KR101837034B1 - Method for collecting big data of hub system of product sale based - Google Patents

Abstract

The present invention provides an information processing system including an iorder master database in which at least one feature value is set and stores at least one representative code connected to a plurality of master fields, A data set for a commodity is generated using a representative code stored in the iorder master database and a plurality of master fields as received from the supplier side apparatus and stored in an iodorder commodity database or a commodity data set stored in the iodorder commodity database An order information collecting device for retrieving a representative product code of the specific product from the order information database and a representative code for information of the specific product in accordance with an order request for a specific product of a retailer, And a product supply status information providing device for generating search result data through a search of the database and providing the product status and the supply price information for each supplier corresponding to the searched representative code using the search result data, A data-based merchandise sales hub system can be provided.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]

The present invention relates to a big data-based merchandise sales hub system capable of providing various information to retail sellers and suppliers through data analysis on information provided by retail sellers and suppliers.

Recently, the keywords that are attracting attention in the field of information technology (IT) are Cloud and BigData. The cloud has transformed the user experience from an existing constraint to a free situation. The cloud in the company's perspective allows the distributed customer information to be gathered into a single storage space and the abandoned data is collected and re-created as big data that can be efficiently marketed according to the analysis standard.

Big data evolves into various databases that store customer's consumption pattern information and life pattern information, and are used as data such as CRM, marketing, commercial analysis in various industries.

In the global market, there is a growing interest in big data in the industry, and its application areas are also diversifying. Globally, open market and advertising products are on the rise based on Big Data. In Korea, Big Data is used to strengthen CRM and products. Big data is expected to be utilized in various ways from product planning to customer management.

We are also engaged in data-based marketing activities by applying Big Data in various fields such as distribution, finance, and IT in the domestic market. We are marketing marketing using Big Data in various industries such as distribution, finance, and IT in Korea have. There is a department store that has high sales by culling a small number of customers as private club members considering the purchase history, pattern, and homepage stay time. It is also possible to analyze commercials and marketing through alliances with transportation companies, Some telecom companies are entering the market by expanding Big Data into their solutions business.

Existing commerce companies, such as open market and social commerce and shopping mall, build a CRM database based on the data generated within their own sites, And establishes a product.

As described above, in recent years, much research and investment has been made on methods for collecting and utilizing data in various fields for analysis of Big Data Base.

Korean Patent Laid-Open Publication No. 10-2014-0058753 (published on May 25, 2014)

The present invention provides a big data-based merchandise selling hub system capable of collecting and collecting information on goods received from a plurality of supplier-side apparatuses and information on goods to be sold.

In addition, the present invention provides various types of information on the whole products to be sold and supplied by storing the information on the supply product and the information on the sales product, Big data-based product sales hub system that can be provided.

According to an embodiment of the present invention, at least one characteristic value is set in a merchandise sales hub system based on a big data, and at least one representative code connected to a plurality of master fields is stored And a plurality of master fields stored in the iorder master database and a plurality of master fields are used for information on goods for goods A product information collecting device for generating a data set and storing it in an eye order goods database or updating a data set for goods stored in the eye order goods database; Code Generating search result data by searching the eye order merchandise database using the searched representative code after searching in the eye order master database, and generating search result data by using a provider-specific product corresponding to the searched representative code And a supply status information providing device for providing the supply status information and the supply price information.

According to an embodiment of the present invention, the merchandise sales hub system may be configured to receive a sales slip including information on the purchased merchandise through scanning of at least one merchandise purchased by the purchaser, A sale information collecting device for generating a sales data set using a code and a plurality of master fields and storing the sales data set in a database for sales analysis or updating a sales data set stored in the sales analysis database, And a sales code database for searching for sales information of the arbitrary merchandise by searching the database for sales analysis using the searched representative code after searching for the representative code corresponding to the information on the arbitrary merchandise in the order master database, Comparison Day That produced it then may include items for sale information providing apparatus for providing to said user.

According to the embodiment of the present invention, the merchandise sales hub system compares the data item set for sale and the data set for sale in the sales order analysis database with the item order data database, Extracts the sales data set and product data set, analyzes the extracted sales data set and product data set, generates an integrated master field for each representative code, and generates an integrated data set having representative codes and an integrated master field for the representative codes, And a database generation device for building an integrated database.

According to the embodiment of the present invention, the merchandise sales hub system analyzes the integrated data set stored in the integrated database to calculate the stock amount, the average stock price, the estimated shipment price, the shipment amount, the sales amount, and the average selling price And a comparison information generating device for generating price comparison information or popularity information by product based on the comparison information.

According to the embodiments of the present invention, it is possible to provide a merchandise sales hub system based on a big data, which can collect information on goods received from a plurality of supplier-side apparatuses and information on goods to be sold, In the case of supply, information on the stored products can be unified and collected in different ways.

In addition, according to embodiments of the present invention, it is possible to store the information on the supply product and the information on the sales product, which are representative codes, stored, and provide information on the product based on the stored information, And can provide information of the form.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram showing the overall configuration of a merchandise sales hub system based on a big data analysis according to an embodiment of the present invention; FIG.
2 is a diagram showing the overall configuration of a big data collection and information providing system according to an embodiment of the present invention.
3 is a diagram for explaining the structure of a data set applied to an embodiment of the present invention.
4 is a block diagram showing a detailed configuration of a goods information collecting apparatus according to an embodiment of the present invention.
5 is a flowchart illustrating a process in which a product information collecting device according to an embodiment of the present invention collects product information based on a representative code.
6 is a block diagram showing a detailed configuration of a sales information collecting apparatus according to an embodiment of the present invention.
7 is a flowchart illustrating a process of collecting information on a sales product by the sales information collecting device according to the embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described with reference to the drawings. The following detailed description is provided to provide a comprehensive understanding of the methods, apparatus, and / or systems described herein. However, this is merely an example and the present invention is not limited thereto.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. The following terms are defined in consideration of the functions of the present invention, and may be changed according to the intention or custom of the user, the operator, and the like. Therefore, the definition should be based on the contents throughout this specification. The terms used in the detailed description are intended only to describe embodiments of the invention and should in no way be limiting.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram showing the overall configuration of a merchandise sales hub system based on a big data analysis according to an embodiment of the present invention; FIG.

1, the Big Data Analysis-based merchandise sales hub system includes a plurality of supplier-side apparatuses 110, a plurality of store-side terminals 120, a plurality of user-side terminals 130, A big data collection and information providing system 140, and the like. The user terminal 130 in the embodiment of the present invention is a device owned by a user such as a consumer, a retailer, a wholesaler or the like connected to the big data collection and information providing system 140 through the network 150, A smart phone, a notebook, a personal computer, a server, and the like. The user terminal 130 can not only receive information analyzed by the big data collection and information providing system 140 through the information request but also receive the analyzed information through the big data collection and information providing system 140, And a retailer connected to the retail store terminal 110 and the plurality of retail store terminals 120.

In the embodiment of the present invention, each of the plurality of supplier-side apparatuses 110 is connected to a merchandise database 112 storing information on merchandise being received or shipped, A sales database 122 in which a sales slip on which information about the sales slip is set can be connected.

The commodity database 112 stores information on a plurality of commodities managed by a supplier that supplies commodities, for example, a wholesaler. Specifically, the commodity database 112 stores data in the form of a table composed of a plurality of records corresponding to each of a plurality of commodity information having fields such as a commodity code, a barcode, a commodity name, a standard, and a unit. For example, the commodity database 112 managed by the commodity supplier-side apparatus 110 installed in the centers A, B, and C of the suppliers stores records having the fields shown in Table 1 below.

A center B center C center Product Code 1 2 3 4 5 Product Code 880123456 Product Code 01234 barcode 880123456 barcode 880123456 barcode 880123456 product name Yoplait product name Yoplait (small) product name Yofle (small) standard 100 standard 0.1 standard 100 unit G unit KG unit G

As shown in Table 1, data values of the same field may be stored differently for the same goods in the goods database 112 connected to the plurality of supplier-side apparatuses 110. [

On the other hand, the plurality of supplier-side apparatuses 110 generate a record of the product in the product database 112 by barcode scanning of the product in accordance with the receipt of the product, Can be updated.

The plurality of provider-side apparatuses 110 collects information on goods stored in the goods database 112, that is, a record composed of a plurality of fields and data values, in accordance with a request from the goods information collecting device 162, Providing system 140 or automatically providing updated records to the Big Data Collection and Information System 140 according to an update of the Product Database 112. [

On the other hand, the plurality of supplier-side apparatuses 110 update the goods database 112 based on the information about the goods received according to the goods receipt of the goods, and store the goods in the goods database 112 The first information may be stored in association with the goods receipt and delivery, and then the first information may be provided to the big data analysis and service providing system 140.

In addition, the plurality of provider-side apparatuses 110 provide information on the first information or product, and in response thereto, the weekly and monthly product sales analysis data and the product data for each product from the big data analysis and service providing system 140 Big data analysis information including profit report can be received.

The plurality of supplier-side apparatuses 110 as described above are devices operated by a retailer, for example, a company for supplying goods to stores, for example, a device operated by a wholesaler.

In an embodiment of the present invention, the first information may include price information of the supply commodity, supply amount, position information of the supplier, and the like. Big data analysis information may include weekly, monthly, daily, yearly product sales analysis data, and profit report for each product.

2, the big data collection and information providing system 140 includes an item master database 160, a goods information collecting device 160 interlocked with the eye order goods database 161, A sales information collecting unit 162, a sales information collecting unit 164 interlocked with the sales analysis database 163, a goods supply status information providing unit 167, a sales status information providing unit 168, An integrated device 166, a comparison information generating device 169, and the like.

At first, at least one feature value is set in the eye order master database 160, and at least one representative code connected to a plurality of master fields is stored. More specifically, the eye order master database 160 stores a plurality of representative codes in which at least one feature value is matched, and each representative code is connected to at least one feature value that can specify a product. Specifically, the bar code, the product name, the product image, and the like, which are characteristic values, are matched to the representative code.

The merchandise information collecting device 162 collects representative codes stored in the eye order master database 160 and a plurality of master fields 160 stored in the order master database 160 as information on goods received from the outside or shipped to a retailer is received from the plurality of supplier- And stores the data set in the eye order product database 161 or updates the data set for goods stored in the eye order product database 161. [

The product supply status information providing device 167 searches the iorder master database 160 for a representative code for information of a specific product in response to an order for a specific product of a user such as a retailer, The search result data may be generated through the search of the order item database 161 and the supplier status and the supply price information corresponding to the representative code searched using the search result data may be provided.

The sales information collection device 164 receives a sales slip including information on a purchased product through scanning of at least one merchandise purchased by the purchaser, and stores a representative code stored in the eye order master database 160 and a plurality of masters Field and then stores it in the sales analysis database 163 or updates the sales data set stored in the sales analysis database 163 by using the data value of each field in the sales slip .

The sales information collection device 164 searches the iorder master database 160 for a representative code corresponding to information about an arbitrary commodity in response to a comparison request of a user's arbitrary commodity, The sales price comparison data for each merchandise may be generated by searching the database 163 for the merchandise database 163 and the generated sales price comparison data may be provided to the user such as the user terminal 130. [

The database integrating unit 166 extracts a sales data set for each representative code and a product data set through comparison between a product data set and a sales data set in the eye order product database 161 and the sales analysis database 163, The extracted sales data set and product data set are analyzed to generate an integrated master field for each representative code, and an integrated data set having each representative code and an integrated master field for the representative code is generated for each representative code, 165 can be rescued. Here, the integrated data set may be a data set in which duplicate data is removed from the sales data set for each representative code and the product data set.

The comparison information generating apparatus 169 calculates the stock amount, the average purchase price, the average delivery price, the output quantity, the sales quantity, and the average sales price for each representative code through the analysis of the integrated data set stored in the integration database 165, Price comparison information for each product or popularity information for each product can be generated.

Further, a location master field corresponding to the location information of the retailer and the wholesaler may be added to the integrated data set. In this case, the comparison information generator 169 may generate various comparison information for each representative code corresponding to the position through comparison between the position of the user requesting the information and the field value of the location master field.

3, the representative data 200, the master field 210, and the business name 220 corresponding to the seller or supplier, and the master data 210, The data value for the field 210 may have a set form. Specifically, the product data set, the sales data set, and the integrated data set have the representative code 200 as the highest level, the business name 220 corresponding to the plurality of the supplier-side apparatuses 110 as the horizontal field, And a record structure in which the master field 210 corresponding to each field of the record provided from the device 110 is a vertical side. Here, the business name 220 is a unique identifier (center name) of a wholesaler, that is, a center, when a data set for a product, and a unique identifier (retail name) of a retail store where a retail store, And may include both the unique identifier of the center and the unique identifier of the retail store when the integrated data set is used.

In the above-described big data collection and information providing system 140, the goods information collecting apparatus 162 is a means for receiving and collecting information on goods managed by the plurality of supplier apparatuses 110, Information on a product received from the side apparatus 110, that is, a record of a product, and stores it in the eye order goods database 161 managed by the product information collecting apparatus 162. [

The product information collecting device 162 may be implemented in the form of a server connectable to a network.

The detailed configuration and operation of the goods information collecting device 162 will be described with reference to Fig.

4 is a block diagram showing the detailed configuration of the goods information collecting device 162 according to the embodiment of the present invention.

4, the product information collection device 162 may include a representative code management unit 300, a database connection unit 310, and the like.

The representative code management unit 300 is for managing a representative code 200 capable of specifying a product. The representative code management unit 300 includes a representative code 200 that can specify a product based on data values of fields corresponding to information about the product, May be searched in the eye order master database 160 or a new representative code 200 may be generated and stored in the eye order master database 160. Specifically, the representative code managing unit 300 compares the data value of each field corresponding to the product information with the feature value matched to the representative code 200 stored in the eye order master database 160, The representative code 200 is generated when the representative code 200 matching the feature value is searched in the eye order master database 160 or when the representative code 200 does not exist in the eye order master database 160, The feature value corresponding to the data value may be generated and matched to the generated representative code 200 and stored in the eye order master database 160.

When the representative code 200 is searched, the representative code management unit 300 provides information on the searched representative code 200 to the database connection unit 310. When the representative code 200 is not searched, 200), and then provide the newly generated representative code 200 to the database connection unit 310.

The database connection unit 310 generates a product data set in the iodorder product database 161 based on the representative code 200 generated by the representative code management unit 300 or transmits a representative code Order product database 161 based on the information on the item order database 200 and can update the product data set stored in the eye order product database 161 with the data value of each field that is information on the product. For this, the database connection unit 310 may include a data storage module 312, a product data generation module 314, and the like.

The data storage module 312 selects any one of the data sets for goods stored in the eye order product database 161 using the information on the searched representative code 200 and selects the master field 210 among the selected data sets for goods, And the product information, and then stores the data value of each field in association with the master field 210 matched with each field.

The product data generation module 314 generates a master field 210 by using each field corresponding to information on a product and generates a product code including a generated product code 200, a master field 210, And stores the data values of the respective fields in association with the master fields 210 matched with the respective fields, thereby generating a new data set The data set for goods corresponding to the representative code 200 can be generated in the eye order goods database 161. [

The field adder 320 may add a master field 210 required for analysis of big data in the product data set stored in the eye order product database 161. [ Specifically, the field adder 320 may add a master field 210 corresponding to the position information of each center.

The price comparison data output unit 330 outputs the main order screen data including the representative code 200 and the product image according to a product order request (reception of an order request from an arbitrary user side terminal 130) by an arbitrary user, And provides information to the user side terminal 130 and generates information on the status of the goods held by each center based on the representative code 200 and information such as the supply price as one of the representative codes 200 is selected And generate price comparison data including the generated price comparison data and provide it to an arbitrary user-side terminal 130.

The price comparison data output unit 330 calculates the logistics cost of each center through comparison between the position of each center and the position of the user terminal 130 requested for a product order, The comparison data may be generated and provided to the user side terminal 130.

The process of collecting data in the iorder goods database 161 in cooperation with the goods database 112 managed by the plurality of supplier devices 110 will be described with reference to a process in which the goods information collecting device 162 having the above- 5.

5 is a flowchart illustrating a process in which the product information collection device 162 according to the embodiment of the present invention collects product information based on a representative code.

As shown in FIG. 5, the product information collecting device 162 receives information on goods stored in each goods database 112 through interlocking with the plurality of supplier-side devices 110 (S400).

As the information on the goods is received, the merchandise information collecting device 162 searches the iorder master database 160 based on the data value of the barcode field of the information about the merchandise and has a characteristic value similar to the data value It is determined whether the representative code 200 exists (S402). Here, the similarity may be determined by transmitting a search word combining the data value and the corresponding field information to an external search server (not shown), and then determining whether the search result includes the feature value, It can be judged through the coincidence of the feature values.

As a result of the determination in S402, if the representative code 200 does not exist, the merchandise information collecting device 162 acquires at least one field from the information on the merchandise, excluding the data value of the barcode field, (S404) whether the representative code 200 is present through comparison between the master fields 210 of the representative codes 200 stored in the master code 200. [

As a result of the determination in S404, if the representative code 200 does not exist, the product information collecting device 162 generates a new representative code 200 to which a feature value is linked by using each field of information about the product, At least two master fields 210 are generated by using each field corresponding to information of the master field 210 and stored in the eye order master database 160. The newly generated representative code 200 and the master field 210 To generate a data set for a product, and stores it in the iorder goods database 161 (S408).

The goods information collecting device 162 then sets the data value in each field of the information on the goods as the field value of the generated master field 210 (S410) so that the information on the goods is stored in the eye order goods database 161 ).

On the other hand, if it is determined in S402 or S404 that the representative code 200 exists, the product information collecting apparatus 162 searches for the product data set for the representative code 200 in the eye order product database 161 (S412) , And sets the data value in each field of the information on the product as the field value of the master field 210 in the product data set to store information on the product in the iorder product database 161 (S414).

The product information collecting device 162 according to another embodiment of the present invention can manage the information related to the product image with the feature value of each representative code 200. [ In this case, the plurality of provider-side apparatuses 110 can provide an image of the goods to the goods information collecting apparatus 162 with information on the goods.

Accordingly, the product information collecting device 162 receives the product image as information on the product, compares the received product image with information related to the product image among the feature values set in each representative code 200, A feature value linked to the representative code 200 can be generated using the feature point of the product image when searching the representative code 200 corresponding to the product or generating the representative code 200 in the product code 160.

The plurality of retail store terminals 120 may store at least one merchandise purchased by a purchaser through a sales slip including information such as a store ID, a sales date, a product code, a barcode, a sales quantity, And store it in the sales database 122.

Store ID Date of sale Product Code barcode Sales volume sale price 1111111 20160401 1 2 3 4 5 880123456 One 950 1111111 20160401 1 2 3 4 5 880123400 2 1880 1111111 20160401 1 2 3 4 5 880123426 One 900 1111111 20160401 1 2 3 4 5 880125361 3 2610 1111111 20160401 1 2 3 4 5 880123488 5 3540

The sales slip as shown in Table 2 is mapped with unique information of the purchaser and the sales slip and is stored in the sales database 122. The sales database 122 stores the information of the buyer at the request of the sales information collection device 164 And the sales slip to which the unique information of the sales slip is mapped, to the sales information collection device 164. At this time, the unique information of the sales information may be data generated each time a sales slip is issued by the store terminal 120.

The sales information collection device 164 can be connected to a plurality of sales databases 122 to represent sales codes stored in the sales database 122 and store them in the sales analysis database 163. Concretely, the sales information collection device 164 stores a representative code 200 having a data value of a specific field, for example, a barcode data value, as a characteristic value among the fields in the sales slip stored in the sales database 122, 160 and connects the data values of the respective fields in the sales slip to the representative code 200 to generate a sales data set and store the sales data set in the sales analysis database 163.

In the embodiment of the present invention, the sales data set, like the data set for goods, has the highest representative level 200, and the unique information of the sales slip, the information of the buyer, the store ID, the sales date, the product code, A master field 210 corresponding to a sales amount, and a data value set in each master field 210. In addition, the sales data set may have a field of business name 220 corresponding to the unique identifier information of the retail store where the retail store terminal 120 is installed.

The sales information collection device 164 can generate sales situation analysis data and sales comparison data of each store by the representative code 200 through analysis of the sales data set stored in the sales analysis database 163, Product purchase pattern data can be generated.

The detailed configuration of the above-described sales information collection device 164 will be described with reference to FIG.

FIG. 6 is a block diagram showing the detailed configuration of the sales information collecting apparatus 164 according to the embodiment of the present invention.

6, the sales information collection device 164 may include a representative code search unit 500, a data storage unit 510, a data analysis unit 520, and the like.

The representative code search unit 500 searches the representative code 200 in the eye order master database 160 based on the data value corresponding to the information about each product in the sales slip stored in the sales database 122, It is possible to provide the data of the representative code 200 to the data storage unit 510. Specifically, the representative code retrieving unit 500 receives the sales slip in cooperation with the sales database 122 via the network, and selects a specific field among the information on each product in the received sales slip, for example, the data value of the barcode field And the characteristic values stored in the eye order master database 160, and then provide the representative code 200 to the data storage unit 510.

The data storage unit 510 searches the sales analysis database 163 for a sales data set having the representative code 200 searched by the representative code search unit 500. The data storage unit 510 stores the sales data set, The sales analysis database 163 may be updated by setting the data value of each field to the data value of the master field 210 of the sales data set after interconnecting the sales data 210. [

The data analysis unit 520 generates analysis data on sales status of each product of each store through analysis of the sales data set stored in the database for sales analysis 163 and generates product sales comparison data capable of comparing the products sold by each store can do. Specifically, the data analyzer 520 analyzes the data values of each master field 210 in the sales data set of the representative code 200 stored in the sales analysis database 163, And generate merchandise sales comparison data for each merchandise corresponding to the representative code 200 through analysis data on sales status of each merchandise by each merchandise store.

Also, the data analyzer 520 may generate product sales pattern data of the buyers based on the sales data set stored in the sales analysis database 163. In other words, the data analysis unit 520 searches the sales analysis database 163 for a plurality of representative codes 200 having unique information of the same sales slip, and based on the plurality of representative codes 200 searched for, The degree of association between purchase items for each unique item and each store can be calculated by acquiring information on a product and calculating the degree of association between the purchased items in one sales slip based on the acquired information. Then, the data analysis unit 520 may generate the commodity sales pattern data of the purchasers of each shop by using the degree of association between the purchased commodities.

(N) of the sales slip for purchasing a particular A product after purchasing a particular A product at a specific retail store, and for calculating the degree of association between the products, , It is possible to calculate the degree of association between a specific A-commodity and a B-commodity at a specific store.

In an embodiment of the present invention, the commodity sales pattern data may be a relationship between different commodities sold at the same time when a commodity is sold at a store.

On the other hand, the sales analysis data for each sales shop analyzed by the data analysis unit 520, the merchandise sales comparison data and the merchandise sales pattern data for comparing the merchandise sold by each store can be transmitted .

A process in which the sales information collection device 164 having the above-described configuration collects information on the sales product based on the sales slip will be described with reference to FIG.

FIG. 7 is a flowchart illustrating a process in which the sales information collection device 164 collects information on a sales product according to an embodiment of the present invention.

7, first, the sales information collecting apparatus 164 interlocks with the sales database 122 to receive a sales slip, that is, a sales slip to which the unique ID of the sales slip and the unique information of the buyer are mapped (S600 ).

Thereafter, the sales information collecting device 164 searches the representative code 200 in the eye order master database 160 based on the data value of each field, which is information on each product in the sales slip (S602). Concretely, the sales information collection device 164 compares the data value of each product in the sales slip with the feature value connected to the representative code 200 stored in the eye order master database 160, The representative code 200 for each product in the sales slip can be searched by selecting the representative code 200 linked to the extracted feature value.

Then, the sales information collection device 164 searches the sale analysis data base 163 for sales data sets based on the searched representative code 200 (S604), and then, based on the in-sales resale information, The ID of the retailer, and the master field 210 of the searched sales data set to update the sales data set (S606).

The operation method of the goods information collecting device 162 and the sale information collecting device 164 described above may also be implemented in the form of a recording medium including instructions executable by a computer such as a program module executed by a computer . Computer readable media can be any available media that can be accessed by a computer and includes both volatile and nonvolatile media, removable and non-removable media. In addition, the computer-readable medium may include both computer storage media and communication media. Computer storage media includes both volatile and nonvolatile, removable and non-removable media implemented in any method or technology for storage of information such as computer readable instructions, data structures, program modules or other data. Communication media typically includes any information delivery media, including computer readable instructions, data structures, program modules, or other data in a modulated data signal such as a carrier wave, or other transport mechanism.

It will be understood by those of ordinary skill in the art that the foregoing description of the embodiments is for illustrative purposes and that those skilled in the art can easily modify the invention without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. For example, each component described as a single entity may be distributed and implemented, and components described as being distributed may also be implemented in a combined form.

It is intended that the present invention covers the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents. .

110: Supplier side device
120: Dealer terminal
130: User side terminal
140: Big Data Collection and Information System
150: Network
160: Eye order master database
161: Eye order product database
162: Product information collecting device
163: Database for sales analysis
164: Sales information collecting device
165: Integrated database
166: Database Integration Device
167: Equipment supply status information providing device
168: Sales status information providing device
169:

Claims (4)

An iorder master database in which at least one feature value is set and stores at least one representative code connected to a plurality of master fields,
As the information on the goods to be received from the outside or shipped to the retailer is received from the plurality of supplier side apparatuses, a data set for goods is generated using the representative code stored in the eye order master database and a plurality of master fields, A goods information collecting device for storing the goods data set stored in the database or the goods data set stored in the eye order goods database,
The order code is retrieved from the eye order master database in response to an order request for a specific product of a retailer and then the search result data is generated through the search of the eye order product database using the retrieved representative code And providing a supply status information and supply price information for each supplier corresponding to the searched representative code using the search result data,
The product information collecting device includes:
A product image is received from the plurality of supplier-side apparatuses, and the received product image is compared with information related to the product image among the feature values set in the representative code, The related representative code is searched to update the product data set stored in the eye order product database or a feature value is extracted using the feature point of the product image and then the representative code having the extracted feature value is generated, And stores the item data set in the eye order goods database, and transmits the position information of the center for managing the supplier-side apparatus that has transmitted the information on the goods in the goods data set stored in the eye order goods database ≪ / RTI > To generate, and add to the data set for the product,
Wherein the goods supply status information providing device comprises:
And a controller for calculating the logistics cost by comparing the position related information among the master fields connected to the searched representative code and the position of the user requesting the order and providing the calculated price comparison data to the user, Data-based commodity sales hub system.
The method according to claim 1,
The merchandise sales hub system comprises:
As a sales slip including information on the purchased merchandise is received through scanning of at least one merchandise purchased by the purchaser, a sales dataset is created using a representative code stored in the iorder master database and a plurality of master fields A sales information collecting device for storing the sales data set in the sales analysis database or the sales data set stored in the sales analysis database,
The method of claim 1, further comprising: searching, in the order master database, a representative code corresponding to information on the arbitrary merchandise according to a user's request for comparison with the arbitrary merchandise, A merchandise sales information providing device for generating selling price comparison data for each merchandise with respect to an arbitrary merchandise and providing the same to the user.
3. The method of claim 2,
The merchandise sales hub system comprises:
Extracts a sales data set for each representative code and a product data set through comparison between the eye order product database and the product data set in the sales analysis database and the sales data set and extracts the extracted sales data set and product data set Further comprising a database generating device for generating an integrated master field for each representative code by analyzing and generating an integrated data set having each representative code and an integrated master field for each of the representative codes, Data-based commodity sales hub system.
The method of claim 3,
The merchandise sales hub system comprises:
An average warehouse price, an estimated warehouse price, a shipment volume, a sales volume, and an average selling price for each representative code through analysis of the integrated data set stored in the integrated database, and generates price comparison information or popularity information And a comparison information generating device for generating a comparison result based on the comparison result.

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