KR20100033651A - Method for a delivery service in a online shopping mall - Google Patents

Abstract

PURPOSE: A method for a delivery service in an online shopping mall is provided to deduce a reasonable delivery fee by grouping same bundle deliver numbers. CONSTITUTION: A method for a deliver service in an online shopping mall comprises the steps of: receiving access signals from a client terminal; providing the product information of a product from to a client terminal(S202), wherein the product information indicates the product for which a bundle deliver number is designated; receiving the delivery request signal for the product from the client terminal(S204); grouping the products which have identical bundle numbers(S206); deducing the delivery fee for each group; transmitting the deduced delivery fee to the client terminal and requesting the payment from the client terminal(S208); and receiving the delivery payment signal from the client terminal(S210).

Description

Shipping service method in online store {METHOD FOR A DELIVERY SERVICE IN A ONLINE SHOPPING MALL}

The present invention relates to a delivery service method of a shopping product purchased through an online shopping mall or an online market place (hereinafter referred to as an online shopping mall), and more particularly, to a delivery service method for more efficiently and economically delivering a plurality of shopping products. .

Recently, as the e-commerce through the online shopping mall connected via the Internet has increased rapidly, the delivery of goods through the delivery company has also increased rapidly.

In general, a client purchases a product at an online shopping mall, pays a certain amount of shipping costs, and then applies for delivery to a desired place of receiving a product. In this case, even if the client purchases a plurality of goods from one or more sellers, if the plurality of goods are stored in the same warehouse, the delivery company delivers the client in one transportation from the warehouse to the place of receiving the goods requested by the client. Can deliver all purchased goods. For example, if a client purchased a bulky, multi-drawer desk and a small MP3 player at the same time, the desk and MP3 player were both kept in the same warehouse and delivered by the same shipper. A trader can deliver these two goods at the same time by placing a small MP3 player in the drawer of a bulky desk and then delivering the desk using a transport vehicle.

In this case, the courier can deliver a bulky MP3 player at the same time with the cost of delivering a substantially bulky desk, but the seller has no choice but to set the shipping cost when the product is sold alone. Actually, the shipping charges the seller is charged to the client are the sum of the two. This may be unnecessarily high shipping costs for the client who purchased the product. The seller then refunds the MP3 related shipping fee to the buyer and sends it to the courier box, or after the client receives both the desk and the MP3, the seller pays all shipping costs to the delivery company and then calls the online shopping mall again. The shipping fee for MP3 is refunded for the unnecessarily paid shipping fee by requesting a refund.

This problem often occurs when a seller sells various types of goods and assigns shipping costs to each product.However, an online shopping mall runs its own warehouse and receives goods from multiple sellers before stocking them. This can also happen. In this way, the logistics warehouse is provided by the online shopping mall as a seller's service so that the seller can use the public logistics warehouse at a certain cost. For example, the book warehouse of the publishers is an example.

However, all of the conventional shipping cost refund measures are performed offline, and the procedure is complicated, and there is a problem in that errors are likely to occur during the procedure. For example, if the client does not contact the online shopping mall, the shipping fee may not be refunded, or a dispute may occur in the refund process due to a mistake in communication between the online shopping mall, the client, the seller, and the shipping company. There is a problem that does not represent the client's interests more clearly and easily.

The present invention is to solve the above problems, the client who has purchased a plurality of products through the online shopping mall and applied for delivery from the purchase of the product to pay a reasonable shipping fee according to their choice from the purchase of the online shipping fee paid by the client An object of the present invention is to provide a delivery service method in an online shopping mall that allows reasonably settled between a shopping mall, a seller, and a delivery company.

In order to solve the above problems, in a delivery service method performed in an online shopping mall connected to a wired or wireless network, product information of a product in which a bundled delivery number is assigned to apply the same shipping decision rule as receiving a connection signal from a client terminal Providing the client terminal, receiving a delivery request signal for a product purchased from the client terminal, grouping products having the same bundled delivery number among the products that received the delivery request signal, and forming the grouping Deriving a shipping cost according to a predetermined shipping rate determination rule for each group, transmitting the derived shipping cost to the client terminal and requesting payment, and receiving a shipping payment signal from the client terminal.

In this case, the shipping cost determination rule may include a shipping cost determination rule applied when a plurality of goods having the same shipping number assigned to each product is included, and the shipping cost determining rule may be a product having the same shipping number assigned to each product. And grouping the first shipping cost determination rule for deriving the shipping cost for each group and the second shipping cost determination rule for deriving the shipping cost between goods having the same bundled delivery number for the delivery cost derived by the first shipping cost determination rule. can do.

In this case, the online shopping mall server may provide the information about the bundled shipping number to the client terminal, and the information about the bundled shipping number is a shipping cost determination rule for each bundled shipping number, a product designated with the same shipping number, and the seller of the product. Or it may include any one of the delivery company.

Meanwhile, the present invention may further include storing the paid shipping cost information in a shipping information DB, and deriving an amount related to settlement with a shipper or a seller from the shipping cost information and using the shipping DB as a settlement amount information. 108) may be further included.

In addition, the present invention transmits a signal for transferring the amount to be paid to the shipper or the seller to the account of the shipper or the seller according to the settlement amount information to the bank server connected to the server of the online shopping mall network It may further comprise a step.

According to the present invention, even if a client purchases a plurality of products each of which is set for a shipping cost through an online shopping mall, the client can pay a reasonably priced shipping cost without paying a mechanically added shipping cost.

In addition, as a product information provided through an online shopping mall, a bundled shipping number and a shipping cost determination rule based on the bundled shipping number may be provided. The client may simultaneously purchase products having the same bundled shipping number while purchasing the same. From this stage, reasonable shipping costs can be expected.

In addition, since payment and settlement of the shipping cost are all processed online, it can be processed quickly and accurately.

On the other hand, the operator of the online shopping mall can also obtain an increase in income due to the increase in the number of clients visiting the online shopping mall according to the reasonable shipping cost.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

1 is a schematic block diagram of a wired / wireless network for implementing a delivery service method in an online shopping mall according to the present invention. The client group 100, the wired / wireless network 102, an online shopping mall server 104, and a client DB ( 106, the delivery information DB 108.

As shown in FIG. 1, the client group 100 includes a plurality of clients 100/1 to 100 / N, and refers to a wired client group or a wireless client group.

For example, the wired client group may be a terminal connected to the wired / wireless network 102 or a user of the terminal. The terminal may be, for example, a desktop or a laptop.

In addition, the wireless mobile client group is a client group suitable for performing a mobile communication, a mobile communication terminal for providing a wireless communication service to a subscriber by interfacing with the wired / wireless network 102 in a wireless connection or a user of the terminal or a corresponding mobile communication. It can be an environment. The wireless client group includes, for example, mobile communication environments up to the current 3rd generation such as typical cellular phones, PCS, wireless Internet phones, digital multimedia broadcasting (DMB) phones, PDAs, and IMT-2000, and whether or not to develop the technology later. It can include both fourth-generation and fifth-generation environments. For example, the second generation may support a code division multiple access (CDMA) scheme, and the third generation may support a wide-band code division multiple access (W-CDMA) scheme.

Such a wired and wireless client group accesses an online shopping mall to perform shopping.

In the wired / wireless network 102, the wired network is, for example, the Internet, and includes various services existing in the TCP / IP protocol and its upper layers, namely, HyperText Transfer Protocol (HTTP), Telnet, File Transfer Protocol (FTP), and DNS (Domain). A global open computer network architecture that provides the Name System, Simple Mail Transfer Protocol (SMTP), Simple Network Management Protocol (SNMP), Network File Service (NFS), and Network Information Service (NIS). Provide an environment that allows any client of s) to connect to the content service server 104.

In the wired / wireless network 102, the wireless network is a wireless network for interworking the client group 100 with the wired / wireless network 102, and performs a handover and a radio resource management function. Such a wireless network includes a base station and a base station controller, and supports both synchronous and asynchronous. Here, in the case of synchronous, the base station will be a base transceiver station (BTS), the base station controller will be a base station controller (BSC), in the case of asynchronous, the base station is a Node B (Node B), and the base station controller is a Radio Network Controller (RNC). Will be. Of course, the wireless network is not limited thereto, and may include a GSM network other than a CDMA network and an access network of all mobile communication systems to be implemented in the future.

The online shopping mall server 104 performs information processing related to online shopping mall operation such as providing information on products sold by a client accessing the online shopping mall via wired / wireless network and receiving and paying a purchase signal and a delivery signal thereof. do. In addition, the online shopping mall server 104 provides the client with the information of the shipping cost number and bundle shipping number assigned to each product. For example, a shipping number or a bundled shipping number for each product may be provided to the client terminal as product information. In addition, by analyzing the delivery request signal of the product input by the client and grouped by the shipping number or bundle shipping number and determines the shipping cost according to the predetermined shipping rate determination rules for each group. For example, an application designed to determine a shipping cost is executed to analyze a purchase signal input to a server and determine a shipping cost according to a predetermined rule according to a shipping cost number or a bundled shipping number assigned to a purchased product. In addition, it is possible to provide the client with the shipping fee thus determined, and to process the shipping payment step of the subsequent client. In addition, the amount to be subtracted from the amount to be paid to the shipper or the amount to be paid to the product seller or the remaining amount is derived from the information related to the paid shipping costs and stored in the delivery information DB. In addition, a signal for the transfer of funds to the shipper or seller of the amount to be paid to the shipper or the seller may be transmitted to a networked bank server. The overall service process of such an online shopping mall server 104 will be described in more detail in the flowchart of FIG. 2.

On the other hand, the client DB 106 is a DB that records / manages various kinds of information of the clients for the client group 100, for example, user ID, password, social security number, address information, payment information, account information, etc. The information may be read by the server 104 or updated with new client information.

The delivery information DB 108 is information related to the delivery of the goods purchased by the client, and information such as the delivery form, delivery cost, and delivery company for each product, and the shipping cost number or bundle shipping number for each product, the shipping cost for each of the above shipping number or bundled shipping number. A DB that records / manages a decision rule, a shipping number number, or a list of products by bundle shipping number, etc., in which an online shopping mall server groups a purchased product by shipping number or bundle to determine a shipping rate. Information for determining the shipping cost may be stored and read.

The above-mentioned DBs 106 and 108 are all managed by the content service server 104, and relational database management systems (RDBMS) such as Oracle, Infomix, Sybase, and DB2. In addition, the object-oriented database management system (OODBMS) such as Gemston, Orion, O2, etc. may be implemented for the purpose of the present invention, and a field suitable for achieving its function. Have

Hereinafter, the delivery service method in the online shopping mall according to the preferred embodiments of the present invention together with the above-described configuration will be described in detail with reference to the flowcharts of FIGS. 1 to 2.

The shipping service method according to the present invention includes a method of determining a shipping cost by using a bundled shipping number specifying a shipping number for each product provided to a client through an online shopping mall and defining the relationship between the shipping cost numbers. Here, the shipping number is assigned to each product, and is used as a standard for grouping products that can be delivered on the same basis in the shipping cost determining step. The bundle shipping number is applied between a plurality of different products, and the same shipping rate determination rule is applied between products having the same bundle shipping number. (For example, you can set your clothes to one shipping number, set your computer to another shipping number, and then bind those two shipping numbers to one bundled shipping number.) Calculate the shipping cost by calculating the same goods first, and grouping the same product with the same shipping number, then the final shipping cost can be determined according to the rules applied between the shipping number with the same number.

 At this time, the rule for determining the shipping cost of the goods having the same shipping number or bundle shipping number is determined as the average value of the shipping cost of the goods belonging to the same group, or can satisfy any reasonable requirements of the client such as the maximum shipping cost or the minimum shipping cost. Rules may also apply. For example, assuming that a desk and an MP3 player are bundled items, a desk has a shipping number of 1 and a shipping cost of 10,000 won, and an MP3 player has a shipping number of 2 and a shipping cost of 2500 won. If you set to the maximum of the shipping cost of the packaged goods will be charged only 10,000 won.

In this case, when there are a plurality of products having the same shipping number among the products having the same bundled shipping number, first, the products having the same shipping number are grouped and then the shipping cost of each group is derived according to the first shipping rate determination rule applied to each group. The final shipping cost may be derived by deriving the shipping cost according to the second shipping cost determination rule applied between the products having the same bundled shipping number with respect to the shipping cost derived as described above. For products with the same shipping number, you can add up all the shipping costs for each product, or you can charge only one product and exempt the rest, and purchase products with the same shipping number for a certain quantity or price. In this case, any rule that satisfies the reasonable needs of the client may be applied, such as discounting the shipping rate at a certain rate. For example, suppose you purchased two desks and an MP3 player, and the desk and the MP3 player have different shipping numbers, and the two desks have the same shipping number. (Hereinafter, desk 2 is called "Group A", and MP3 player is called "Group B"). In determining the first shipping rate determination rule for “Group A”, if the shipping fee is charged for each desk, it is 20,000 won (Rule 1). If not, it would be 10,000 won (rule 2), and if you add up all the shipping charges for each desk and then discount it by 90%, the shipping charge will be 2,000 won (20,000 won x 0.1) (rule 3). If the shipping cost is determined according to the first shipping rate determination rule predetermined after grouping the products having the same shipping rate number, the next step is to apply the product to the case of having the same bundled shipping number for the shipping rate derived by the rule. 2 The final shipping fee will be determined according to the shipping fee determination rules. In this case, as described above, when the second shipping cost determination rule for the bundled goods is set to be the maximum value of the shipping costs of the goods to be bundled, the desk and the MP3 player in the bundled delivery of the "desk A group" If the shipping cost is determined by Rule 1, the rule for determining the bundled shipping cost will be applied to the shipping cost of 20,000 won for the Desk A Group and 2500 won for the MP3 player. do. Similarly, if rule 2 is applied to "Desk A group", the final shipping cost will be 10,000 won, and rule 3 will be 2500 won. In other words, by grouping the products with the same shipping number to determine the shipping cost applied to this first, by applying the rules applied between the same bundle shipping number together with other products in the same bundle shipping number with the determined shipping cost as a representative value To derive the shipping cost.

In this case, the online shopping mall may be an open market online shopping mall in which various separate sellers enter and sell their products, or an online shopping mall in which one seller sells various products in various categories. The system is applicable.

The bundled shipping number and the shipping cost for the bundled goods may be determined in consideration of the characteristics or delivery method of the designated goods, whether the same warehouse is kept, whether the shippers are the same, and whether the delivery is possible at the same time. For example, because the volume of the goods is large and must be delivered by using a large transportation vehicle such as a truck, the shipping cost is expensive "Group A" as one shipping number (for example, 10,000 won), Because the seller does not need to use such a large transportation vehicle, the seller sells a low-cost "goods group B" as another shipping number (2,500 won) and assigns the same bundled shipping number to both shipping numbers. If two products are purchased by one client at the same time and applied for delivery, then the rule of setting only the expensive shipping cost at the shipping payment stage is applied. Only the shipping costs of goods belonging to can be presented to the client.

In addition, even among a plurality of sellers having the same bundle shipping number is equally applicable to the above method. This may occur if the online marketplace provides the warehouse with the seller.

The date and time of the delivery cost determination according to the present invention will be described in detail with reference to the table below. The table below shows the shipping number, bundle shipping number, and shipping decision rules for each product when it is sold by multiple sellers (ie, "Seller" and "Seller") in an open market online store. Is shown.

seller Product number Shipping costs (KRW) Shipping number Bundle Shipping Number How to determine shipping naze a1 (clothes) 3000 1001   One  Determine the highest price among the shipping costs a2 (clothes) 3000 1001 a3 (clothes) 3000 1001 a4 (book) 1000 1002 of b1 (belt) 2000 1003 b2 (necklace) 2000 1003

Seller assigned a shipping number 1001 to a1, a2, and a3 of his products, and a shipping number 1002 to a4. Seller assigns shipping number 1003 to b1 and b2. In addition, a package with a shipping number of 1001, 1002, and 1003 has been assigned a shipping number of 1. At this time, as a rule for determining the shipping cost, the first shipping rate determination rule applied between the products having the same shipping number is charged only for one product, and the second shipping rate determination rule is applied between the products designated as the bundled shipping number 1. Set the shipping cost to be the highest price among the shipping costs derived by the first shipping cost determination rule.

If the "client bottle" purchased goods a1, a2, a3 and a4 through the online shopping mall, the total shipping costs of a1, a2 and a3 are 3000 won and a4 is 1000 won, respectively. The shipping cost will be 10000 won (3000X3 + 1000), but according to the present invention, a1, a2, a3 of a1, a2, a3, and a4 are the same shipping number 1001, so the shipping cost is set to (a1, a2, a3) 1, it is 3000 won according to the shipping cost determination rule, so the second shipping cost determination rule for determining the bundled shipping cost is applied between the shipping cost of 3000 won representing a (a1, a2, a3) and the shipping cost of 1,000 won for a4. The rule that applies is "the highest price among the shipping costs," so the shipping cost is decided to be 3000 won or higher, which is 3000 won.

If "Client Bottle" purchased all goods a1, a2, a3, a4 and b1, b2 through the online shopping mall, each product would add 14,000 won (3000X3 + 1000 + 2000X2)), but according to the present invention, a1, a2, and a3 having the same shipping number 1001 are charged only 3000 won for one product, and a4 with shipping number 1002 has 1000 won and shipping number 1003. b1 and b2 will be charged only 2,000 won for one item. Therefore, the shipping cost of goods with the same bundle shipping number 1 is 3,000 won for the shipping cost of (a1, a2, a3), 1000 won for the shipping cost of a4, and 3000 won which is the highest price among 2000 shipping costs of (b1, b2). Derived. In other words, it is possible to realize the reality of being shipped at once by putting books, belts and necklaces into a delivery box that delivers clothes without paying only the shipping cost for the clothes.

However, if you only buy one book (a4), you can charge the client a shipping fee of 1,000 won.

As another example, the shipping number 1001 may be set to be processed as free shipping for purchases of 70,000 won or more. In this case, if the sum of a1, a2, and a3 exceeds 70,000 won, the shipping cost corresponding to the shipping number 1001 will be treated as 0 won, so even if you purchase all a1, a2, a3, a4, and b1, the best shipping cost is the shipping cost of the product b1. It is 2,000 won. That is, only 2,000 won will be charged to the client.

Even if a seller having multiple goods locations sells goods through an online shopping mall, a bundle shipping number can be assigned to each goods shipment location, so that a reasonable shipping cost can be imposed, which is the most similar to the actual shipping cost. have.

In general, the volume of the goods can be normally delivered by courier, the seller's goods will be delivered to each warehouse, and the characteristics of the goods will be different depending on the items handled by each warehouse.

 Therefore, it is possible to reflect the characteristics / characteristics of each goods warehouse by setting a bundle shipping number for each product in the warehouse and applying the calculation method of the bundle shipping cost for each warehouse.

For example, suppose that the seller A has two warehouses, A and B, that warehouse A handles goods such as small garments, while warehouse B handles goods such as relatively large household appliances. If a buyer purchases goods in A and B shipments at the same time, the goods delivered from A are small in volume, so they will ship several purchases in one box, so the shipping fee should be set only once, and the goods in shipment B should be purchased separately. A plurality of shipping costs may be determined for each.

Therefore, in the table below, when the client purchases all of a1, a2, a3, a4 of warehouse A and b1, b2 of warehouse B through the online shopping mall, the final shipping cost is 3,000 won, which is the final shipping cost of bundle number 1. And bundle shipping number 2 is 5,500 won.

Warehouse Product number Shipping costs (KRW) Shipping number Bundle Shipping Number How to determine shipping Final shipping A a1 (clothes) 3000 1001  One  We charge the highest price among the shipping costs 3,000 a2 (clothes) 3000 1001 a3 (clothes) 3000 1001 a4 (book) 1000 1002 B b1 (computer) 2500 1003 2 All charged 2,500 b2 (TV) 3000 1004 3,000

Reflecting such a seller's product type and the characteristics of the courier delivery, it is possible to charge a reasonable shipping cost close to reality to both the seller and the buyer.

The online shopping mall server 104 requests payment while providing the shipping cost information determined by the above rule to the terminal of the client requesting delivery. When the client pays the shipping fee for the request, the online shopping mall server 104 receives the shipping fee payment information and stores it in the shipping DB 108. This shipping payment information is used in the shipping settlement process in a subsequent step.

This shipping fee settlement procedure includes determining a shipping fee to be paid to the seller and the shipper from the shipping fee paid by the client.

For example, the online shopping mall server 104 may refer to the shipping fee payment information stored in the delivery DB 108 to derive the amount related to settlement with the shipper or the seller of the shipping cost settled by the client as the settlement amount information. It can be stored separately in the delivery DB (108).

That is, when the delivery is made in the form of bundled delivery, the delivery cost paid by the client is cheaper than the delivery cost derived by the conventional simple summation, so a difference may occur between both delivery costs. In this case, settlement of the difference is required between the seller and the shipper. For example, if the difference is borne by the seller, the online shopping mall may pay all the shipping costs derived by a simple sum to the delivery company and receive the difference from the seller. At this time, as a method of preserving the difference from the seller, the amount of the difference is charged directly or the cost of the online shopping mall server to be paid to the seller for various reasons is subtracted from the item, such as the seller's product sales fee or logistics warehouse operation fee. You can pay Therefore, the online shopping mall server 104 may store the information related to the settlement of the shipping cost, that is, the settlement amount information in the delivery DB 108 and use it for the subsequent settlement procedure.

The online shopping mall server 104 proceeds with the settlement procedure according to the settlement amount information derived through the above procedure and stored in the delivery DB 108. For example, the online shopping mall server 104 may be configured to transfer the amount to be paid to the shipper according to the settlement amount information or the amount deducted by the settlement amount to the account of the shipper or the seller according to the settlement amount information. The signal may be transmitted to a bank server connected to the online shopping mall server 104 in a network.

As described above, the shipping cost determination method in the present invention can be equally applied to the case of selling a plurality of category products of one seller to one online shopping mall.

Hereinafter, a specific embodiment of a delivery service method in an online shopping mall using a bundled delivery number, which is the technical idea of the present invention.

First, FIG. 2 is a flowchart illustrating a step-by-step delivery service method in an online shopping mall according to a first embodiment of the present invention.

As shown in FIG. 2, the online shopping mall server receives a signal of a client connected through a wired or wireless network (S200).

Next, the online shopping mall server 900 provides the information of the product designated by the bundle shipping number through the connected client terminal (S202). In this case, the online shopping mall may be an open market online shopping mall in which various separate sellers enter and sell their products, or an online shopping mall in which one seller sells various products in various categories.

In this case, the bundled shipping number may be provided for the client to check through the terminal of the client as the information of the product. For example, the client terminal may provide information that a specific product is available for bundled delivery and a set bundled delivery number. Thus, the client can perform online shopping with reference to the bundled shipping number provided as the information of the product.

In addition, the online shopping mall server may further provide information on the bundled shipping number. For example, it is possible to further provide a shipping cost determination rule for each bundle number or a list including any one of a seller, a seller, or a product designated with the same bundle number. Therefore, the client can obtain the information about the bundled shipping number by clicking on a portion provided for providing the information about the bundled shipping number. Therefore, the client can perform the product selection and purchase to most reasonably derive the shipping cost by referring to the information about the bundle shipping number for each product. For example, as shown in the table above, if you select a product with a bundled shipping number of 1, the client pays only the shipping cost of the most expensive product and receives free shipping for the rest of the products. It would be reasonable to purchase a product with a bundle number of 1 possible.

Next, the online shopping mall server receives a delivery request signal for one or more goods purchased from the client (S204). In this case, the delivery request signal may be received at the time of purchase in the online shopping mall or purchase of a product through a shopping cart menu or by a client inputting a delivery address of the purchased product. At this time, the input of the address is inputted by the client directly in the shipping address field presented from the online shopping mall server 104 or the client inputs an acceptance signal for delivery to the shipping address of the client already stored in the client DB 106. And the like.

Next, the online shopping mall server analyzes the bundle shipping numbers of the goods having received the purchase signal from the client, groups the goods having the same bundle shipping number, and derives the shipping cost for each group (S206). At this time, the shipping cost per bundle shipping number is automatically calculated by a program coded to derive the shipping cost according to a preset rule stored in the shipping information DB 108. In this case, the rule may include a rule applied between the goods having the same shipping number. That is, when there are a plurality of products with the same shipping number among the products with the same bundle shipping number, first, the products with the same shipping number are grouped, and then the shipping cost of each group is derived according to the first shipping rate determination rule applied for each group. And grouping the products having the same bundled shipping number again with respect to the shipping cost derived as described above, and finally deriving the shipping cost according to the second shipping cost determination rule applied for each group.

 Next, the online shopping mall server presents to the client the shipping fee derived in the step 206 for the goods received the purchase and delivery request signal and requests the payment (S208), the client enters the shipping fee payment intention for this Receive the intention to pay for shipping (S210). At this time, the shipping cost information thus paid is stored in the shipping information DB 108.

At this time, the online shopping mall server 104 derives the amount related to the settlement with the shipper or the seller among the shipping costs settled by the client with reference to the shipping cost information stored in the delivery DB 108 and delivers it separately as settlement amount information. It may be stored in the DB 108 (S220). The settlement amount information includes an amount to be subtracted or subtracted in the name of a product selling fee or a logistics window fee from among a delivery fee to be paid to a delivery company or an amount to be paid to a product seller.

Next, the online shopping mall server 104 sends a signal for transferring the amount to be paid to the shipper or the amount to be paid to the seller to the account of the shipper or the seller by referring to the settlement amount information in the delivery DB 108. The online shopping mall server 104 may be transmitted to the bank server connected to the network (S240).

 As mentioned above, embodiments of the present invention have been described in detail, but the present invention is not limited to these embodiments, and the features of the present invention should be understood within the spirit and scope of the present invention described in the claims below. In addition, it will be appreciated by those skilled in the art that the present invention can be operated in various modifications.

1 is a schematic block diagram of a wired and wireless network for implementing a delivery service method in an online shopping mall according to the present invention;

2 is a flowchart illustrating a delivery service method in an online shopping mall according to an embodiment of the present invention.

<Brief description of the major symbols in the drawings>

100: client group 102: wired or wireless network

104: online store server 106: client DB

108: Shipping Information DB

Claims (18)

In the delivery service method performed in the online shopping mall connected by wired or wireless network, Receiving an access signal from a client terminal; Providing product information of a product with a specified bundle number to apply to the same shipping rate determination rule to the client terminal; Receiving a delivery request signal for a product purchased from the client terminal; Grouping products having the same bundled delivery number among the products that have received the delivery request signal; Deriving a shipping cost according to a predetermined shipping rate determining rule for each group formed by the grouping; Transmitting the derived shipping cost to the client terminal and requesting payment; Receiving a shipping payment signal from the client terminal Shipping service method in an online shopping mall comprising a. The method of claim 1, A shipping service method in an online shopping mall in which a shipping number is assigned to each of the products for which the product information is provided. The method of claim 2, The shipping fee determination rule, A shipping service method in an online shopping mall including a shipping cost determination rule applied when a plurality of goods having the same shipping number is included. The method of claim 3, wherein The shipping fee determination rule, A first shipping rate determination rule for deriving shipping rates for each group after grouping products having the same shipping number; and A second delivery rate determination rule for deriving a delivery rate between products having the same bundled delivery number with respect to the delivery rate derived by the first delivery rate determination rule; Shipping service method in an online shopping mall comprising a. The method of claim 1, And providing information on the bundled delivery number to the client terminal. The method of claim 5, The information about the bundle shipping number is a shipping service determination method according to the bundle shipping number, the same shipping number specified product, the delivery service method in an online shopping mall including any one of the seller or the seller of the product. The method of claim 1, The delivery request signal is a delivery service method in an on-line shopping mall that is received upon purchase of a product through an immediate purchase or a shopping cart menu provided by the on-line shopping mall. The method of claim 1, The delivery request signal is a delivery service method in an online shopping mall which is received by the client by inputting a delivery address. The method of claim 8, And the input of the delivery address is made through input of the client's acceptance signal for delivery to the delivery address of the client already stored in the client DB. The method of claim 1, The shipping fee determining rule is applied between the products of the same seller shipping service method in an online shopping mall. The method of claim 1, The shipping cost determining rule is applied between the products of a plurality of sellers shipping service method in an online shopping mall. The method of claim 1, The shipping cost determination rule is applied when a seller having a plurality of merchandise shipment places is assigned a bundle shipping number for each merchandise shipment place. The method of claim 1, The online shopping mall is a delivery service method in an online shopping mall including an online shopping mall in the form of an open market. The method of claim 1, The online shopping mall is a shipping service method including an online shopping mall that sells a plurality of category products of the same seller. The method of claim 1, Shipping service method in the online shopping mall further comprising the step of storing the paid shipping cost information in a shipping information DB. The method of claim 15, Deriving an amount related to settlement with a delivery company or a seller from the shipping cost information, and storing it in the delivery DB as settlement amount information. The method of claim 16, The settlement amount information is a shipping service method in an online shopping mall including a shipping fee to be paid to the delivery company. The method of claim 16, The settlement price information is the amount of money to be paid to the vendor or after the subtraction amount of the shipping service method in an online shopping mall.

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