KR100405170B1 - Goods purchasing method using redistribution of interest - Google Patents

Abstract

The present invention relates to a product purchase method through the profit redistribution on the Internet, the product purchase through the profit redistribution that provides the profit of the buyer and a new product purchase method by redistributing the profit of the merchandise sales according to the order of the account opened by the buyer It is about a method.

In the present invention, a method for purchasing a product through redistribution of profits includes a service server having an account information database (hereinafter referred to as an account DB) and a buyer having a buyer terminal connected to the service server through the Internet. Accessing a home page of the service server; The purchaser depositing a predetermined account opening amount in the service server to open an account, and the service server storing the account in the account DB; Granting, by the service server, a basic point corresponding to the amount and an account number according to the opening order of the accounts to the accounts of the buyer; Generating, by the service server, a new node in an account structure and storing it in the account DB, and assigning a node number of the node to the account; And determining, by the service server, whether there is an ancestor node of the node and calculating and adding a predetermined addition point to the ancestor nodes.

Description

How to buy products by redistributing profits {GOODS PURCHASING METHOD USING REDISTRIBUTION OF INTEREST}

The present invention relates to a product purchase method through the profit redistribution on the Internet, the product purchase through the profit redistribution that provides the profit of the buyer and a new product purchase method by redistributing the profit of the merchandise sales according to the order of the account opened by the buyer It is about a method.

With the rapid development of information and communication technology, the Internet user population is increasing exponentially, and with the increase of the Internet user population, many shopping malls are opened and operated online. In general, since online shopping malls sell products only to buyers who have registered as members for various reasons, such as security maintenance, the buyers can purchase products after registering as members by providing personal information to the shopping malls.

As a method of distributing profits or points by the shopping mall to the buyer, Korean Internet Patent Publication No. 2000-54221, "Internet advertising promotion method and shopping mall operating system using a point earning system," allows a product advertisement to be promoted and sold at the same time. To construct a product advertisement promotion system and a sales system for a company that wants to promote and sell product advertisements on the homepage, and to improve the access rate by providing prizes and points for each advertisement for product advertisements, The present invention relates to a method for promoting an Internet advertisement using a point reserve system and a shopping mall operating system that can be directly used for purchasing a product in a shopping mall, thereby promoting sales advertisement through a product purchase promotion and a product purchase.

As another method, Korean Patent Application Publication No. 2000-59068, "Point accumulation method of the Internet shopping mall," relates to a method for earning points of an Internet shopping mall in which the membership structure forms a pyramid structure. The present invention relates to a point accumulation method of an Internet shopping mall in which a predetermined point is added to all members of a new member including a recommendation member, and the member adds and earns a predetermined point to all members of the upper and lower members when purchasing a product.

The Internet advertisement promotion method and the shopping mall operating system are a method of accumulating only points for purchasing a product, rather than allowing the member to actually purchase the product, and the shopping mall can only benefit from the advertisement. In the case of the product cannot be obtained until a certain point is earned, it is practically unable to distribute the profit through the sale of the product to the member.

In the point accumulation method of the Internet shopping mall, points are granted to members only after recommending membership, so points are not given to members who are not recommended, and when the upper subscriber leaves, the subscriber's infrastructure is automatically destroyed to lose points. It is possible to redistribute a substantial portion of the profit to the member or to redistribute only a small portion, and in some cases, granting points to the member may not induce the purchase of the actual product.

The present invention has been made to solve the above problems, the object of the present invention is to give the buyer a point according to the opening of the buyer account and the point according to the new buyer signing up, at any time or some time limit You can use points to buy goods.

Another object of the present invention is to open the account of the buyer leads to the purchase of goods by points or cash to improve the actual rate of goods purchase on the Internet. Another object of the present invention is to redistribute the profits from the sale of goods to the buyer or member, which has nothing to do with the point method based on the existing recommendation, and even if the account is deleted through the purchase, the buyer underneath the points To protect the property of all buyers or members by inheriting the order of the accounts without diminishing their interest.

1A is a schematic diagram of a system in which the present invention is implemented;

1B is a member information table of the member information database of FIG. 1A;

1C is an account information table of the account information database of FIG. 1A;

1D is a product information table of the product information database of FIG. 1A.

1E is an account usage state table of the account information database of FIG. 1A;

1F is a merchandise sales information table in the merchandise information database of FIG. 1A;

2 is a flow chart of a product purchase method according to the present invention.

Figure 3 is a flow chart of another product purchase method according to the present invention.

4 is a non-member information table of the member information database of FIG. 1A;

5A is a schematic diagram of an account structure according to the method of FIG.

5B is a schematic diagram of an account structure according to the method of FIG. 3.

6A is a schematic diagram of an account structure prior to purchase of goods.

6B is a table showing the account structure of FIG. 6A.

6C is a schematic diagram of the account structure after the purchase of goods.

6D is a table showing the account structure of FIG. 6C.

*** Explanation of symbols for the main parts of the present invention ***

1: service server 2: Internet

3: Buyer Terminal 11: Membership Information Database

12: Account Information Database 13: Product Information Database

In the present invention, a method for purchasing a product through redistribution of profits includes a service server having an account information database (hereinafter referred to as an account DB) and a buyer having a buyer terminal connected to the service server through the Internet. Accessing a home page of the service server; The purchaser depositing a predetermined account opening amount in the service server to open an account, and the service server storing the account in the account DB; Granting, by the service server, a basic point corresponding to the amount and an account number according to the opening order of the accounts to the accounts of the buyer; Generating, by the service server, a new node in an account structure and storing it in the account DB, and assigning a node number of the node to the account; And determining, by the service server, whether there is an ancestor node of the node and calculating and adding a predetermined addition point to the ancestor nodes.

1A is a diagram showing the configuration of a system in which the present invention is implemented, comprising: a service server 1 which opens and operates a product purchase homepage; The Internet 2; The purchaser terminal 3 which connects the service server 1 to the purchaser who wants to purchase the product through the Internet 2 is configured. The service server 1 includes a member information database (hereinafter referred to as member DB) 11; An account information database (hereinafter referred to as an account DB) 12; A product information database (hereinafter referred to as a product DB) 13 is provided.

FIG. 1B illustrates a member information table of the member DB of FIG. 1A, wherein the buyer's member information table includes the number of accounts opened by the buyer in addition to the general general member information.

FIG. 1C shows an account information table of the account DB of FIG. 1A. The account DB 12 stores all the information about the account opened by the buyer, the account structure (actually composed of the amount or points of the account, the account number of the account, and the accounts as nodes) Information including the node number assigned to the account). The service server 1 uses the account structure as a tree structure, and assigns node numbers to accounts that are nodes of the account structure in the order in which the accounts are opened. That is, the account number (AccNum), the points accumulated in the account (Blance), the node number (Node) of the account structure, and the points that are given according to the order opened by the buyer reaches a predetermined limit point It includes a point increase status (AddEnable) indicating a status of whether or not, and whether or not to buy goods (BuyGoods).

FIG. 1D illustrates a product information table of the product DB of FIG. 1A, wherein the product DB 13 displays all information about the product that the buyer can purchase from the homepage of the service server 1 and purchases of the product. Includes possible points (GoodsPrice).

FIG. 1E illustrates an account usage state table of the account information database of FIG. 1A, which illustrates an account number (AccNum) of a buyer who purchased a product and an order (SellId) in which the products are sold. When the purchaser purchases the product, the service server 1 generates the account use state table and stores the order in which the account including the account number purchased the product.

FIG. 1F illustrates a merchandise sales information table of the merchandise information database of FIG. 1A and includes information on merchandise sales and merchandise dispatch. In detail, information after the product sale, such as a product sales order (SellID), a product shipment date (SendDate) and a shipment confirmation (SendGoods), a receipt date (ReceiptDate) and a receipt confirmation (ReceiptGoods), is stored.

2 is a flowchart illustrating a product purchase method according to the present invention. In step 200, the service server 1 constructs a home page for selling goods and the DBs 11, 12, and 13, and in step 201, a buyer accesses the home page. . In step 202, the service server 1 determines whether the buyer is a member of the home page, and if the member is not a member, the buyer joins as a member, and the data of the member DB 11 is added to the buyer. (Step 203), if yes, go to step 204; The service server 1 when the buyer deposits a predetermined account setting amount (for example, 10,000 won) through a bank or other financial institution or a service for a predetermined amount, opens an account in the name of the buyer and opens the account DB. Store in AccNum (step 204). In step 204, if the buyer deposits four times the set amount of account, for example, the service server 1 opens four accounts respectively. In step 205, the service server 1 asks the buyer whether to make an immediate purchase with the set amount of money, and if the buyer wants to make an immediate purchase, it is possible to make a purchase with the set amount of money in step 206. The product is read from the commodity DB 13 for display and selection, and when the purchase of the commodity is ended, the account is deleted from the account DB 12 at step 217 and ends (step 218). ). If the buyer does not want to buy immediately (i.e., purchase points), the service server 1 calculates a basic point P _B (e.g., 10,000 points) corresponding to the account set amount. Granted to the account of the buyer and stored in the balance of the account information table of the account DB (12).

In step 208, the service server 1 creates a tree structure of account structure having one or more nodes in the account DB 12, creates a new node, and node number of the created node in the account. To be stored in the Node of the account information table. When the account structure is created for the first time, the root node number 1 will be assigned, and then the service server 1 generates a child node of the root node or a child node of the child node according to a predetermined algorithm. Subsequently, the node number of the nodes is assigned to the account and stored in the account information table of the account DB 12. The service server 1 may limit the number of the generated nodes to limit the number of nodes included in the account structure.

In step 209, the service node 1 calculates a predetermined addition point P _B and accumulates it in the accounts that are the ancestor nodes of the created node to balance the account information table of the account DB 12. Save it.

In this case, Cint () is an integer function, for example, Cint (10.66) = 10, P _B is a base point, and P _I is a purchase amount when the service server 1 purchases a product corresponding to the base point. Is converted into points, and L means the level on the account structure of the generated node. When the level L is 1, it means the root node. Therefore, since the ancestor node of the root node does not exist, the level L should be a value of 2 or more.

In step 209, the service server 1 calculates points P granted or accumulated in the account.

In this case, P _B is a basic point, P _A is an addition point, and Equation 2 is performed by the first child node. After that, only the addition point P _A by the new child node is added to the point P, and the new point P is updated. The service server 1 includes a predetermined limit point, and determines whether the point P is greater than or equal to the limit point. The service server 1 performs step 210 by setting and storing the limit points in order to prevent the point P of the account from increasing indefinitely and to redistribute the profit evenly to other buyers. If the point P is above the threshold point, the service server 1 deletes the account from the account structure by deleting the node number assigned to the account. The deletion is performed by separately setting the node in the account information table of the account DB 12 and setting AddEnable to 0 to manage the account DB 12 and update the node number of the account structure. This means not belonging to the account structure. If the account is deleted, it may be an account assigned to node number 1, which is a near node, so that the service server 1 decreases the node numbers assigned to the accounts after node number 2 of the account structure by 1, respectively. By assigning, node number 2 becomes node number 1, which is a near node, thereby updating the account structure and storing it in the account DB 12. FIG. If the point P is less than the threshold point, step 213 is reached.

In steps 213 and 212, the service server 1 determines whether the buyer has selected the account to purchase a product. The buyer can select one or more accounts from an account including a node number and an account without a node number (that is, an account with a node of 0) and purchase a product as a sum of points of the account (referred to as total points). The service server 1 provides the total points to the buyer. If there is no buyer's choice in step 212, the service server 1 continues to store the account from which the node number has been deleted and waits for the buyer's choice. If there is no purchaser's choice in step 213, the process proceeds to step 209, where the service server 1 adds up the additional points generated by the newly created node after the created node and points P Calculate).

In step 214, the service server 1 reads from the merchandise DB 13 the merchandise that can be purchased with the total points and provides it to the buyer for selection. The service server 1 may set a plurality of products that can be purchased with the total points of the buyer or limit the number to one. For example, when the total points of the products are less than the total points, the purchase is possible. It is also possible to make a purchase of only one product, even if the points of multiple products are less than the total point. In addition, the service server 1 may limit the time when the buyer can purchase the product, for example, the end number of the date of purchase and the same as any end of the accounts selected by the buyer, etc. By restricting the number of points, it is possible to prevent only the buyer with many points from having the highest priority in purchasing the product, and to allow a large number of people to purchase the product. The service server 1 sets BuyGoods in the account information table of the account selected for the product purchase to one.

In step 215, the service server 1 deletes the node number assigned to the account from the account structure, i.e., if the selected account contains a node number (if Node is not zero). Is set to 0, and the node numbers of the remaining accounts are updated to be an algebraically continuous array from the root node. For example, if an account of node number 5 is selected, the node numbers of the accounts of node number 6 or less are all reduced by 1, so that the node numbers of the account structure can be arranged in a logarithmic contiguous manner. If the selected account does not include a node number, then the account has been run in steps 211 and 212, and there is no need to delete the node number again. The service server 1 generates and stores an account usage state table including an account number (AccNum) and a merchandise sales order (SellID) of a product.

In step 216, the service server 1 deletes the account for which the selected and purchased goods are purchased. That is, the deletion may be performed by the service server 1 to check BuyGoods of an account and to delete one account from the account DB 12 and to provide the remaining account of the buyer (account with Node 0). . Alternatively, the service server 1 may delete the account according to the account use state table.

In step 217, the service server 1 sends the goods to the buyer and ends the purchase of the goods. After the end of the purchase, the service server 1 sends the goods to the buyer by the conventional goods dispatch method, confirms the receipt of the goods of the buyer and stores it in the goods sales information table.

FIG. 3 is a flowchart illustrating another commodity purchasing method according to the present invention. The difference from the commodity purchasing method of FIG. 2 is that a node (including a near node) of an account structure is set according to a predetermined algorithm when a buyer sets up an account. Whether the service server 1 is newly created or has an account structure composed of nodes of a predetermined number, and assigns the node number of the account structure according to the opening order of the accounts.

In step 301, the service server 1 generates and stores an account structure having a predetermined number of nodes in the account DB 12. Steps 302-308 are the same as steps 201-207 of FIG. 2, respectively.

In step 309, the service server 1 assigns the account the node number of the node following the node assigned to the account in the account structure. In other words, the node number of the node already created is assigned according to the order of opening the account. Steps 310-318 are the same as steps 209-217 of FIG. 2, respectively.

FIG. 4 illustrates a non-member information table of the member information database of FIG. 1A, and in step 304 in FIGS. 2 and 3, if the buyer refuses to join the membership, the buyer can purchase a product as a non-member. It is to. The service server 1 receives and processes only basic data such as a serial number (receipt number), a product number, a name, a contact number, an address, an e-mail address, etc. of the purchaser from the purchaser terminal 3. The service server 1 allows the non-member purchaser only to make immediate purchases of steps 205 to 206 and 306 to 307 in FIGS. 2 and 3.

FIG. 5A shows a schematic diagram of an account structure according to the method of FIG. 2, in which node numbers 1 to 6, such as the near node and its child nodes, have been previously generated, and the new account in step 208 of FIG. This is the process of creating a node. The service server 1 reads the account structure from the account DB 12 and generates a node with a new node number 7, and may create node 50 as a child node of the node with node number 2. It can also be created as a child node of the node with node number 3. That is, the node of node number 7 (as a child node of a specific node) can be determined by a predetermined algorithm, and the same child node must be provided so that all buyers can receive fair profit distribution according to the account opening order ( Since the addition points distributed according to the number of child nodes are different), the node with node number 7 will be located at node 50. The service server 1 limits the number of nodes per level of the account structure, so that all buyers can be guaranteed profits in the order of account opening.

For example, in step 209, a process in which points are calculated and accumulated when a node with node number 7 is created in node 50 is described. First, the level of the node 50 is checked. For example, if the node of the account node is a 4-way search tree having three child nodes, the level L is calculated as follows.

At this time, C is a node number.

When the level L is calculated, an addition point P _A is calculated by Equation 1, and the addition point P _A should be added to ancestor nodes, so that the ancestor node is searched and added to all ancestor nodes. (P _A ) is added to the current point (P). For example, if the node of the account node is a 4-way search tree having three child nodes, first, the parent node N _P is searched as follows.

In this case, Round (,) is a rounding function. The first argument is the value to be rounded, and the second argument is the number of decimal places to be rounded off. The addition point P _A is added to the point P of the parent node, and then the parent node of the parent node is searched to add and store the same addition point P _A. For example, a node of the account node is a 4-way search tree with three child nodes, P _B is 10,000, P _I is 5,000, and the current point is node number 1 Is 20,000 and the node number 2 is 17,500, and when the node 50 is generated, the points are calculated as follows.

In another embodiment, in the table representing the account structure of the account DB 11, when each node is created, the parent node of each node is stored so that the new node is created to check the level and calculate the addition point. do. In addition, the calculation and the accumulation of the additional points without the process of confirming the parent node by applying the method of earning the addition point to the parent node stored in the table of the account structure, and earning the addition point to the parent node of the parent node. It is possible.

FIG. 5B is a schematic diagram of an account structure according to the method of FIG. 3, in which the service server 1 generates an account structure with 13 nodes in the account DB 12 in step 301 of FIG. 3. will be. Previously, up to node number 6 was assigned to the account, and when a new account was opened, the service server 1 would automatically assign the node with node number 7 to the account.

6A shows a schematic diagram of an account structure before a commodity purchase, and is composed of nodes Nos. 1 to 13. FIG.

FIG. 6B is a table representing the account structure of FIG. 6A, showing only accounts with node numbers. Accounts whose node numbers have been deleted in steps 211 and 312 are managed separately, but may be selected for product purchase. The purchaser owns a plurality of accounts and wants to purchase a product by selecting an account 4 without a node number, an account number 678 with a node number 2, an account number 702 with a node number 8 and an account number 892 with a node number 11.

6C shows a schematic diagram of an account structure after a product purchase, wherein the service server 1 deletes node numbers 2, 8, and 11 selected by the buyer, and algebraically arranges nodes after the deleted node number. The account structure in which the node numbers are arranged algebraically consecutively from the near node is shown. That is, even if a node is deleted, the node number of the subsequent node is decreased, so that the node number of the account structure is always arranged continuously and in the order of opening an account.

FIG. 6D shows a table showing the account structure of FIG. 6C, in which the account for purchasing the goods is deleted from the account DB 12.

According to the configuration of the present invention described above, the present invention has the effect that the purchaser can purchase the product using the base point given by the account set amount and the addition point received from the child node at any time or under some time limit. In addition, the present invention has the effect of improving the product purchase rate of the Internet shopping mall by allowing the buyer to purchase the goods substantially through the Internet shopping mall by enabling the immediate purchase or point purchase by receiving the account set amount. In addition, the present invention has the effect of granting the reliability and substantial redistribution of profits for the stable purchase of goods by maintaining the buyer's own points at all times even if other buyers are deleted from the account structure through the purchase of goods.

Claims (12)

In the product purchase method through the profit redistribution in the system consisting of a service server having a database of account information (hereinafter referred to as an account DB), and a buyer having a buyer terminal connected to the service server through the Internet, Accessing the home page of the service server by the buyer; The purchaser depositing a predetermined account opening amount in the service server to purchase a product, opening one or more accounts, and storing the account in the account DB by the service server; Granting, by the service server, a basic point corresponding to the amount of money and an account number according to the opening order of each of the accounts to the accounts of the buyer; Generating, by the service server, a new node in an account structure and storing it in the account DB, and assigning a node number of the node to each account; And determining, by the service server, whether there is an ancestor node of the node, and calculating and adding a predetermined addition point to the ancestor nodes. In the product purchase method through the profit redistribution in the system consisting of a buyer having a service server having an account DB, and a buyer terminal connected to the service server through the Internet, Generating, by the service server, an account structure having a predetermined number of nodes and storing the account structure in the account DB; Accessing the home page of the service server by the buyer; The purchaser depositing a predetermined account opening amount in the service server to purchase a product, opening one or more accounts, and storing the account in the account DB by the service server; Granting, by the service server, a basic point corresponding to the amount of money and an account number according to the opening order of each of the accounts to the accounts of the buyer; The service server assigning each account a node number of a node of the account structure in order of the account number; And determining, by the service server, whether there are ancestor nodes of the node and calculating and adding predetermined points to the ancestor nodes. The method according to claim 1 or 2, The product purchase method further comprises the step of registering the purchaser by the buyer accessing the homepage before the account opening step, the product purchase method through profit redistribution. The method according to claim 1 or 2, The method of purchasing a product further includes the step of, after assigning the account number, the service server giving the buyer an opportunity to purchase the product at the account opening amount, and deleting the account from the account DB. And if the buyer does not want to purchase the product, proceeding to assigning the node number. The method according to claim 1 or 2, The merchandise purchasing method includes the step of managing the account separately in the account DB by deleting the node number of the account in which the sum of the basic point and the addition point exceeds a predetermined size, and the accounts of the accounts except the account. The method of claim 1 further comprising the step of assigning each node number by decreasing the node number by one. The method according to claim 1 or 2 or 5, The service server further includes a product information database for storing information of a product calculated as a point, and the product purchase method is to purchase a product by a point in which the purchaser sums the basic points and the added points accumulated in one or more accounts. Selecting the one or more of the accounts for; The purchaser purchases the product; The service server further comprises the step of deleting the selected account from the account DB, the product purchase method through profit redistribution. The method of claim 6, The merchandise purchase method determines whether the deleted server includes the node number, and if so, assigns the node number of each of the accounts after the deleted account by decrementing the node number by one. A method of purchasing a product through profit redistribution, characterized in that it further comprises the step of having a number consecutive. The method of claim 6, The service server is a product purchase method through the profit redistribution, characterized in that for limiting when the buyer can purchase the product. The method according to claim 1 or 2, And the account structure is a tree structure. The method according to claim 1 or 2, The addition point P _A is calculated as P _A = (P _B -P _I ) / L, where P _B is the base point and P _I is the purchase price when the service server purchases a product corresponding to the base point. Will be converted into points, where L is the level of the node and is 2 or more. The method of claim 1, And the service server limits the number of the generated nodes. The method according to claim 1 or 2, And the service server transmits information about all accounts opened by the buyer to the buyer.