status and consumption pattern Calculation unit;
After the auction is completed, a cost processing unit that processes the cost of a successful bid price for each portion of the meat through a financial institution server; And
It includes a difference calculation unit that measures the weight of the partial meat and partial meat that can be actually obtained by slaughtering cattle on which the auction has been completed, and calculates the difference by comparing with the successful bid cost during the auction,
The program providing unit,
If information on the grade of the auctioned cattle after slaughter is obtained, and it is determined that it is determined as a cattle of the second grade or lower using the obtained information, information on the cost processed by the payment processing unit 418 is requested and received. Further comprising a refund processing unit for re-transmitting the refund request signal to the payment processing unit 418,
The auction company terminal,
An auction system that compares information on Korean beef provided from the producer's terminal with published information on livestock products received from the public institution server, determines whether it is suitable for an auction, and transmits a purchase request message to the producer's terminal. The method of claim 1,
The consumer,
Meat sales is an auction system that includes business owners, restaurant owners specializing in meat, and general consumers who can purchase in bulk. delete delete The method of claim 1,
The consumer customized information providing unit,
An auction system that compares and judges information about the region to be purchased, the grade of cattle, and partial meat input from the consumer with information on the farmer to be auctioned, and automatically participates in an auction when a plurality of pieces of information match according to the determination result. delete The method of claim 1,
The program providing unit,
An auction system further comprising a message transmission unit for transmitting a notification sound or a notification message so that a consumer can participate in an auction when a product pre-purchased from the producer occurs. delete The method of claim 1,
The cost processing unit,
When the final price is calculated due to the final grade and weight of the slaughtered cattle, the auction system allows the user to make a decision on whether to purchase the final product, and if the user gives up on the purchase, the auction system performs the function of giving it back.

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