KR20230054565A - Apparatus and method for distributing account orders - Google Patents

Abstract

The present invention relates to a customer order distribution apparatus. The customer order distribution apparatus includes a customer management part that stores and manages information on a plurality of customers capable of purchasing products in a database; a receiving part that receives order information related to product purchase from a buyer terminal; a selection part that selects a plurality of valid customers among the plurality of customers capable of requesting a distribution purchase in relation to the purchase of the product desired to be purchased in the order information based on the analysis of the order information; and a control part that distributes and transmits a distribution purchase order request message generated by processing the order information to each of the plurality of valid customers. Therefore, it is possible to prevent ordering mistakes.

Description

Customer order distribution device and method {APPARATUS AND METHOD FOR DISTRIBUTING ACCOUNT ORDERS}

The present disclosure relates to a customer order distribution device and method.

Due to the development of the Internet, business to business (B2B) transactions, which are one of the types of electronic commerce based on the Internet, are being actively performed today. B2B refers to an e-commerce transaction between businesses and businesses as transaction entities. In the early days, it mainly traded industrial goods such as parts, machinery, raw materials, and materials, but today it has expanded to encompass all goods and services provided by companies, including manufacturing, distribution, and services.

Buyers purchase products (articles) through such e-commerce. Buyer is a trade term and has two meanings as follows. First, a buyer is an end-user who purchases a foreign product through an importer of its own country. Here, the importer means a buying agent, that is, an agent entrusted with purchasing the product, and the end user means the buyer himself. Second, a buyer refers to a case of purchasing a foreign product by directly negotiating with a foreign seller. In this case, the buyer may be an end user or an agent. Originally, the first meaning was the contents of the buyer, but after World War II, it was often used in the second meaning, and it refers to foreign buyers visiting their own countries.

Conventionally, when an order for bulk purchase of multiple brand items is received from a buyer (eg, an overseas buyer) through e-commerce, a person checks the brand of the requested item in the order form, and then identifies each item requested for the order. For each brand, it was necessary to search for a domestic importer (purchasing agent) that could purchase the brand's products and request an order by hand.

In this way, in the prior art, as the purchase order request to the customer for the order requested from the buyer is made manually (by hand) by a person, it takes a long time, and the order to the customer is In the case of an incorrect input, there was a problem in that the purchase product was not provided to the buyer in time.

The background technology of the present application is disclosed in Korean Patent Publication No. 10-2021-0123925.

The present application is intended to solve the above-described problems of the prior art, and conventionally, a problem caused by a request for a purchase order to a customer for an order requested from a buyer is made manually (by hand) by a person (for example, It is an object of the present invention to provide a device and method for distributing orders from customers that can solve problems such as taking a long time and not being able to provide purchased products to buyers in time when an order is entered incorrectly due to a mistake or the like.

However, the technical problem to be achieved by the embodiments of the present application is not limited to the technical problems described above, and other technical problems may exist.

As a technical means for achieving the above technical problem, the customer order distribution device according to an embodiment of the present application includes a customer management unit for storing and managing information on a plurality of customers capable of purchasing products in a DB; a receiving unit receiving order information related to product purchase from a buyer terminal; a selection unit that selects a plurality of valid customers to whom a distribution purchase request is possible in relation to the purchase of a product desired to be purchased in the order information from among the plurality of customers, based on the analysis of the order information; and a control unit for distributing and transmitting a distribution purchase order request message generated by processing the order information to each of the plurality of effective customers.

In addition, the selector may select the plurality of valid customers in consideration of the brand and product type of the product handled by the customer and the monthly order limit amount information preset for each customer.

In addition, when a message acceptance response is made from each of the plurality of valid customers who have received the distribution purchase order request message, the control unit recognizes a customer order request status for the order information as a complete state, and the plurality of valid customers When a message rejection response is made from at least one of the above, it is possible to control selection of an alternative effective business partner capable of replacing at least one effective business customer who provided the message rejection response.

Meanwhile, a customer order distribution method according to an embodiment of the present disclosure includes the steps of (a) receiving order information related to product purchase from a buyer terminal in a receiving unit; (b) selecting, by a selection unit, a plurality of valid customers for whom a distribution purchase request is possible in relation to the purchase of a product desired to be purchased in the order information among a plurality of customers, based on the analysis of the order information; and (c) distributing and transmitting, by a control unit, a distribution purchase order request message generated by processing the order information to each of the plurality of effective customers, wherein information on the plurality of customers capable of purchasing products is transmitted to the customer management unit. It can be stored and managed in the DB by

The above-described problem solving means are merely exemplary and should not be construed as intended to limit the present disclosure. In addition to the exemplary embodiments described above, additional embodiments may exist in the drawings and detailed description of the invention.

According to the above-described problem solving means of the present application, by providing a customer order distribution device and method, a request for a purchase order to a customer for an order requested from a conventional buyer is generated by a person manually (by hand) It is possible to effectively solve problems (for example, a problem in which a purchase product is not provided to a buyer in time when an order is input incorrectly to a customer due to a long time, mistake, or the like).

However, the effects obtainable herein are not limited to the effects described above, and other effects may exist.

1 is a diagram showing a schematic configuration of a customer order distribution system according to an embodiment of the present invention.
2 is a diagram for explaining a process of selecting a plurality of valid customers in the customer order distribution device according to an embodiment of the present application.
Figure 3 is an operational flow chart for a customer order distribution method according to an embodiment of the present application.

Hereinafter, embodiments of the present application will be described in detail so that those skilled in the art can easily practice with reference to the accompanying drawings. However, the present disclosure may be implemented in many different forms and is not limited to the embodiments described herein. And in order to clearly describe the present application in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

Throughout the present specification, when a part is said to be “connected” to another part, it is not only “directly connected”, but also “electrically connected” or “indirectly connected” with another element in between. "Including cases where

Throughout the present specification, when a member is referred to as being “on,” “above,” “on top of,” “below,” “below,” or “below” another member, this means that a member is located in relation to another member. This includes not only the case of contact but also the case of another member between the two members.

Throughout the present specification, when a certain component is said to "include", it means that it may further include other components without excluding other components unless otherwise stated.

1 is a diagram showing a schematic configuration of a customer order distribution system 100 according to an embodiment of the present application. Hereinafter, the customer order distribution system 100 according to an embodiment of the present application will be referred to as the present system 100 for convenience of description.

Referring to FIG. 1 , the present system 100 may include a customer order distribution device 10 , a buyer terminal 20 and a plurality of business partners 30 . The customer order distribution device 10 is the customer order distribution device 10 according to an embodiment of the present application, and will be referred to as the present device 10 hereinafter for convenience of explanation.

When an order for purchasing a product comes in from the buyer 21, the device 10 automatically distributes and distributes the order to a plurality of customers capable of purchasing the purchase product desired by the buyer (product desired to purchase), At the same time, purchase order requests can be made automatically to customers. That is, the device 10 can automatically distribute order requests (orders of customers) to customers with respect to orders requested by buyers (order information related to product purchase). The present device 10 relates to an automatic customer order distribution device for automatically distributing (distributing) customer orders.

The device 10 may transmit/receive data by interworking with the terminals of the buyer terminal 20 and the plurality of business partners 30 through the network 5 .

Here, examples of the network 5 include a 3rd Generation Partnership Project (3GPP) network, a Long Term Evolution (LTE) network, a World Interoperability for Microwave Access (WIMAX) network, the Internet, a local area network (LAN), and wireless LAN (Wireless Local Area Network), WAN (Wide Area Network), PAN (Personal Area Network), Bluetooth (Bluetooth) network, NFC (Near Field Communication) network, satellite broadcasting network, analog broadcasting network, DMB (Digital Multimedia Broadcasting) A network may be included, but is not limited thereto.

The buyer terminal 20 and the terminals of the plurality of business partners 30 may be collectively referred to as terminals herein. Here, a terminal (ie, a buyer terminal, a terminal of a plurality of business partners) may be differently referred to as a user terminal, a portable terminal, and the like.

The terminal is, for example, PCS (Personal Communication System), GSM (Global System for Mobile communication), PDC (Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (WCode Division Multiple Access), Wibro (Wireless Broadband Internet) Terminal, Smartphone, SmartPad, Tablet PC, Laptop, Wearable Device, Desktop PC It may include all types of wired and wireless communication devices, such as, but is not limited thereto.

For example, the present device 10 may be provided in the form of a device included in a terminal (eg, a buyer terminal, each terminal of a plurality of business partners). In this case, the device 10 may be a device that can be implemented in the form of a program or application (app, app) installed on a terminal. In other words, the customer order distribution method provided through the present device 10 may be implemented in the form of a program or application, for example, and provided to users (eg, buyers, users of business partners) through a terminal. However, it is not limited thereto, and as another example, the apparatus 10 may be provided in the form of a server capable of transmitting and receiving data to and from a terminal. The device 10 provided in the form of a server can control the screen display of terminals of users (eg, buyers and users of business partners) who access applications provided by the device 10 . In the description with reference to FIG. 1 , the apparatus 10 will be described as being provided in the form of a server as an example.

In addition, the application (app, app) provided by the device 10 herein will be referred to as this app for convenience of description below. According to this, the device 10 can control the operation (eg, screen display operation, etc.) of the terminal of users (eg, buyers, users of business partners) who have installed this app.

The device 10 may include a customer management unit 11, a receiving unit 12, a selection unit 13, a control unit 14, and a purchased product management unit 15. In addition, although not shown in the drawing, the device 10 may include a DB (not shown, database).

The customer management unit 11 may store and manage information of a plurality of customers 30 (31, 32, ...) capable of purchasing products in a DB (not shown).

In the present application, a customer may mean a person capable of providing a product to a user (eg, a buyer) who wishes to purchase a product. Such a customer may mean, for example, a domestic importer (a purchasing agent, that is, an agent entrusted with purchasing a product). That is, the customer may mean a company or business operator capable of providing a product for a product purchase order. For example, the customer may be a product producer (manufacturer) company that produces a product, or a product seller or business operator (seller) that receives and sells a product from a product producer. In addition, the customer may be, for example, an offline customer or an online customer. In addition, the customer may be a domestic customer, but is not limited thereto and may be a customer of another country.

A customer who wishes to use the service by the device 10 may register his or her information in the device 10. The customer management unit 11 may store and manage information of a customer desired to be registered in a DB (not shown).

The customer management unit 11 may store at least one of brand information, type information, price information, and monthly order limit amount information of a product handled (sold) by the customer as information on the customer, for example, in a DB by linking with each other. However, it is not limited thereto, and the customer information may further include regional information (for example, country of residence information) of the customer. The product type may refer to product type information such as shoes, clothing, hats, bags, and the like.

The receiving unit 12 may receive order information related to product purchase from the buyer terminal 20 . Order information related to product purchase may be referred to as order information for convenience of description below.

The buyer terminal 20 may refer to a terminal possessed by the buyer 21 . The buyer 21 may be an overseas buyer, but is not limited thereto and may be a domestic buyer.

Order information related to purchase of a product may refer to information requested by the buyer 21 to place an order for a product desired to be purchased (product desired to be purchased), that is, order information (order form information) of the buyer.

For example, when the buyer 21 wishes to purchase 350 pieces of shoes of brand A and 100 pieces of clothing of brand B, the buyer 21 accesses this app through the buyer terminal 20 in which this app is installed, and uses this app. You can perform (request) an order for purchasing a product through As an order execution (request) is made by the buyer 21 , the receiving unit 12 may receive product purchase related order information (product purchase related order request information) from the buyer terminal 20 . For example, order information related to product purchase may be information such as "350 shoes of brand A: 70 million won, 100 pieces of clothing of brand B: 30 million won, total order amount: 100 million won". According to this, the products that the buyer 21 wishes to purchase (products desired to purchase) may mean 350 pieces of brand A shoes and 100 pieces of brand B clothing.

Based on the analysis of the order information received from the receiving unit 12, the selection unit 13 determines that a distribution purchase request is made in relation to the purchase of products desired to be purchased in the order information among a plurality of customers 30 (31, 32, ...). A plurality of possible valid customers can be selected. Here, the term “valid customer” means a customer that can request distribution purchase, and may be otherwise referred to as a customer that can purchase distribution.

In this case, the selector 13 may select a plurality of valid customers in consideration of the brand and product type of the product handled (sold) by the customer and information on the monthly order limit for each customer.

When buyers want to purchase products, they often purchase products in large quantities rather than in small quantities. However, in general, since the quantity that can be supplied (or produced) per day is limited in terms of time or depending on circumstances (for example, inventory status), each customer has a limit on the amount that can be ordered per month. (i.e. monthly order limit).

According to this, for example, in a situation where a buyer can receive all the quantity of a product requested by a buyer from a specific customer, it will be possible to easily purchase the desired product from the customer.

However, if a buyer cannot receive all of the product quantity requested by a buyer from a specific vendor due to the monthly order limit set for a specific vendor, he or she can purchase products from multiple vendors through contact with multiple vendors. need to buy In addition, even if the product requested by the buyer to purchase is not a product of one brand, but a product of multiple brands (ie, multiple brand products produced/supplyed by different suppliers), the product is obtained through contact with multiple suppliers. A purchase needs to be made.

However, in the prior art, when an order comes in from a buyer, when the buyer requests a purchase to a customer (one customer or multiple customers) that can provide the desired purchase product, the buyer directly sees the details of the buyer's order, and then the buyer After identifying the brands of products requested for purchase (products desired to be purchased), for each identified brand, a purchase order request to request an order for product purchase is manually created (handwritten) to each customer who supplies/sells the product of the brand. written in ) provided.

As such, in the related art, as a purchase order request for a customer is manually made by a person, it takes a long time, and information such as order quantity is frequently incorrectly written when requesting a purchase order to a customer. In particular, in the prior art, since a person had to directly identify the monthly order limit amount of each customer, and then directly find a customer who can order according to the limit amount and request an order, it takes a long time and is inefficient.

In consideration of this point, the selection unit 13 of the present device 10 may select a plurality of valid customers in consideration of the brand and product type of the product handled by the customer and the monthly order limit amount information preset for each customer. . After the selection unit 13 selects a plurality of valid customers, the control unit 14 may distribute and transmit the distribution purchase order request message generated by processing the order information to each of the selected plurality of valid customers.

In this way, by automatically distributing and transmitting the distribution purchase order request message to each of a plurality of valid customers, the device 10 is able to purchase a large quantity of products desired by the buyer, for example, when the buyer wants to purchase a large quantity of products. Requests for purchase orders to customers for products may be automatically distributed and provided simultaneously to multiple customers (a plurality of effective customers) in consideration of the monthly order limit of each customer.

Specifically, the selection unit 13 may select a plurality of valid customers (ie, a plurality of valid customers for which a distribution purchase request is possible) through the following process, which can be more easily understood with reference to FIG. 2 .

2 is a diagram for explaining a process of selecting a plurality of effective customers in the customer order distribution device 10 according to an embodiment of the present application.

Referring to FIG. 2 , the selection unit 13 may identify brand product type information of a product desired to be purchased in order information through analysis of order information. For example, suppose that the order information is "350 shoes of brand A: 70 million won, 100 pieces of clothing of brand B: 30 million won, total order amount: 100 million won". In this case, the brand product type information of the desired purchase product identified by the selection unit 13 from the order information may be, for example, 'shoes of brand A, clothing of brand B'.

If the brand product type information is identified, then the selection unit 13 handles a brand product that matches the identified brand product type information among a plurality of customers 30 based on the information of the plurality of customers 30 stored in the DB. (Sales, trades, provision) can be extracted as matching business partners. At this time, the selector 13 may classify and extract matching customers by brand (in particular, by brand product type information).

For example, among the plurality of customers 30 (31, 32, ...), the first customer 31 to the fourth customer 34 handles shoes of brand A, and the fifth to seventh customer deals with brand B. Let's assume that the 8th and 9th customers handle brand A's clothing products, and the 10th customer handles brand C's bag products.

In this case, the selection unit 13 may extract the first trading partners 31 to eighth trading partners among the plurality of trading partners 30 as matching trading partners. In particular, the selection unit 13, for example, in relation to the case where the brand product type information of the product desired to be purchased is 'shoes of brand A', the first customer 31 to the fourth customer 34 among the plurality of customers 30 can be extracted as a matching business partner. In addition, the selector 13 may, for example, extract fifth to seventh customers from among the plurality of customers 30 as matching customers in relation to the case where the brand product type information of the product desired to be purchased is 'clothing of brand B'. can

After extracting matching customers, the selection unit 13 considers the monthly order limit amount information (preset monthly order limit amount information) and price information for each product type of the extracted matching customers, and determines the brand product type information in the order information. In relation to the product, the extracted matching customers can be sorted in the order in which the largest quantity of orders can be made.

At this time, the selection unit 13 may perform a sorting process of matching customers extracted by brand product type information. That is, the selection unit 13 may perform a sorting process on the first trader 31 to fourth trader 34 and perform a sorting process on the fifth to seventh trader.

Hereinafter, for convenience of description, referring to FIG. 2, the sorting process is illustratively performed on matching customers (ie, first to second customers) extracted in relation to the case where the brand product type information of the product desired to be purchased is 'shoes of brand A'. 4 customers) will be described as an example. However, this is only an example to help the understanding of the present application, but is not limited thereto, and the contents described in relation to brand A (eg, description of the process of sorting matching customers related to brand A) are omitted below. Even if the contents are described, the same can be applied to the description of other brands (eg, brand B, etc.).

As a specific example, referring to FIG. 2 , the selection unit 13 selects the first to fourth customers 31 to 34 among the plurality of customers 30 in the order information within the brand product type information (eg, brand A shoes). Let's assume that it is extracted as a matching account that matches ).

Thereafter, the selection unit 13 considers the monthly order limit amount information (preset monthly order limit amount information) of the matching customers (first to fourth customers) and price information for each product type, and the product (eg, shoes) ) can be sorted in the order in which the order can be ordered in the largest quantity. In this case, the monthly order limit amount information and the price information for each product type may be input when the customer wishes to register in the device 10, for example. That is, monthly order limit amount information and price information for each product type of each customer may be stored in advance in a DB (not shown).

For example, in relation to the first customer (31) in the DB, 'the monthly order limit amount information is 10 million won, and the price information by product type (ie, the price information of brand A shoes sold by the first customer) is 200,000 won'. Let's say you are registered. In this case, the selection unit 13 may calculate that the number of orders that can be ordered for the product (shoes of brand A) from the first customer 31 is 50. In this way, the selection unit 13 may calculate the orderable quantity for each of the matching traders (first to fourth traders), and sort the matching traders in order of the largest orderable quantity (in order of highest order). . For example, considering the orderable quantity, the selection unit 13 selects matching customers as 'the fourth customer (34) (150) - the second customer (32) (200) - the first customer (31) (50). Dog) - It can be sorted in the order of 'third customer (33) (10)'.

For example, if the monthly order limit amount information of the first customer 31 is 10 million won, the maximum amount (limit amount) that can be ordered per month when ordering a product to be purchased (purchased) from the first customer 31 This may mean 10 million won. Accordingly, through the first customer 31, it may be possible to order products within a limit of up to 10 million won per month.

On the other hand, referring to FIG. 2, even if the same product (for example, shoes of the same brand A), the product price (price information by product type) may be different for each customer (that is, for each of the first to fourth customers). can Accordingly, the orderable quantity for each customer may be calculated (calculated) differently based on the monthly order limit amount information and price information for each product type set for each customer.

Thereafter, after sorting the matching customers in the order of the highest orderable quantity, the selector 13 then sorts the orderable quantity information of each customer in order of the upper order of the sorted matching customers based on the information of the sorted matching customers ( It is possible to calculate the cumulative orderable quantity information accumulated by adding up sequentially).

At this time, the selection unit 13, when the calculated cumulative orderable quantity information exceeds the quantity information of the brand product type information (eg, brand A shoes) in the order information, the sorted matching customers (first to third customers) Excess matching accounts corresponding to the excess cumulative orderable quantity information among the fourth accounts) may be identified, and at least some excess matching accounts among the identified excess matching accounts may be selected as a plurality of valid accounts. Here, the selection unit 13 determines the excess quantity information between the excess cumulative orderable quantity information and the quantity information of the brand product type information (eg, brand A shoes) within the order information and the lowest excess matching customer among the excess matching customers. In consideration of quantity difference information between orderable quantities, at least some of the excess matching customers may be selected as a plurality of valid customers.

Here, when the quantity difference information is 0, the selection unit 13 may select remaining excess matching accounts excluding the lowest excess matching accounts among the excess matching accounts as a plurality of valid accounts. On the other hand, when the quantity difference information exceeds 0, the selection unit 13 may select all of the excess matching business partners as a plurality of valid business partners.

For example, let's assume that the matching accounts are sorted in the order of 'fourth trader (150) - second trader (200) - first trader (50) - third trader (10)'. In this case, the selector 13 may calculate cumulative orderable quantity information accumulated by sequentially summing quantity information of 150, 200, 50, and 10 items.

At this time, it can be confirmed that the cumulative quantity information (accumulated order quantity information) when the orderable quantity of the fourth customer and the second customer are combined (this is referred to as the first case hereinafter) is 350 pieces. In addition, it can be confirmed that the cumulative quantity information when the orderable quantities of the fourth customer, the second customer, and the first customer are combined (hereinafter referred to as the second case) is 400 items. In addition, it can be confirmed that the quantity information of the brand product type information (eg, brand A shoes) in the order information (this is referred to as order quantity information for convenience of description below) is 350 pieces.

According to this, as a result of calculating the cumulative order quantity information by accumulating the orderable quantity information in the upper order of the sorted matching customers, in the first case, the quantity difference from the order quantity information does not exceed 0 (i.e., 350 pieces - 350 pieces = 0 pieces), whereas in the second case, it can be confirmed that the quantity difference from the order quantity information exceeds 0 (ie, 400 pieces - 350 pieces - exceeds 50 pieces).

In this case, since the cumulative quantity information exceeds the order quantity information in the second case, the selection unit 13 selects the sorted matching customers (sorted in the order of 4th customer - 2nd customer - 1st customer - 3rd customer). The fourth, second, and first accounts may be identified as excess matching accounts.

At this time, the excess quantity information between the excess cumulative order quantity information (that is, the excess cumulative quantity information, 150 + 200 + 50 = 400) and the order quantity information (350) is 50, and the lowest among excess matching accounts Since the orderable quantity of the excess matching customer (i.e., the first customer) is 50, the selection unit 13 sets the quantity difference information, which is the difference between the excess quantity information and the orderable quantity of the lowest excess matching customer, to 0 (50 - 50 = 0). According to this, since the quantity difference information is 0 in the selection unit 13, only the 4th and 2nd traders among the excess matching traders (the 4th trader, the 2nd trader, and the 1st trader) are used as a plurality of valid traders (i.e., distribution A plurality of valid customers that can request purchase) can be selected.

Suppose that the order quantity information is 360 instead of 350. In this case, the excess quantity information between the information on the accumulated quantity that can be ordered (that is, the accumulated quantity information that is exceeded, 150 + 200 + 50 = 400) and the quantity ordered (360 items) may be 40 items. And, since the orderable quantity of the lowest excess matching customer (ie, the first customer) among the excess matching customers is 50, the selection unit 13 determines the quantity difference, which is the difference between the excess quantity information and the orderable quantity of the lowest excess matching customer. It can be calculated as 10 pieces of information (the difference between the quantity of 40 and 50 pieces is 10 pieces). According to this, since the quantity difference information is 10 (ie, exceeds 0), the selection unit 13 selects all of the excess matching customers (the fourth customer, the second customer, and the first customer) as a plurality of valid customers (ie, You can select multiple valid customers who can request distribution purchases).

That is, the selection unit 13 includes a process of extracting matching customers from the plurality of customers 30, a process of sorting the extracted matching customers considering monthly order limit amount information and price information for each product type, and cumulative orders for the sorted customers. By performing a process of calculating available quantity information, a process of identifying excess matching traders, and a process of determining whether the quantity difference information exceeds 0, a plurality of valid traders capable of requesting a distribution purchase are selected from among a plurality of traders 30. can do. By selecting a plurality of valid business partners in this process, the selection unit 13 selects a smaller number of valid business partners (ie, the number of selected valid business partners) to make a distribution purchase request among the plurality of business partners 30. It is possible to minimize the number of purchase orders, and simultaneous purchase order requests to a plurality of customers for order information can be made to valid customers selected (selected) as the minimum number.

Thereafter, the control unit 14 may distribute and transmit the distribution purchase order request message generated by processing the order information to each of a plurality of effective customers selected by the selection unit 13 . At this time, the control unit 14 considers the monthly order limit amount information (or order quantity information calculated in consideration of the monthly order limit amount information) of each of the plurality of valid clients, and sets the order information to the characteristics of each of the plurality of valid clients. A distribution purchase order request message processed (reprocessed) can be created.

According to the above example, for example, a plurality of valid customers selected by the selection unit 13 in relation to the brand product type information (in particular, shoes of brand A) among the plurality of customers 30 in the order information are the fourth customer 34 ) and the second customer (32). At this time, the control unit 14 considers the order information (350 pairs of shoes of brand A) and the characteristics of a plurality of valid customers (fourth customer and second customer) to generate a distribution purchase order request message suitable for each good customer. can

At this time, since 150 pairs of A brand shoes can be ordered from the fourth customer 34, 200 brand A shoes can be ordered from the second customer, so the control unit 14 processes (reprocesses) the order information in consideration of this. By doing so, a distribution purchase order request message can be generated.

As a specific example, let's assume that the order information is equal to "350 shoes of brand A: 70 million won, 100 pieces of clothing of brand B: 30 million won, total order amount: 100 million won" as described above. In this case, the control unit 14 transmits a distribution purchase order request message corresponding to the fourth customer 34 (this is referred to as a first distribution purchase order request message) to 'desire to purchase 150 shoes of brand A in relation to order information' and request an order.' In addition, the control unit 14 transmits a distribution purchase order request message corresponding to the second customer 32 (this is referred to as a second distribution purchase order request message) to 'with regard to the order information, wishing to purchase 200 pairs of brand A shoes. It can be created like 'Order request.'

Thereafter, the control unit 14 transmits a plurality of distribution purchase order request messages (ie, a first distribution purchase order request message, a second distribution purchase order request message, etc.) generated to correspond to each of a plurality of effective customers, respectively, to each corresponding effective customer. It can be distributed and transmitted to the customer at the same time.

According to this, for example, an order corresponding to 350 brand A shoes in the order information, that is, an order case of 350 brand A shoes among the products that the buyer 21 wishes to purchase (ie, the ordered product). The device 10 purchases products from the 4th trader 34 and the 2nd trader 32 at the same time so that product purchase (purchase of 350 brand A shoes) is made through the 4th trader 34 and the 2nd trader 32. Order request messages can be automatically distributed and transmitted.

For example, with respect to brand product type information (particularly, brand A shoes) in the order information, the fourth and second customers are selected as valid customers, and the brand product type information (particularly, brand B clothing) in the order information. In relation to , assume that the fifth to seventh customers are selected as valid customers. In this case, the control unit 14 may generate 5 distribution purchase order request messages, and send each of the generated 5 distribution purchase order request messages to corresponding customers (ie, the 4th customer, the 2nd customer, and the 5th customer). , sixth and seventh customers) can be transmitted to each.

According to this, the device 10 purchases one of the plurality of customers 30 in consideration of the monthly order limit amount information of each customer and the handling brand of each customer with respect to one case of order information (order request) received from the buyer. It is possible to select a plurality of effective customers capable of distribution purchase for the desired product, and to provide a message requesting product purchase (ie, a distribution purchase order request message) to the selected plurality of effective customers. of orders can be automatically distributed and served.

In addition, the control unit 14 may recognize the status of a customer order request for order information as a complete status when a message acceptance response is made within a preset time from each of a plurality of valid customers who have received the distribution purchase order request message.

If a message rejection response is made from at least one of a plurality of valid customers (a plurality of valid customers who received a distribution purchase order request message) within a preset time, the control unit 14 recognizes the status of the customer order request as incomplete, It is possible to control selection of an alternative effective business partner capable of replacing at least one effective business customer who provided a message rejection response. The control unit 14 may generate a control signal for selecting an alternative effective business partner and provide the generated control signal to the selection unit 13 .

Here, the preset time may be, for example, 1 hour, but this is only an example to help the understanding of the present application, and is not limited thereto, and the preset time is set based on hours, minutes, days (DAY), etc. It can be set or changed to various values by the user (manager) who manages the device 10.

As an example, it is assumed that a distribution purchase order request message is transmitted to first to fifth customers among the plurality of customers 30 . At this time, if a message acceptance response is made in response to the distribution purchase order request message from each of the first to fifth customers within a preset time (eg, 1 hour), the control unit 14 transmits order information to the customer. It may be recognized that the product purchase order request is in a completed state.

If, within a preset time, the response to the distribution purchase order request message from the first to fourth vendors is an acceptance response (message acceptance response), and the response to the distribution purchase order request message from the fifth vendor is a rejection response ( message rejection response). In this case, since it is impossible to request a product purchase order through the fifth customer, the control unit 14 selects an alternative customer (effective alternative customer) to replace the fifth customer among the plurality of customers 30. With (13), a control signal for selecting an alternative effective business partner can be generated and provided. The selection unit 13 may select (re-select) an alternative customer to replace the fifth customer as an effective customer based on the control signal provided from the control unit 14 .

At this time, let's assume that the first to third accounts are, for example, traders related to brand A shoes, and the fourth and fifth traders are traders related to brand B clothing, for example.

In this case, in order to select an alternative effective business partner, the selection unit 13 identifies the brand and product type of the product handled by the effective business customer (for example, the fifth customer) that provided the message rejection response (ie, B brand clothing). identifying), and extracting a matching account that matches the brand and product type of the identified product (ie, clothing of brand B) among a plurality of customers 30 (for example, extracting the fourth to eighth customers), The extracted matching customers can be sorted in the order of the highest order quantity. Thereafter, the selection unit 13 may select a matching account located at the highest rank among the aligned trading partners, excluding the trading partner having received the distribution purchase order request message, as an alternative effective trading partner.

For example, it is assumed that an effective customer who provided a message rejection response is a fifth customer, and the brand and product type of the identified product are brand B clothing. Also, let's assume that the matching traders extracted based on this are the fourth to eighth traders. In addition, as a result of sorting the extracted matching customers in the order of the highest number of orders, the order was 4th customer - 5th customer - 8th customer - 7th customer - 6th customer, and among them, the 4th customer and the 5th customer were Suppose you have already received a message requesting a distribution purchase order. In this case, the selection unit 13 may select an effective substitute for the fifth trader as the eighth trader.

In this way, when a message rejection response is made from any one of a plurality of valid accounts that has received a distribution purchase order request message, the apparatus 10 immediately selects another valid account to replace the effective account that provided the message rejection response ( By providing a distribution purchase order request message again, it is possible to automatically send a product purchase request related to order information (ie, a distribution purchase order request message) to the customer more quickly and conveniently.

In addition, the control unit 14 determines whether a message acceptance response or a message rejection response has been made from each of the plurality of effective accounts within a preset time (for example, 1 hour) after distributing and transmitting the distribution purchase order request message to each of the plurality of valid accounts. (received) can be determined.

In particular, in determining whether or not a message reception/rejection response is received from a plurality of valid business partners within a preset time period, the control unit 14 sets a preset response time limit (for example 10 hours) shorter than a preset time period (for example 1 hour). minutes), it may be determined whether a message response (ie, a message reception response or a message rejection response) to the distribution purchase order request message is sent from each of a plurality of valid business partners. At this time, if a message response is not made within a preset response time limit from any one of the plurality of valid accounts, it is determined that there is no response, and as a result, it is determined that there is no response to any one valid account that has not responded every preset response time limit (ie, a preset response). Whenever a deadline elapses), a prompt notification may be provided.

As an example, assume that a distribution purchase order request message is provided to the fifth customer at 10 am today. Thereafter, if there is no message response (acceptance or rejection response) within a preset response time period (eg, 10 minutes) after providing the distribution purchase order request message, the control unit 14 recognizes that there is no response and responds preset to the fifth customer. A reminder can be provided whenever a deadline elapses (i.e., every 10 minutes). At this time, the control unit 14 may provide a prompt notification until a message response is made within a preset time (for example, 1 hour).

In particular, when the prompt notification is provided every time a preset response period (10 minutes) elapses, the controller 14 may change the notification type of the provided prompt notification. At this time, the control unit 14 may change and provide a notification type with a higher intensity than the repeated provision of the prompt notification. Here, the notification types of the prompt notification include, for example, a first notification type that is a message type, a second notification type that combines a message and a vibration, a third notification type that combines a message and a ringtone, and a fourth notification type that is a call connection type. can do.

According to this, illustratively, if the message response is not made from the fifth customer within 10:10 (non-response), the control unit 14 sends a distribution purchase order request message to the terminal of the fifth customer at 10:10 am. A prompting notification prompting a response to the response may be provided in the first notification type (message form). At this time, if a message response is still not made from the fifth business partner within 10:20 am after the preset response deadline elapses after the prompt notification is provided as the first notification type (if no response), the control unit 14 sends a message at 10 am. At 20 minutes, the prompt notification may be provided again. At this time, the prompt notification provided may be provided in the second notification type (a type in which a message is provided and vibration is generated in the terminal of the fifth customer).

In this way, the control unit 14 controls a preset response time limit (eg, 10 minutes) until a message response is made to a good customer who has not responded within a preset time (eg, 1 hour) after transmission of the distribution purchase order request message. Prompting notifications are repeatedly provided each time, but in particular, when the prompting notifications are repeatedly provided, a different type of notification may be provided (in particular, a notification type with a higher intensity) may be provided.

The device 10 may provide a prompt notification with different types of notification so that the customer who receives the prompt notification can more quickly and easily recognize the receipt of the prompt notification. Through this, the device 10 allows the selection (determination, determination) of an effective customer to request a purchase order in relation to the order information to be made more quickly, and the product to the customer for the product purchase related order information requested by the buyer. You can make your buy request complete more quickly.

When a message acceptance response is made from the effective customer who received the distribution purchase order request message, the control unit 14 determines the effective customer who responded to the message acceptance as an effective customer who has actually placed a product purchase order to the customer related to the order information. Recognizable.

If the controller 14 does not receive a message response from an effective business partner (eg, a fifth business partner) within a preset time (eg, 1 hour) despite repeatedly providing prompt notifications with different notification types, the corresponding A control signal may be generated and provided to the selection unit 13 so that a valid business partner is finally determined as non-response, and an alternative valid business customer capable of replacing the non-response confirmed valid business customer is selected.

In this way, as the control unit 14 repeatedly provides prompt notification while changing the notification type, the apparatus 10 induces the effective customer who has received the distribution purchase order request message to respond more quickly to the distribution purchase order request message. In addition, the recognition that the distribution purchase order request message has been received can be made more effective.

In addition, the selection unit 13 may select a plurality of valid business partners by further considering regional information (particularly, country of residence information) of the buyer terminal 20 that provided the order information and regional information of the plurality of business partners 30. there is. In this case, the regional information may mean residence country information. For example, regional information of the buyer's terminal 20 may be previously included in order information related to product purchase. In addition, regional information of a plurality of business partners 30 may be stored in advance in the DB. The selection unit 13 may select a business that enables a further reduction in shipping cost as a plurality of effective business customers capable of requesting distribution and purchase, based on the regional information of the buyer terminal 20 and the plurality of business partners 30 .

For example, it is assumed that the buyer 21 resides in Nanning, China, and requests an order related to product purchase in Nanning, China through the app installed on the buyer terminal 20 . At this time, the selection unit 13 may select a plurality of valid business partners in consideration of information (for example, regional information) of a plurality of business partners 30 previously registered (stored) in the DB.

At this time, for example, among the plurality of traders 30, the first to tenth traders have regional information in Korea, the eleventh to fifteenth traders have Japan, and the sixteenth to 20th traders have regional information. Let's say Myanmar. And, it is assumed that the matching customers extracted in consideration of the brand product type information among them are the first to fifth customers, and the sixteenth and nineteenth customers. Thereafter, the extracted matching customers are sorted in the order in which the largest quantity of orders can be ordered in consideration of the preset monthly order limit amount information and price information for each product type, and a plurality of valid customers are selected based on the sorted results. It is assumed that the first to fifth business customers as regional information are selected as a plurality of valid business customers by the selection unit 13 .

At this time, the selection unit 13 may check regional information of the extracted matching business partners before determining the selection of the first to fifth business partners as valid business partners. According to the above example, the selection unit 13 may confirm that a plurality of regions exist in the region information of the extracted matching business partners (ie, Korea and Myanmar exist). At this time, the selector 13 may identify a more nearby area from the area information of the buyer terminal 20 (ie, Nanjing area in China) among a plurality of areas. The selection unit 13 can identify that Myanmar is located closer to Nanjing in China among Korea and Myanmar.

Thereafter, the selection unit 13 selects the matching customers (ie, the 16th to 19th customers) corresponding to the identified proximity area (Myanmar) as a plurality of valid customers, and the shipping cost expected when the product is purchased ( That is, it is possible to predict the expected shipping cost when a product is purchased through valid customers in the vicinity, for example, when a product is purchased from Myanmar to Nanjing, China). 1 Let's say it's the estimated shipping cost. In addition, the selection unit 13 purchases products through a plurality of valid customers (for example, first to fifth customers) selected based on the results of arranging the matching customers in order of the highest number of orders. In this case, the predicted shipping cost is referred to as the second predicted shipping cost for convenience of description.

In this case, when the second predicted delivery cost has a greater value than the first predicted delivery cost, the selector 13 may select and determine matching business partners corresponding to the first predicted delivery cost as valid business partners.

According to this, when a plurality of effective customers are selected without considering the region information of the buyer's terminal 20 and the region information of the plurality of business partners 30, the selected plurality of effective business partners have the corresponding second predicted delivery cost. As the business partners, the first to fifth business partners will be included. On the other hand, when a plurality of effective business partners are selected in a state in which the regional information of the buyer terminal 20 and the regional information of the plurality of business partners 30 are taken into consideration, the selected plurality of effective business partners are business partners corresponding to the first predicted delivery cost. The 16th to 19th customers will be included. This device 10 can select a number of customers whose shipping cost can be reduced more than among the matching customers as a plurality of effective business partners.

At this time, as the shipping cost, for example, a shipping cost generated by using a marine means of transportation (eg, a ship, etc.), an airborne means of transportation (eg, an airplane, etc.), a land means of transportation (eg, a truck, etc.), etc. may be considered.

In addition, in the above-described example, it is exemplified that only matching accounts (ie, the 16th to 19th vendors) corresponding to the proximity area are considered in the calculation of the first predicted shipping cost, but this is to help the understanding of the present application. It is only one example for, but is not limited thereto. Illustratively, the number of brand product type information in the order information (for example, since the result of summing the orderable quantities of each of the matching customers corresponding to the proximity area (ie, the 16th to 19th customers) is, for example, 320 pieces. , 350 shoes of brand A), additional purchase requests corresponding to the number of 30 shoes are required, so in this case, matching customers that are considered when calculating the first predicted shipping cost are not only matching customers corresponding to the proximity area. Rather, if necessary, some of the matching accounts (ie, first to fifth accounts) corresponding to regions other than the proximity region (ie, Korea) may be further included.

According to the above, in the DB of the device 10, as information of a plurality of customers 30, the country where the manager who manages the device 10 resides (for example, Korea) as well as the information of the business partner of the other country ( For example, information on trade partners (China, the United States, Japan, Myanmar, etc.) may be stored. The present device 10 considers the information of a plurality of customers 30 (for example, country of residence information) and the country of residence of the buyer terminal 20 to select a plurality of business partners that can reduce shipping costs in the process of purchasing a product. It can be selected as an effective business partner.

This device 10 can enable a user (manager) who manages the device 10 to benefit as much as the shipping cost is reduced. In addition, the device 10 prioritizes local business partners (neighboring business partners) located closest to the buyer's residence as valid business partners and requests a purchase order (transmits a distribution purchase order request message). As a result, it is possible to provide the buyer with the ability to more quickly receive the purchase product from the business partner in a closer area (ie, the buyer to purchase the desired product more quickly).

In addition, when selecting an effective customer from among the plurality of customers 30, the selection unit 13 selects a business that can provide the product before that date based on the date the buyer wishes to purchase the product (the date the buyer wishes to receive the purchased product). It can be selected as an effective business partner. That is, when selecting an effective business partner, the selector 13 may prioritize a customer who can provide a product to the buyer on a date requested by the buyer. To this end, for example, as information on a plurality of business partners, information on a date when a product can be provided for each customer (ie, date information on when a product can be provided based on the time point when order information is received) may be stored in advance in the DB. The selection unit 13 may select a plurality of valid business partners by further considering product availability date information of a plurality of business partners stored in the DB.

In addition, when selecting a plurality of valid business partners, the selection unit 13 may further consider, for example, the ON/OFF states of the terminals of the plurality of business partners 30 and select them. For example, when the selection unit 13 sorts the extracted matching customers in the order of order in which the largest number of orders can be placed after extracting the matching customers, when performing the sorting process for the extracted matching customers, the terminal of the customer is in an OFF state. terminals can be excluded from sorting. That is, when matching accounts are extracted from among the plurality of accounts 30, the selection unit 13 performs filtering for the extracted matching accounts to exclude accounts whose terminals are in an OFF state, and as a result of the filtering, the remaining matching accounts. (That is, matching customers whose terminals are in the ON state) can be sorted in the order in which the largest number of orders is possible. Thereafter, the selection unit 13 may select at least some of the matching business partners in which the terminals of the business partners are in an ON state as a plurality of valid business partners.

In this way, in selecting an effective customer from among the plurality of customers 30, the device 10 prioritizes a customer whose terminal is in an ON state rather than a customer whose terminal is in an OFF state, so that a distribution purchase request is possible. It is possible to determine the selection of valid customers more quickly, and to automatically distribute orders to customers more quickly.

Meanwhile, when a message acceptance response is made in response to a distribution purchase order request message from each of a plurality of effective customers, the purchase product management unit 15 responds to the distribution purchase order request message from each of the plurality of effective customers who have responded to the message acceptance. Purchased goods can be delivered and managed.

When the purchased product management unit 15 receives the purchased products corresponding to the distribution purchase order request message from each of the plurality of valid customers, it may collect them and provide them to the buyer 21 . That is, the purchased product management unit 15 may collect each purchased product delivered from a plurality of valid business partners and provide the collected products to the buyer 21 at once.

At this time, the purchased product management unit 15 inspects whether there are any quality defects in the purchased products delivered from the plurality of valid customers, and if it is determined that there are no quality defects in the purchased products as a result of the inspection, the purchased products determined to have no quality defects are collected. It can be delivered to the buyer 21. If, as a result of the inspection, it is determined that the purchased product has a quality defect, the purchased product management unit 15 may request an order for retransmission of the product to an effective customer who provided the purchased product with a quality defect.

According to this, the purchased product management unit 15 may inspect the quality of the purchased products delivered from a plurality of valid customers, collect all defect-free products, and provide them to the buyer 21 . This device 10 can enable the buyer 21 to purchase only high-quality products. That is, the present device 10 prevents problems that arise when the buyer 21 receives a defective product (for example, the inconvenience of requesting a return or exchange of a product, a time delay problem, etc.) It can be prevented or minimized.

At this time, the inspection of whether or not the quality of the purchased product may be performed by, for example, a product inspector associated with the device 10, but is not limited thereto, and as another example, an inspection unit provided in the device 10 (not shown).

The inspector (not shown) may perform product inspection using various types of sensors (eg, an infrared sensor, an image sensor, etc.) capable of sensing the quantity of a product or checking whether or not the product is dirty, for example. As a specific method of performing product inspection using such a sensor, illustratively, various product inspection methods previously known or developed in the future (ie, quantity sensing method, stain determination method, etc.) may be used.

In the above description, as an example, when the purchased product management unit 15 receives a purchased product corresponding to a distribution purchase order request message from each of a plurality of valid customers, it is illustrated that the purchased product is collected and provided to the buyer 21, but this is the case here. It is just one example to help the understanding of, but is not limited thereto.

As another example, the device 10 may directly provide the buyer 21 with a purchased product provided from each of a plurality of valid customers who have responded to the message acceptance (ie, a purchased product corresponding to the distribution purchase order request message). there is. To this end, for example, when the distribution purchase order request message is transmitted, the control unit 14 includes address information corresponding to the order information (ie, address information at which the buyer wants to receive the product to be purchased) in the distribution purchase order request message. can be sent. As another example, if a message acceptance response is made from an effective customer after transmitting a distribution purchase order request message, the controller 14 may transmit address information corresponding to the order information to the effective customer who has sent the message acceptance response. According to this, the effective customer can have the product prepared by each customer directly delivered to the buyer 21 who wishes to purchase the product based on the address information delivered from the control unit 14 .

Hereinafter, based on the details described above, the operation flow of the present application will be briefly reviewed.

Figure 3 is an operational flow chart for a customer order distribution method according to an embodiment of the present application.

The customer order distribution method shown in FIG. 3 may be performed by the device 10 described above. Therefore, even if the content is omitted below, the description of the device 10 can be equally applied to the description of the customer order distribution method.

Referring to FIG. 3 , in step S11, the receiving unit may receive order information related to product purchase from the buyer terminal.

Next, in step S12, the selector may select a plurality of valid customers for whom a distribution purchase request is possible in relation to the purchase of the product desired to be purchased in the order information from among the plurality of customers, based on the analysis of the order information received in step S11. .

At this time, information on a plurality of customers capable of purchasing products may be stored and managed in a DB by the customer management unit.

In addition, in step S12, the selection unit may select a plurality of valid customers in consideration of the brand and product type of the product handled by the customer, and monthly order limit amount information preset for each customer.

Next, in step S13, the control unit may distribute and transmit the distribution purchase order request message generated by processing the order information to each of a plurality of effective customers.

In addition, in step S13, the control unit may recognize the status of a customer order request for order information as a complete state when a message acceptance response is made from each of a plurality of valid customers who have received the distribution purchase order request message. In addition, in step S13, when a message rejection response is made from at least one of the plurality of valid business partners, the control unit may control selection of an alternative effective business partner capable of replacing the at least one effective business customer who provided the message rejection response.

In the foregoing description, steps S11 to S13 may be further divided into additional steps or combined into fewer steps, depending on an embodiment of the present invention. Also, some steps may be omitted if necessary, and the order of steps may be changed.

The customer order distribution method according to an embodiment of the present application may be implemented in the form of program instructions that can be executed through various computer means and recorded on a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the medium may be those specially designed and configured for the present invention or those known and usable to those skilled in computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic media such as floptical disks. - includes hardware devices specially configured to store and execute program instructions, such as magneto-optical media, and ROM, RAM, flash memory, and the like. Examples of program instructions include high-level language codes that can be executed by a computer using an interpreter, as well as machine language codes such as those produced by a compiler. The hardware devices described above may be configured to act as one or more software modules to perform the operations of the present invention, and vice versa.

In addition, the above-described customer order distribution method may be implemented in the form of a computer program or application executed by a computer stored in a recording medium.

The above description of the present application is for illustrative purposes, and those skilled in the art will understand that it can be easily modified into other specific forms without changing the technical spirit or essential features of the present application. Therefore, the embodiments described above should be understood as illustrative in all respects and not limiting. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form.

The scope of the present application is indicated by the following claims rather than the detailed description above, and all changes or modifications derived from the meaning and scope of the claims and equivalent concepts thereof should be construed as being included in the scope of the present application.

100: Customer order distribution system
10: Customer order distribution device
11: Account management department
12: receiver
13: selection department
14: control unit
15: Purchase product management department
20: buyer terminal
21: Buyer
30: multiple accounts

Claims (4)

As a customer order distribution device,
A customer management unit that stores and manages information on a plurality of customers who can purchase products in a DB;
a receiving unit receiving order information related to product purchase from a buyer terminal;
a selection unit that selects a plurality of valid customers to whom a distribution purchase request is possible in relation to the purchase of a product desired to be purchased in the order information from among the plurality of customers, based on the analysis of the order information; and
a controller for distributing and transmitting a distribution purchase order request message generated by processing the order information to each of the plurality of effective customers;
Customer order distribution device comprising a. According to claim 1,
The selection department,
A customer order distribution device that selects the plurality of effective customers in consideration of the brand and product type of products handled by the customer and information on the monthly order limit amount preset for each customer. According to claim 1,
The control unit,
When a message acceptance response is made from each of the plurality of valid customers who have received the distribution purchase order request message, recognizing a customer order request status for the order information as a complete state;
When a message rejection response is made from at least one of the plurality of valid customers, the control to select an alternative effective customer who can replace the at least one effective customer who provided the message rejection response is made. As a method of distributing customer orders,
(a) receiving order information related to product purchase from a buyer terminal, by a receiving unit;
(b) selecting, by a selection unit, a plurality of valid customers for whom a distribution purchase request is possible in relation to the purchase of a product desired to be purchased in the order information among a plurality of customers, based on the analysis of the order information; and
(c) distributing and transmitting, by a control unit, a distribution purchase order request message generated by processing the order information to each of the plurality of effective customers;
The method of distributing customer orders, wherein the information of the plurality of customers capable of purchasing products is stored and managed in a DB by a customer management unit.

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