KR20030074346A - System and method of electronic commerce combining purchasing and delivery - Google Patents

Abstract

PURPOSE: An electronic commerce system and method for combining purchase with delivery of a commodity is provided to select the optimum seller and deliverer condition adapted to a requesting condition of a purchaser by linking with the commodity. CONSTITUTION: An electronic commerce server(100) is connected to a wire/wireless network(200). A database(105) is combined with the electronic commerce server(100) and manages a seller, a purchaser, a deliverer, commodity information, seller information, and deliverer information with respect to each commodity simultaneously. The wire/wireless network(200) connects a plurality of seller terminals(110), purchaser terminals(130), and deliverer terminals(120) with the electronic commerce server(100). The database(105) possesses each field for displaying a seller condition and a deliverer condition with respect to a commodity sale and a deliverer with the seller and a record which possesses delivery data corresponded to each field. The electronic commerce server(100) includes an optimization unit for optimizing the seller condition and a deliverer condition of the field in the database(105) and delivery data of the record.

Description

E-Commerce System and Methods Combining Purchasing and Delivery of Products {SYSTEM AND METHOD OF ELECTRONIC COMMERCE COMBINING PURCHASING AND DELIVERY}

The present invention relates to a seller and a shipper for a product purchase through an e-commerce server, and in particular, allows the buyer of the product to select an optimal sales condition and a delivery condition for the seller and the shipper that are different for each product. It relates to a product purchase method and delivery method through the e-commerce server on the Internet that can increase.

Recently, with the increasing trend of Internet users, electronic commerce using the e-commerce server established on the Internet has been actively performed. Looking at the general e-commerce method, first, when the buyer views the product details and orders the purchased product, the e-commerce server requests the payment of the ordered product. Thereafter, when the purchaser's deposit processing is completed, the ordered product is requested to the delivery company to deliver the product.

In a general electronic commerce system, as shown in FIG. 1, the product purchaser 1 and the electronic commerce server 2 are connected through an internet network. The purchaser connects to a wired / wireless network such as the Internet by using a web browser such as a computer, a mobile phone, or a PDA, and then puts the product name, the number of purchases, the delivery address, and the delivery date on the order form provided by the e-commerce server 2 to purchase the product. Enter the order to order the goods (a). The e-commerce server 2 requests the billing of the ordered product (b), and the buyer deposits the purchase price by electronic payment using a payment means such as a credit card (c). At this time, the e-commerce server 2 transmits the purchaser information transmitted during the deposit processing to the payment system 3 to request authentication (c-1), and undergoes authentication confirmation by the payment system 3 (c-2). ). When the authentication is confirmed, the e-commerce server 2 notifies the product purchaser 1 of receipt of the ordered product (d), and sends a delivery order to the delivery company 4 to deliver the ordered product to the designated delivery date (e). ). The delivery company 4 delivers the goods to the buyer according to the delivery order (f). In such an existing e-commerce system, the distribution structure connecting consumers and producers has been simplified, thereby securing a comparative advantage by supplying goods at a lower price than traditional commerce.

However, in the existing e-commerce system, product delivery is uniformized and the cost of delivery is paid to the product buyer, or free of charge to the buyer over a certain amount, but the cost is preserved through advertising revenue. In such a system, the buyer cannot select the cost and condition of the ordered goods, and the unsatisfactory satisfaction of the delivery to the buyer of the goods due to the uniform delivery regardless of the delivery conditions (delivery speed, delivery area, reliability of delivery, etc.) There was a problem.

In order to solve this problem, Korean Patent Application No. 2000-24670 discloses an e-commerce method on the Internet that can notify a buyer of a total purchase cost of a product including a freight cost according to the transportation of an ordered product. Providing. As shown in Figure 2, the conventional invention is a method for processing the shipping cost information according to the transportation of the purchased goods in the electronic commerce server that holds the goods and price information as a database, receiving a product order created by the goods buyer step; Counting a product name, a number of products, a delivery area, and a delivery means based on the order details of the product order; Summing the weights of the aggregated ordered goods; Calculating a shipping cost according to the total weight of the ordered goods, the delivery area, and the delivery means; And transmitting the total purchase cost of the product to the purchaser plus the shipping cost calculated by adding the calculated product price to the purchaser. According to the present invention, when a delivery company is selected to deliver an ordered product at the time of ordering the goods, the delivery cost calculated according to the fee system of the selected delivery company is transmitted to the buyer.

However, the conventional invention is only a service that provides a total purchase cost to a buyer by calculating a delivery cost according to a delivery area and a delivery method to an existing sales and delivery service, and thus is optimal for a buyer's requirement in connection with a product. There is no way to select a shipping condition.

SUMMARY OF THE INVENTION An object of the present invention is to solve the problems of the prior art and to provide an electronic commerce system and method capable of selecting an optimal seller and shipper condition in accordance with a buyer's requirements in association with a product.

Another object of the present invention is to allow each buyer or seller to designate a delivery or transportation company according to the propensity of the buyer or seller, so that each buyer can conveniently apply for the delivery of goods.

Still another object of the present invention is to disclose the sales conditions and delivery conditions for each product between the seller and the shipper for each product so as to be clearly understood by the buyer, and to efficiently manage the sales conditions and delivery conditions for each product.

1 is a block diagram showing an overview of a general e-commerce method,

2 is a block diagram showing a conventional e-commerce method;

3 is a block diagram showing an outline of an electronic commerce system according to the present invention;

4 is a block diagram showing an example of an electronic commerce system according to the present invention;

5 is a block diagram showing an e-commerce method according to the present invention;

6 is a block diagram showing an e-commerce method according to the present invention;

7 illustrates an example of a screen on which a buyer may select a seller and a delivery person on a terminal.

The present invention is a system for the purchase and delivery of goods through the e-commerce server, devised to achieve the above object,

An e-commerce server connected to the wired / wireless network;

A database coupled to the e-commerce server for managing seller, buyer, shipper and product information, seller information classified by products, and shipping information classified by products for each seller;

A plurality of seller terminals, a plurality of buyer terminals, and a plurality of shipper terminals connected to the wired / wireless network so as to be combined with the e-commerce server,

The database holds a field for each of the sold goods, a seller, and a shipper, each field representing a sale condition and a delivery condition, and a record holding delivery data corresponding to each of the fields;

The e-commerce server is characterized in that it comprises optimization means for optimizing the sales conditions and delivery conditions of the fields in the database and the delivery data of the record.

The electronic commerce server may include an interface unit for connecting to the Internet to relay communication with the plurality of terminals, and an operating system for operating the electronic commerce with data input from the interface unit. Since the e-commerce server must communicate data such as sellers, buyers, shippers with product information and delivery information through wired or wireless Internet, not only a high performance interface is required but also a high speed is required to process data of multiple users simultaneously. An operating system that runs a processor and server system is required.

In general, an e-commerce server has a separate database server as a subordinate to share a task of managing data for a plurality of users. The database server has fields representing sales conditions and delivery conditions related to sellers and shippers for each product, and holds sales and delivery data according to each field.

Since the terms of sale can vary from seller to seller for the same product, the terms of sale can be managed in a combination of product and seller.

And since the shipping conditions may vary depending on the personal relationship between the seller and the shipper or the correlation between the sale product and the shipper, the delivery conditions may be managed in a combination relationship between the seller-shipper and the sale-product-shipper.

The e-commerce server also includes optimization means for optimizing the delivery conditions of the fields and the delivery data of the records in the database, wherein the optimization means comprises:

Correlation of the seller and the deliverer;

Correlation of the seller's product and the shipper;

Based on the correlation between the buyer and the shipper, it is characterized in that the optimization operation according to the speed of delivery, delivery area, reliability of the delivery.

Here, the correlation between the seller-shipper and the relationship between the goods and the shipper may occur through a separate contract or agreement between the seller and the shipper, while the relationship between the buyer and the shipper may be frequently used by the buyer as described below. It is intended to lead to a favorable contract for the purchaser and may occur depending on the purchase order history of the buyer.

In addition, the database includes a field in which the shipping conditions of each buyer are recorded,

The optimization means may determine the purchase condition selection tendency of the buyer from the field in which the delivery condition of the buyer is recorded, and perform an optimization operation according to the delivery condition selection tendency to the buyer. It is done.

In the field where the buyer's shipping conditions are recorded, the shipping terms that the buyer has selected in the past are recorded, and the buyer's shipping conditions are selected among the shipping conditions that depend on the shipper and the speed of delivery, the region of delivery and the reliability of the delivery. Determine trends. The e-commerce server determines the tendency of each buyer to select shipping conditions, and thus, when a new purchase request is made, the e-commerce server introduces the delivery according to the shipping conditions according to the buyer's inclination, so that the buyer can easily select one of the numerous shipping conditions. I can do it.

Subsequently, the product purchase and delivery method through an e-commerce server according to the present invention is a product purchase and delivery method through an e-commerce server made on a network through wired / wireless terminals of sellers, shippers and buyers.

In a database coupled to the e-commerce server, a correlation between a product and a seller, a correlation between the seller and the shipper, a correlation between the seller's goods and the shipper, a correlation between the buyer and the shipper, and A data recording step of recording each field representing the delivery condition for the merchandise and the shipper, and a record holding delivery data corresponding to each field (s10);

A login step of the buyer (s20);

Receiving a product selection for a product from a buyer in consideration of the plurality of correlations (s30);

(S40) receiving and allowing the buyer to make a selection by providing the selling condition for each product in consideration of the plurality of correlations;

Receiving a seller selection of a buyer (s50);

A shipping condition presentation step of allowing the buyer to select and provide a shipping condition in consideration of the plurality of correlations (s60);

Receiving a purchase request and a transport request of the buyer (s70);

Receiving the sale condition and delivery condition from the buyer, and transmitting an order and a delivery request for the goods to a terminal of a seller and a shipper corresponding to the sale condition and the delivery condition (s80 and s90);

In this case, the selling condition suggesting step may be performed by optimizing the selling condition of the field in the database and the product information data of the record in consideration of the plural correlations of the selling condition of the seller for each product and then providing the seller for each product to the buyer for selection. So that

Optimization of the sales conditions and sales data,

Correlation of the product and the seller;

Correlation of the seller's product with the seller;

On the basis of the correlation between the producer and the seller; it is characterized in that the optimization operation according to the efficiency of the sale, the sales region, the selection of the sale.

In the shipping condition presentation step, when the purchaser requests a purchase, the shipping condition for each product is provided to the buyer after optimizing the shipping condition of the field and the shipping data of the record in consideration of the plurality of correlations. To make a choice,

The optimization of the delivery conditions and delivery data,

Correlation of the seller and the deliverer;

Correlation of the seller's product and the shipper;

Based on the correlation between the buyer and the shipper, it is characterized in that the optimization operation according to the speed of delivery, delivery area, reliability of the delivery.

In addition, the database includes a field in which the shipping conditions of each buyer are recorded,

Optimization of the shipping condition and the shipping data is determined by the buyer's shipping condition selection tendency based on the history of the buyer's shipping conditions from the field in which the shipping condition of the buyer is recorded, and optimized according to the shipping condition selection tendency to the buyer. It is characterized by the operation.

Hereinafter, an electronic commerce system and method combining a product purchase and a delivery according to the present invention will be described in detail with reference to the accompanying drawings.

3 is a block diagram showing an overview of an electronic commerce system according to the present invention. The system for purchasing and delivering goods through the electronic commerce server shown in FIG. 3 includes an electronic commerce server 100, a terminal 110 of a seller, The shipper's terminal 120, the buyer's terminal 130, and the payment system 140 are coupled to each other via the wired / wireless network 200. In addition, the electronic commerce server 100 is connected to the database 105.

There may be several types of seller 110, such as a supplier, a producer's office, an agency, a retailer, and a shipper 120 may have a type of a direct carrier, a transportation partner, a transport headquarter, a transport office, a shipping agent, a retailer, or a retailer. There may be.

Each terminal is wired or wirelessly coupled to the wired or wireless network 200, the terminal may be a personal computer, a mobile phone, a personal digital assistant (PDA), a set-top box and the like.

The database 105 is coupled to the e-commerce server, and manages the seller, buyer, shipper and product information and the delivery information for each product, the database 105 is the seller 110 and the sale goods and the shipper ( Each field indicating a delivery condition, and a record holding delivery data corresponding to each field,

The e-commerce server 100 is characterized in that it comprises optimization means for optimizing the delivery conditions of the field and the delivery data of the record in the database 105.

The e-commerce server 100 includes an interface unit for connecting to the Internet 200 to relay communication with the plurality of terminals, and an operating system for operating the e-commerce with data input from the interface unit. can do. Since the e-commerce server must communicate data such as sellers, buyers, shippers with product information and delivery information through wired or wireless Internet, not only a high performance interface is required but also a high speed is required to process data of multiple users simultaneously. An operating system that runs a processor and server system is required.

In general, the electronic commerce server 100 has a separate database server 105 as a dependency in order to share the task of managing data for a plurality of users. The database server 105 has fields indicating delivery conditions related to the seller, the goods sold thereto, and the shipper, and holds delivery data according to each field. Since the delivery conditions may vary depending on the personal relationship between the seller and the shipper or the correlation between the sale product and the shipper, the delivery conditions may be managed in a combination relationship between the seller-shipper and the sale product-shipper.

In addition, the e-commerce server 100 may include optimization means for optimizing the delivery condition of the field and the delivery data of the record in the database 105.

Optimization means may include a correlation between the seller 110 and the shipper 120; A correlation between the merchandise of the seller and the shipper 120; Based on the correlation between the buyer 130 and the shipper 120, the optimization operation according to the speed of delivery, delivery area, reliability of the delivery. Seller-shipper correlation and product and shipper correlation may occur through a separate contract or agreement between seller and shipper, while correlation between buyer 130 and shipper 120 may be the shipper frequently used by buyer. It is intended to lead to a favorable contract for the contract and may occur depending on the purchase order history of the buyer.

The database 105 includes a field in which the shipping conditions of each of the buyers 130 are recorded, and the optimization means includes a field of the shipping conditions of the buyers 130 from the field in which the shipping conditions of the buyers 130 are recorded. Determination of the shipping condition selection tendency of the buyer 130 is made based on the history, and an optimization operation according to the shipping condition selection tendency is performed to the buyer 130.

In the field in which the shipping condition of the buyer 130 is recorded, the shipping condition selected by the buyer 130 in the past is recorded, and these changes depending on the shipper 120 and the speed of the delivery, the delivery area, and the reliability of the delivery. It is possible to determine the delivery condition selection trend of the buyer 130 among the delivery conditions. The e-commerce server 100 determines the shipping condition selection trend of each buyer 130, and accordingly, when there is a new purchase application, introduces the delivery according to the shipping conditions according to the buyer 130, buyers, 130 can easily select one of numerous shipping conditions.

Fig. 4 is a block diagram showing an example of an electronic commerce system, showing a terminal apparatus (a) and a server apparatus (b) for searching a general Internet. The terminal unit A is connected to the input unit ⓒ and the interface unit ⓔ. The terminal apparatus (a) constitutes an operating system (ⓕ) connected to the interface (ⓔ) output terminal and an internet protocol unit (ⓑ) operated by it. The operating system ⓕ operates each device so that the corresponding device processes the content input through the interface ⓔ. Internet Protocol (ⓑ) refers to all protocols used on the Internet and is necessary for the Internet. The terminal device (a) is provided with a browser (ⓐ) which is operated by the operating system (ⓕ) and which can be connected to the Internet by the Internet protocol (ⓑ). Browser (ⓐ) is a tool used to search hypermedia documents. Hypermedia documents are documents written in Hypertext Markup Language (HTML). HTML is the authoring language of the ipermedia document that browser (ⓐ), a searcher, recognizes and interprets. The browser ⓐ searches for all documents on the Internet and displays the contents on the screen for the user to view. The terminal device (a) has a connection part ⓖ connected between the interface part ⓔ and the Internet and an output part ⓓ connected to the interface part ⓔ. The output unit ⓓ includes a monitor and the like so that a user can view the contents searched by the browser ⓐ. The server device (b) operates and is configured like the connection part (a) of the terminal device (a), the interface part and the operating system ⓜ and the Internet protocol part b. The server apparatus (b) includes a connecting portion ⓘ connected to the Internet and an interface portion for outputting the input contents to the corresponding apparatus. The apparatus also includes an operating system (ⓜ) and an Internet protocol unit (ⓚ) for operating each device so that the corresponding apparatus processes the contents input through the interface unit. The server device (b) is provided with a server unit operating by the operating system ⓜ and operating on the internet protocol unit. The server sends the data requested by the browser ⓐ according to the Hypertext Transfer Protocol (HTTP). HTTP defines a protocol for communication between a browser and a server. The server unit (B) is connected with a program unit between the server unit (ⓟ) and the database management unit (ⓝ). The program unit operates by the operating system ⓜ and operates while exchanging data with the server unit. The program unit provides a program for the consumer to select a producer and a shipper based on the function of the CGI, and analyzes the input data. CGI not only provides moving images but also allows users and servers to communicate with each other through a browser. In addition, the server apparatus (B) has a database unit (ⓝ). The database unit ⓝ is operated by the operating system ⓜ and outputs data necessary for the program unit to operate and stores the input data.

5 is a block diagram showing an electronic commerce method according to the present invention.

As shown in FIG. 5, the product purchase and delivery method through the e-commerce server according to the present invention is a product purchase and delivery method through an e-commerce server made on a network through wired / wireless terminals of sellers, shippers, and buyers. Data recording step (S10), the buyer's login step (S20), the buyer selects the product in the product selection (s30), the sales (child) condition presentation step (s40), the buyer's sales (child) condition selection step (S50) shipping Condition Suggestion step (S60), Buyer's carrier selection step (S70), Buyer's purchase of goods and transport transportation application step (S80) Purchase and delivery application acceptance step to the seller and the carrier's terminal (S90) Delivery completion step from the buyer ( S100) There may be a payment amount remittance step (S110) to the seller deliverer.

First, in the data recording step (S10), the database 105 coupled to the e-commerce server 100, the correlation between the product and the seller, the correlation between the seller 110 and the shipper 120, the The correlation between the goods of the seller 110 and the shipper 120, the correlation between the buyer 130 and the shipper 120, and the seller 110 and the sold goods and the shipper 120. Each field indicating a delivery condition and a record holding delivery data corresponding to each field are recorded.

The data recording step S10 is preferably maintained in real time so that it is updated at any time so that the data can be kept at the latest value.

Subsequently, in the login step S20, the purchaser 130 logs in to the electronic commerce server 100 via a wired or wireless network such as the Internet.

Next, a product inquiry is made from the buyer 130 to receive a product selection (S30).

In consideration of the plurality of correlations, the seller 130 provides the seller 130 with respect to the product to allow the buyer to select an optimal seller (S40), and the buyer selects the seller (S50). Next, a plurality of correlations (ie, a correlation between the product and the seller 110, a correlation between the seller 110 and the shipper 120, and the goods of the seller 110 and the shipper 120) Considering the correlation, the correlation between the buyer 130 and the shipper (120) to optimize the delivery conditions (product) for each product to be provided to the buyer 130 to select (s60).

Next, the buyer selects the carrier (s70).

Subsequently, when the buyer places a product order (s80), a purchase request is made to the seller and a delivery request is made to the carrier (s90). In the delivery request step (S90), although the seller (received) conditions have been received from the buyer 130, the seller After the product is approved for sale to the purchaser, the product is formally transmitted to the terminal of the delivery person 120 corresponding to the delivery condition.

Next, when the buyer receives the ordered goods (s100), the payment amount is transferred to the seller and the shipper (s110).

At this time, in the delivery condition indicating step (S50), when the purchaser selects, the delivery condition of the field and the delivery data of the record are optimized in consideration of the plurality of correlations, and then the delivery condition for each product is determined by the buyer. And the delivery condition and the delivery data are optimized based on the correlation between the seller and the shipper, the correlation between the seller's goods and the shipper, and the correlation between the buyer and the shipper. Then, optimization calculation is performed according to the speed of delivery, delivery area, and reliability of delivery.

In this case, considering that the faster the delivery speed, the closer the delivery area, the higher the reliability of the delivery, the higher the shipping cost, the optimization operation for the delivery condition with the highest price satisfaction level is satisfied.

In addition, the database 105 includes a field in which delivery conditions of each of the buyers 130 are recorded.

The optimization of the delivery condition and the delivery data is determined from the field in which the delivery condition of the buyer 130 is recorded, the purchase condition selection propensity of the buyer 130 is determined based on the history of the delivery condition of the buyer 130. The purchaser 130 may perform an optimization operation according to the delivery condition selection tendency. That is, considering that the faster the delivery speed, the closer the delivery region, the higher the reliability of the delivery, the higher the shipping cost, the customer satisfaction level based on the delivery condition selected by the buyer 130 in the past, Optimizes for the highest delivery condition.

The e-commerce server 100 receives a delivery instruction from the buyer 130 after sending a delivery instruction to the shipper 120 (S100), and when the delivery of the goods is confirmed payment to the seller and the shipper Send money (S110).

Fig. 6 is a flowchart of an operation centering on a browser, a server, a program, and a database. The user of the present invention is given an account that is eligible to use the Internet. After the server device accesses the Internet through the connection unit ⓘ, the programs on the Internet set a domain name. When the user enters the Internet address in the server unit ⓟ (step 11), the server unit ⓟ requests input of the user ID and password (step 17). When the user enters a name and password (step 12), the server unit ⓟ determines whether the user is registered (step 18). If the user is registered, the user transmits a main page for selecting the seller and the shipper (step 20). The main page corresponds to the first page for the user to select the seller and the shipper. If the user is not registered, the registration screen is transmitted (step 19), and the user enters the ID and password again to register (step 12). The user looks at the main page and performs a product search (step 13). When the registered user selects the product search mode and requests a product search (step 13), the server unit ¬ drives a CGI (Comon Gate Interface) program unit (step 21). CGI program is a program that enables users to search for the choice of seller and shipper based on the CGI function that allows users to execute and exchange data with the server to which they are connected. The CGI program processes the input data, that is, the data that can search for the product, as a binary and requests the analysis of the data to the database unit (ⓝ) (step 29). The database manager ⓝ retrieves and analyzes the requested binary data and outputs the same to the CGI program unit (step 38). The CGI program unit creates a product selection page so that the user can select a product by referring to the input data, and outputs it to the server unit (Step 30). The server unit ⓟ enters the input product selection page. To the browser ⓐ (step 22). The user may view the product selection page output to the output unit ⓓ by the browser ⓐ to select a product (step 14). When the user selects a product for purchase, the browser ⓐ outputs the selection data to the server unit ⓟ. The server unit ⓟ drives the CGI program to process the input data (step 23). As in steps 29 and 38, the CGI program unit processes the input data as a binary and requests a data analysis from the database unit ⓝ (step 31). The database unit ⓝ retrieves the input data and outputs the data to the CGI program unit so that the user can select the seller and the shipper (step 39). The CGI program unit refers to the input data. A seller and a seller selector page, which allows the user to select a seller and a deliverer, is generated and output to the server unit (ⓟ) (step 32.) The server unit ⓟ browsers the entered seller and the seller selector page. (Ⓐ) (step 24) The user sees the order page displayed in the output section by the browser and orders (Step 16) The user outputs the output section (ⓓ) by the browser (ⓐ). The seller and the shipper selection page can be viewed and the seller and the shipper can be selected (step 15.) The server unit ⓟ drives the CGI program to process the input data (step 25). Data ie sellers and ships Process the data that can be searched as a binary and request the data analysis to the database unit (ⓝ) (step 33.) The database manager (ⓝ) searches for and analyzes the requested binary data and executes the CGI program unit (ⓠ). (Step 40) The server unit ⓟ outputs the entered order page to the browser ⓐ (step 26). An order page is prepared so that the user can order the document and outputs it to the server unit (Step 34). When the user places an order, the browser ⓐ outputs the order data to the server unit (ⓟ). The CGI program drives the CGI program to process the input data (step 27.) The CGI program unit processes the input data as binary and analyzes the order (step 35) to create a result page. Step 36.) The CGI program unit orders the result data Request for analysis and storage of the result data to the database unit (ⓝ) (step 37.) The database unit (ⓝ) analyzes the input result data and stores it for use as data for the next user use. Step 41) The CGI program unit sends the result page to the server unit thor, which outputs the input result page to the browser ⓐ (step 28). The user checks the result page displayed by the browser on the output unit (ⓓ).

7 is an exemplary view of a screen in which a buyer can select a seller and a delivery person on a terminal. FIG. 7A is a screen that allows a consumer to select and click a product for purchase, and FIG. 7B is a selection list consisting of suppliers, producers, sales offices, agents, and retailers that sell the product. In FIG. 7C, after selecting a purchase, a step of determining a quantity and a destination of a product in a situation where a product, a seller, and a delivery person is selected is shown. 7D is a screen that allows a consumer to complete and confirm an order.

In the above, the electronic commerce system and method according to the present invention have been described through various embodiments. However, the above embodiments are only examples for facilitating the understanding of the present invention, and the scope of the present invention is not limited thereto, even if there are additions, reductions, and changes of the disclosure of the present invention, according to the appended claims. It may be included in the scope of the technical spirit of the present invention.

According to the system and method for product purchase and delivery through the e-commerce server according to the present invention, as well as the effect of expanding the opportunity of choice of consumers by directly selecting the seller and the seller according to their preferences, Business associations with producers, consumers and shippers can be made, resulting in increased distribution efficiency.

Claims (7)

In the system for the purchase and delivery of goods through an e-commerce server, An e-commerce server connected to the wired / wireless network; A database coupled to the e-commerce server and managing a seller, a buyer, a shipper and product information, and sales and delivery information for each product at the same time; A plurality of seller terminals, a plurality of buyer terminals, and a plurality of shipper terminals connected to the wired / wireless network so as to be combined with the e-commerce server, The database holds respective fields representing sales conditions and delivery conditions for the seller, the goods sold, and the shipper, and records holding delivery data corresponding to the fields; The e-commerce server may include an optimization means for optimizing the sales condition and the delivery condition of the field in the database and the delivery data of the record. System. The method of claim 1, The electronic commerce server includes an interface unit for connecting to the Internet and relaying communication with the plurality of terminals; And an operating system for enabling the electronic commerce to be operated with data input from the interface unit. The method of claim 1, The means for optimizing the sales conditions and sales data, Correlation of the product and the seller; Correlation of the seller's product with the seller; Correlation of the product and the seller; On the basis of the above, the optimization operation according to the selling price, the sales region and the selection of the buyer of the selection, The optimization means for optimizing the delivery conditions and delivery data, Correlation of the seller and the deliverer; Correlation of the seller's product and the shipper; Correlation of the buyer and the deliverer; The system for the purchase and delivery of goods through the e-commerce server, characterized in that for performing the optimization calculation according to the speed of delivery, delivery area, the reliability of the delivery. The method according to any one of claims 1 to 3, The database includes a field in which the conditions of sale of each seller are recorded and a field in which the conditions of delivery of each buyer are recorded, for the goods of the producers, The optimization means determines the selection tendency of the product and the buyer through the history of the selling condition of the product from the field in which the selling condition of the seller is recorded, and selects the selling condition to the buyer. Characterized in that the optimization operation according to the propensity, The optimization means determines the buyer's delivery condition selection tendency through the history of the buyer's delivery condition from the field in which the buyer's delivery condition is recorded, and delivers to the buyer. I) A system for product purchase and delivery through an e-commerce server, characterized in that the optimization operation according to the condition selection tendency. In the product purchase and delivery method through the e-commerce server on the network through the wired and wireless terminals of the seller, shipper and buyer, In the database coupled to the e-commerce server, each field indicating a sales condition with respect to the correlation between the product of the producer and the seller, and a data record for recording a record holding sales data corresponding to each field. Steps, Holds the correlation between the goods of the seller and the shipper, the correlation between the buyer and the shipper, and each field indicating a delivery condition with respect to the seller, the goods sold and the shipper, and the shipping data corresponding to each field. A data recording step of recording a record to be made; Logging in the buyer; A board condition presentation step of receiving a product selection for a product from the buyer and providing the buyer with the sales condition for each product in consideration of the plurality of correlations; And a shipping condition presentation step of allowing the buyer to select the shipping condition for each product in consideration of the plurality of correlations. An order and a delivery instruction step of receiving the sales condition and the delivery condition from the buyer, and simultaneously transmitting the order and the delivery instruction of the goods to the terminal of the seller and the shipper corresponding to the delivery condition; , How to purchase and ship products through the e-commerce server. The method of claim 5, The selling condition presenting step may be performed by optimizing the selling condition of the field in the database and the product information data of the record in consideration of the plural correlations of the selling condition of the seller for each product. To give them a choice, Optimization of the sales conditions and sales data, Correlation of the product and the seller; Correlation of the seller's product with the seller; On the basis of the correlation between the producer and the seller; In the step of presenting the delivery condition, the purchase condition of the buyer is optimized in consideration of the plurality of correlations, and the delivery condition of each item is optimized after optimizing the delivery condition of the field and the delivery data of the record. Will be provided to the buyer for selection. The optimization of the delivery conditions and delivery data, Correlation of the seller and the deliverer; Correlation of the seller's product and the shipper; Correlation of the buyer and the deliverer; The system for the purchase and delivery of goods through the e-commerce server, characterized in that for performing the optimization calculation according to the speed of delivery, delivery area, the reliability of the delivery. The method of claim 6, The database includes a field in which the sales condition and the delivery condition of each buyer are recorded. The delivery condition, the product sales and the optimization of the delivery data, the purchaser's delivery condition selection propensity through the history of the delivery condition of the buyer or seller from the field in which the delivery condition of the buyer is recorded. And determining, and performing an optimization operation according to the propensity to select the delivery condition to the purchaser.