KR20210006219A - A order and delivery system with integral type of sellers and deliverers - Google Patents

Abstract

The present invention relates to a seller and deliverer-integrated delivery and order system, which is configured to divide the entire delivery addresses of items such as bottled water and the like, into delivery areas and allocate the delivery areas to each deliverer, provide a deliverer-dedicated open market which registers each deliverer as a seller in an allocated delivery area, and allocate a delivery fee and a sales fee to the corresponding deliverer with respect to orders of the corresponding market. The seller and deliverer-integrated delivery and order system comprises: a deliverer marker server which registers a deliverer as a seller (hereinafter referred to as a delivery seller), provides a product page (hereinafter referred to as a deliverer product page) for product sales by a deliverer as a delivery seller, and processes a product order of a buyer; and a seller server which receives product order information from the delivery market server, transmits the shipment of an ordered product to a deliverer terminal, receives a delivery result from the deliverer terminal, settles a delivery fee by product delivery and a sales fee by product sales as the delivery seller with respect to each deliverer. According to the system, when an order is received from a buyer within a delivery area of each deliverer through the deliverer-dedicated open market, a sales fee is additionally allocated to the corresponding deliverer, and thus, it is possible to increase the sales volume of products by encouraging the deliverer to do sales activities within his/her delivery area.

Description

{A order and delivery system with integral type of sellers and deliverers}

The present invention provides an open market exclusively for shippers that divides the entire delivery of items such as bottled water into delivery zones and allocates them to each shipper, and registers each shipper as a seller of the assigned delivery zone, It relates to a delivery order system based on both a seller and a deliverer that allocates a delivery fee and a sales fee to a delivery person.

In general, in online e-commerce, when a buyer views detailed product information at an online shopping mall (or open market) and orders a product to be purchased, a shopping mall server (or open market server) requests payment for the ordered product. do. In addition, when the buyer completes the payment, the seller requests the ordered product to a delivery company to deliver the product.

A general system of such e-commerce is shown in FIG. 1.

As shown in Fig. 1, the electronic commerce system according to the prior art provides a buyer terminal 1 for purchasing a product, an open market server 2 for paying for a product by providing product pages 7 of each seller, and opening a product. A seller server (3) that sells through the market, a producer server (4) that handles the process of delivering products produced in response to the seller's request to the distribution center, a distribution center server (5) that manages the delivery of products, and It consists of a deliverer terminal 6 that manages product delivery to the final purchaser.

Specifically, the seller publishes a product page 7 that sells his or her products in the open market server 2.

Next, the purchaser accesses the open market server 2 that sells products through the purchaser terminal 1 such as a computer, a smart phone, or a PDA, searches for a product, and browses the product page 7. In addition, a product is ordered by entering a product name, number of purchases, and delivery address in the order form provided by the open market server 2. Thereafter, the open market server 2 requests a bill for the ordered product, and the purchaser processes the purchase price through electronic payment using payment methods such as account transfer or credit card.

Next, when payment is completed, the open market server 2 transmits the order information including the ordered product, the number of purchases, and the delivery address to the server 3 of the seller of the product.

In addition, the seller server 3 provides order information such as product information and delivery address to the distribution center server 5 for delivery of the ordered product. At this time, the seller can store the product in the distribution center 5 by placing the product in advance to the producer 4 through the seller server 3 to accumulate inventory of the product.

The distribution center 5 receives product order information from the seller server 3 and allows the delivery person to release the product. The deliverer receives the product from the distribution center 5 and delivers it to the purchaser 1 according to the delivery address.

On the other hand, when a product is purchased, the shipping cost (or shipping fee) is paid together with the product price, and all or a part of the paid shipping fee is paid to the deliverer 6 [Patent Document 1].

However, in the e-commerce method described above, in the case of online sales, the online seller performs product registration and promotion, the buyer searches, orders, and pays for the product provided by the seller, and the seller delivers the product to the buyer through the delivery company. It is configured to be delivered to Accordingly, there is a problem in that the deliverer or the delivery company only plays the role of intermediary for the delivery of the product, and the actual delivery cost is paid low cost, so that the poor delivery environment cannot be improved.

In order to solve the above problems, a sales system and method technology centered on a delivery company has been proposed [Patent Document 2]. In the prior art, when a buyer searches for and orders a product through a delivery company, the delivery company purchases and prepays the product to the seller, and then collects the product cost and shipping cost along with the delivery of the product to the buyer. That is, when a buyer requests an order for a product after searching for a product, the delivery company delivers the requested product to the purchaser through a prepayment from the seller by quickly acting as a purchase agent.

According to the prior art, the delivery company can manage the distribution network for the seller in a disconnected state between the buyer and the seller, and the seller does not have to directly participate in the sale and activities of the product, thereby reducing the management cost of the seller. have.

However, the delivery company according to the prior art employs a plurality of deliverers and dedicates each delivery area to each deliverer. Therefore, there is a problem that each deliverer only performs an intermediary role for product delivery, and only low-cost delivery costs are paid to each individual deliverer, so that a poor delivery environment cannot be improved. In other words, from the perspective of each deliverer, the prior art does not improve any conventional problems. In particular, the prior art is the same as a method of selling a product by a distributor securing a delivery network.

However, in the case of a product that is regularly and continuously purchased, such as bottled water, the deliverer can regularly and continuously contact the purchaser. In addition, the deliverer can grasp the local situation in detail for his delivery area. Therefore, it is necessary to have a technology that allows each deliverer to directly participate in activities necessary for sales and promotion.

Korean Patent Publication No. 10-2001-0103305 (published on Jan. 23, 2001) Korean Registered Patent Publication No. 10-1603009 (announcement on March 14, 2016)

An object of the present invention is to solve the above-described problems, and is dedicated to a deliverer who divides the entire delivery of goods such as bottled water into delivery zones, allocates them to each deliverer, and registers each deliverer as a seller of the assigned delivery area. It provides an open market, and provides a delivery order system based on both sellers and deliverers, which allocates delivery fees and sales fees to corresponding deliverers for orders in the market.

In order to achieve the above object, the present invention relates to a delivery order system based on all sellers and deliverers, and registers a deliverer as a seller (hereinafter referred to as a delivery seller), and each deliverer is a product page for selling products (hereinafter referred to as A product page) and processing a product order of a buyer; And, receiving product order information from the shipper market server, transmitting the delivery of the ordered product to the shipper terminal, receiving the delivery result from the shipper terminal, and delivering the product according to the delivery of the product to each shipper It characterized in that it comprises a seller server for calculating the commission and the sales commission according to the sale of goods as a delivery seller.

In addition, in the present invention, in a delivery order system based on a seller and a shipper, the shipper market server automatically registers a shipper corresponding to a delivery zone as a delivery seller, and the delivery zone is set by dividing the entire delivery address exclusively. It is, a seller registration unit to allocate a shipper one-to-one to each delivery region; A product page providing unit that provides a page (hereinafter referred to as a deliverer product page) for selling its own product to each delivery seller; A buyer register for registering a buyer, but registering as a buyer of a shipping seller of a shipper who is in charge of a corresponding delivery destination according to the delivery destination of the buyer; And a direct order processing unit that receives order information of the product through the product page of the delivery seller, and processes payment according to the order information, wherein the delivery seller is selected according to the delivery destination of the purchaser.

In addition, in the present invention, in the delivery order system based on all sellers and deliverers, the deliverer market server further includes a proxy order processing unit that processes a product order by a delivery seller and processes payment by a purchaser, the product The page providing unit is characterized in that it additionally provides a proxy order page that can be ordered on behalf of the delivery seller.

In addition, the present invention is a delivery order system based on all sellers and deliverers, wherein the seller server comprises: an order receiving unit for receiving a product order from an open market server or the deliverer market server; A delivery request unit for requesting delivery of a product to a delivery terminal; A result receiving unit for receiving a delivery result; And, it characterized in that it comprises a settlement unit for calculating the sales fee and the delivery fee.

In addition, in the present invention, in the delivery order system based on all sellers and deliverers, the settlement unit calculates the delivery fee according to the delivery of each product as the delivery fee of the corresponding deliverer, and the sales fee of the product ordered from the deliverer market server On the other hand, it is characterized in that the whole or part of the sales fee is settled to be distributed to a delivery person who is a delivery seller.

In addition, the present invention is characterized in that in the delivery order system based on both sellers and deliverers, the settlement unit is characterized in that when the order of the product is a regular order, the payment rate is gradually reduced as the period increases. .

In addition, the present invention is characterized in that in the delivery order system based on an integrated seller and a deliverer, the result receiving unit receives product container collection information from the deliverer terminal.

As described above, according to the delivery order system based on both the seller and the deliverer according to the present invention, when an order is received from a buyer within the delivery zone of each deliverer through an open market dedicated to the deliverer, a sales fee is additionally allocated to the deliverer. In addition, the effect of increasing the sales volume of goods is obtained by encouraging the delivery person to do business within their delivery area.

In addition, according to the delivery order system based on all sellers and deliverers according to the present invention, by allowing each deliverer to collect product containers in a state that directly manages the purchaser in the delivery area, it is possible to more actively collect product containers such as PET bottles. This can be done, and through this, the effect of minimizing environmental damage is obtained.

1 is a block diagram of a configuration of a product delivery system according to the prior art.
2 is a block diagram of an entire system for implementing the present invention.
3 is an exemplary view showing a delivery area according to an embodiment of the present invention.
Figure 4 is a block diagram of the configuration of a shipper market server according to an embodiment of the present invention.
Figure 5 is a block diagram of the configuration of a seller server according to an embodiment of the present invention.

Hereinafter, specific details for the implementation of the present invention will be described with reference to the drawings.

In addition, in describing the present invention, the same parts are denoted by the same reference numerals, and repeated explanations thereof are omitted.

First, a configuration of an entire system for implementing the present invention will be described with reference to FIG. 2.

As shown in FIG. 2, the entire system for implementing the present invention includes a purchaser terminal 10 for a purchaser to place an order for a product, a delivery terminal 20 for use by a deliverer, and an open market server for selling and processing goods. (40), it is composed of a shipper Makesa server 50 for registering the shipper as a seller, and a seller server 30 managed by the seller. Additionally, it may be configured to further include a distribution center server 80 provided in the distribution center or a producer server 90 managed by the producer.

First, the purchaser terminal 10 is a terminal used by the purchaser, and is a terminal equipped with a computing function such as a smart phone, PDA, tablet PC, phablet, PC, and notebook.

The purchaser terminal 10 connects to the open market server 40 or the deliverer market server 50, browses the open market product page 40a or the deliverer product page 50a, and reads the corresponding product pages 40a and 50a. ) To purchase products and process payments.

In particular, the purchaser terminal 10 inputs order information when placing an order on the product pages 40a and 50a. The order information consists of a product name (or product type), quantity, and delivery address. The delivery destination is the address of the delivery destination, and the delivery area is determined according to the address.

On the other hand, when the purchaser terminal 10 connects to the deliverer market server 50, it is connected to the product page 50a corresponding to the delivery address or delivery area of the purchaser. That is, the purchaser terminal 10 may access and order only the product page 50a corresponding to the delivery address of the purchaser.

Next, the deliverer terminal 20 is a mobile terminal used by the deliverer, and is a mobile terminal having a computing function such as a smart phone, a PDA, a tablet PC, and a phablet.

The deliverer is the person in charge who delivers the product to the buyer within the delivery area. That is, the delivery destination is divided into a plurality of delivery zones, and the delivery person is in charge of each delivery zone.

As shown in Fig. 3, the entire delivery destination is exclusively divided into a plurality of delivery areas. In other words, the delivery zones do not overlap each other, and when all delivery zones are added together, the total delivery destination. Each delivery area corresponds to one delivery person. That is, the delivery area and the delivery person have a one-to-one correspondence. Therefore, any one delivery destination to which the product is to be delivered belongs to any one delivery area, and the product is directly delivered to the buyer by the deliverer of the delivery area.

The deliverer terminal 20 receives delivery information of a product to be delivered from the seller server 30 or the distribution center server 80. Delivery information consists of product name (or product information), quantity, delivery address, recipient (or purchaser), and the like.

The deliverer receives the product corresponding to the delivery information from the distribution center according to the delivery information of the delivery terminal 20, and delivers the product to the deliverer. At this time, the delivery terminal 20 receives delivery result information by the delivery person or the purchaser. The delivery result information consists of the delivery date and time (date and time, etc.), confirmation of the recipient (or signature, etc.).

In addition, when a recyclable product container such as a PET bottle (hereinafter, a recycled product container) is recovered, the shipper terminal 20 receives information on the recovered product container. The collection information of the product container consists of the type and quantity of the container, and the collection date and time (date and time, etc.).

In addition, the deliverer terminal 20 transmits the delivery result and the collection information of the product container to the seller server 30.

In addition, the deliverer terminal 20 receives delivery fee or sales fee information from the seller server 30. That is, the seller server 30 calculates the delivery fee or the sales fee, and periodically (or periodically) transmits it to the deliverer terminal 20.

In addition, the shipper terminal 20 may access the shipper market server 50 to order products on behalf of the buyer. At this time, the deliverer terminal 20 receives the proxy order information and transmits it to the deliverer market server 50. The agency order information includes product information (product name and quantity), buyer name, and contact information (telephone number, etc.).

When a proxy order is received, the deliverer market server 50 transmits a callback message to the purchaser terminal 10 and communicates with the purchaser terminal 10 to perform user authentication and payment processing.

Next, the open market server 40, as a normal open market or shopping mall server, provides each seller to publish a page for product sales (or open market product page), and provides a means for ordering and paying products. . Accordingly, each seller creates an open market product page 40a of the product to be sold by the seller and publishes it on the open market server 40.

The open market server 40 receives an order from a buyer through the product page 40a of each seller and processes payment. Means such as order and payment of the open market server 40 use conventional means used in online shopping malls or open markets.

Meanwhile, the open market server 40 transmits the order information to the seller server 30 when a product is ordered and paid through the product page 40a of the open market. The order information consists of the product name (or product type), quantity, delivery address, and contact information of the purchaser (or the recipient's contact information).

The open market server 40 is a general shopping mall server operated by a third party, and a seller registers as a seller in the open market, opens his product page, and publishes product contents.

Next, the deliverer market server 50 is an open market server or a shopping mall server dedicated to a deliverer that registers a deliverer as a seller (hereinafter referred to as a delivery seller). That is, the deliverer market server 50 is a dedicated shopping mall server or a dedicated open market server operated by a seller, and sets each individual seller (or delivery seller) of the shopping mall or open market as a deliverer.

The deliverer market server 50 registers each deliverer as one seller (or delivery seller) for all deliverers. That is, each deliverer is automatically registered as a delivery seller.

In addition, the deliverer market server 50 automatically generates and publishes a product page (or a deliverer product page) for product sales by each deliverer as a delivery seller. Preferably, product pages of each deliverer may all be created in the same format. Alternatively, the product page of the deliverer may be provided as a single unit, and the delivery seller may be identified according to the delivery address of the purchaser.

In addition, the deliverer market server 50 provides a means for ordering and paying products on the deliverer product page 50a. The shipper market server 50 receives an order from a buyer through the product page 50a of the shipper and processes payment. Means such as ordering and payment of the shipper market server 50 use conventional means used in online shopping malls or open markets.

Meanwhile, when a product is ordered and paid through the product page 50a of the deliverer, the deliverer market server 50 transmits the order information to the seller server 30. The order information consists of the product name (or product type), quantity, delivery address, and contact information of the purchaser.

In this case, the shipper market server 50 may store information on the delivery address of the purchaser in advance or may retain information on the delivery destination through past delivery information. So, you can use the shipping address information you already have without receiving the delivery address information from the buyer.

In addition, the shipper market server 50 may provide an order agency page 50b through which a shipper can place an order on behalf of a buyer. The deliverer market server 50 orders products through the order agency page 50b.

In addition, the deliverer market server 50 performs payment processing by transmitting the corresponding order information to the purchaser terminal 10. At this time, the order information is composed of product information (or product name, type, etc.), quantity, purchaser (or purchaser name), and purchaser contact information. In addition, shipping address information may be additionally included.

In addition, the deliverer market server 50 transmits a callback message to the purchaser terminal 10 together with order information. Preferably, the callback message is a text message, which is a message that allows access to the payment page of the shipper market server 50 or the shipper market server 50. That is, the buyer selects the callback URL of the callback message, accesses the shipper market server 50, and processes payment for order information. In this case, preferably, user authentication may be performed. User authentication may use a conventional user authentication means such as inputting a purchaser ID and password.

Next, the seller server 30 is a server managed by the seller, receiving order information from the open market server 40 or the shipper market server 50, and dispatching the product according to the order information to the distribution center server 80 ) Or to the sender terminal 20.

That is, when receiving order information from the open market server 40, the seller server 30 selects a delivery person according to the delivery destination of the order information, and releases the product according to the order information to the delivery terminal 20 of the selected delivery person. Notify.

As described above, each delivery destination is divided exclusively into delivery zones. Therefore, the delivery destination according to the purchaser's order information corresponds to any one delivery area. The delivery of the product according to the order information is notified to the delivery terminal 10 of the delivery area.

In addition, the seller server 30 notifies the distribution center server 80 of product delivery according to the order information. In particular, when the distribution centers are distributed in multiple areas, the distribution center closest to the delivery area or the distribution center corresponding to the delivery area transmits product delivery. In addition, when the seller server 30 selects a product delivery from a specific distribution center among a plurality of distribution centers, the seller server 30 also transmits delivery information about the distribution center to the deliverer terminal 20.

In addition, the seller server 30 receives the delivery result and the collection information of the product container from the deliverer terminal 20, and records the information.

On the other hand, the seller server 30 may place an order for a product to the server 90 of the product producer and store the product to the distribution center. In particular, it is possible to accumulate inventory by ordering products in advance and putting them in the distribution center. The quantity ordered to the producer is ordered in larger quantities than the small quantity ordered by each buyer.

In addition, the seller server 30 processes the receipt of the amount (sales price) excluding the market fee from the price paid by the buyer from the open market server 40 or the shipper market server 50, and sends the buyer terminal 10 Through the settlement of shipping fees or sales fees. At this time, the receipt of the sales price and the settlement of the sales fee are processed through a bank account, and the seller server 30 processes data related to the sales price or the settlement of the fee.

In particular, the seller server 30 calculates only the shipping fee to the buyer in case of product delivery according to the order of the open market server 40, and in the case of product delivery according to the order of the deliverer market server 50, in addition to the delivery fee to the buyer. Settle the sales commission.

Next, the distribution center server 80 is a server that manages the distribution center, and according to the request of the seller server 30, the product is received from the producer or the product is delivered to the delivery.

In particular, distribution centers can be distributed in multiple regions. Each distribution center takes charge of delivery areas within a certain range, and releases the goods to the deliverers in the delivery area. However, if the nearest distribution center is insufficient in product quantity, the product can be shipped from a neighboring distribution center to a deliverer in the corresponding delivery area.

When a shipper delivers a product, it receives the product from the distribution center and delivers it. Hereinafter, for convenience of explanation, the distribution center is not mentioned, but it means that the product is shipped from the distribution center and then delivered.

Next, the producer server 90 is a server managed by a producer who produces a product, and receives a product order order from the seller server 30 and places a product order.

Next, a detailed configuration of the deliverer market server 50 according to an embodiment of the present invention will be described with reference to FIG. 4.

As shown in Fig. 4, the shipper market server 50 according to an embodiment of the present invention includes a seller registration unit 51 for registering a delivery seller, a product page providing unit 52 for generating and providing a product page, and a buyer. It consists of a purchaser registration unit 53 for registering, a direct order processing unit 54 for processing direct purchases by the purchaser, and a payment means 56 for paying the product price. In addition, it may be configured to further include a proxy order processing unit 55 for processing a proxy order by the deliverer, or a storage unit 59 for storing data.

First, the seller registration unit 51 automatically registers the deliverer corresponding to the delivery area as a seller (or delivery seller). The delivery zone is set by dividing the entire delivery address exclusively, and one delivery person is assigned to each delivery area.

In particular, the delivery seller is registered as a seller limited within the delivery area of the deliverer. In other words, a delivery seller can sell products only to buyers within his delivery area.

In addition, the seller registration unit 51 may provide a management interface (or management page) through which a delivery seller can manage his or her product sales or purchasers. That is, the management page provides an interface for monitoring or managing product order status, sales status, delivery status, and sales performance. The management page may be provided in the form of a web page on the web or in the form of a mobile app.

Next, the product page providing unit 52 provides a page for selling its own product (or a product page dedicated to the deliverer) for each delivery seller. The product page refers to an interface for a buyer to process search, purchase, payment, and order management for product purchase. As an example, it may be provided in the form of a web page or a mobile app.

Preferably, a product page and a means for modifying the page are provided for each delivery seller. Therefore, each delivery seller is provided so that they can customize their product page by creating their own promotions, product information, delivery information, and advertisements.

Meanwhile, the product page includes a page that can be directly ordered by a buyer. Preferably, in addition, a proxy order page that can be ordered on behalf of the delivery seller may be provided.

On the other hand, whether to access the product page of each delivery seller is determined according to the delivery destination of the purchaser. That is, each purchaser can access only the product page of the deliverer (or delivery seller) corresponding to the delivery zone to which his delivery destination belongs.

Accordingly, when a buyer accesses the deliverer market server 50 through the purchaser terminal 10 and user authentication is performed (when logged in), the buyer is automatically connected to the product page of the deliverer of the delivery destination.

In addition, when the delivery seller logs in (user authentication), it connects to a product page where they can place an agency order from their product page.

Next, the purchaser registration unit 53 registers the purchaser and performs user authentication of the purchaser.

The purchaser registration unit 53 receives the user information of the purchaser and user authentication information, and registers the corresponding purchaser. User information is composed of a buyer's name, delivery address, contact information, and the like, and user authentication includes information for performing user authentication such as ID and password, or biometric authentication information.

The purchaser registration unit 53 registers as a purchaser of each delivery seller according to the delivery destination of the purchaser. That is, each delivery seller can view only information of a purchaser having a delivery address in his delivery area among registered purchasers on his management page.

Next, the direct order processing unit 54 processes a product order and payment by a buyer.

That is, the direct order processing unit 54 receives order information of the product through the product page of the delivery seller, and processes payment through the payment method 56 according to the order information. The order information consists of the product name (or product type), quantity, delivery address, and contact information of the purchaser.

Meanwhile, the delivery seller is determined according to the delivery destination of the purchaser. That is, a product order is processed for a delivery seller of a delivery person in charge of the delivery address of the purchaser.

In addition, the direct order processing unit 54 transmits order information and payment information to the seller server 30 when order and payment are completed.

On the other hand, orders are divided into one-time orders and regular orders. A one-time order is an order in which the product is delivered once only for a corresponding order, and a regular order is an order that requests periodic and continuous delivery of the product. For example, a request for delivery of 2 boxes of bottled water twice a week.

In the case of a regular order, the direct order processing unit 54 periodically processes payment for the corresponding order and transmits the corresponding order information and payment information to the seller server 30 when payment is processed.

Next, the agency order processing unit 55 processes an order for a product by a delivery seller and processes a payment by a purchaser.

That is, the agency order processing unit 55 receives order information of a product through the product page of the corresponding delivery seller. At this time, the order information is composed of a product name (or product type), quantity, delivery address, buyer contact information, and payment amount.

In addition, when receiving the order information, the proxy order processing unit 55 requests payment for the corresponding order information to the purchaser terminal 10 to process the payment. At this time, preferably, the proxy order processing unit 55 transmits a callback message for payment to the purchaser terminal 10, and when a connection request is received from the purchaser terminal 10 through the address of the callback message, the purchaser terminal 10 ) To process payment.

That is, the callback message is a text message and is a message that allows access to the payment page of the purchased product. That is, the buyer accesses the payment page by selecting the callback URL of the callback message through the buyer terminal 10, and processes payment for order information.

On the other hand, the agency order processing unit 55 separates and processes one-time orders and regular orders. That is, in the case of a regular order, the proxy order processing unit 55 periodically processes payment for the corresponding order and transmits the corresponding order information and payment information to the seller server 30 when payment is processed.

Next, the payment means 56 is a means for payment, which is interlocked with a payment means such as a payment gateway (PG) to process payment. Conventional payment methods may include all of various new payment methods such as fintech in addition to conventional payment methods such as mobile phones, credit cards, debit cards, and transfers.

Next, the configuration of the seller server 30 according to an embodiment of the present invention will be described with reference to FIG. 5.

As shown in Figure 5, the seller server 30 according to an embodiment of the present invention includes an order receiving unit 31 for receiving a product order, a delivery requesting unit 32 for requesting delivery of a product, a delivery result and a product container. It consists of a result receiving unit 33 for receiving the collection information, and a settlement unit 34 for calculating the sales fee and the delivery fee. In addition, it may be configured to further include an order request unit 35 for placing an order for a product, or a storage unit 39 for storing data.

First, the order receiving unit 31 receives order information of a product from the shipper market server 50 or the open market server 40.

Next, the delivery request unit 32 transmits the delivery of the product of the corresponding order to the distribution center server 80 or the delivery terminal 20 according to the received order information.

Next, when the delivery is completed, the result receiving unit 33 receives a delivery result from the delivery terminal 20. In particular, preferably, the result receiving unit 33 receives the collection information of the product container from the deliverer terminal 20.

A product container is an empty container for a product previously ordered. Products such as bottled water, for example, are ordered continuously or regularly by the buyer. Therefore, while delivering the product, the deliverer can collect the used container of the product previously ordered by the buyer. The delivery person inputs the collection information of the product container into the delivery person terminal 20. The inputted product container collection information is transmitted from the delivery terminal 20 to the seller server 30.

Next, the settlement unit 34 calculates and setstles a sales commission or a delivery fee according to the order and payment of the product, delivery, and processes to deposit the corresponding commission into the account of each deliverer.

In particular, the settlement unit 34 calculates the shipping fee according to the delivery of each product as a fee of the corresponding deliverer. Settlement policies such as the percentage of compensation fees are determined in advance. The settlement unit 34 calculates a shipping fee for each deliverer according to a set settlement policy.

In addition, the settlement unit 34 calculates all or part of the sales commission for the sales commission of the product ordered from the shipper market server 50 to be allocated to the delivery seller (or shipper). At this time, a settlement policy such as the ratio of the product sales fee is determined in advance, and the sales fee is calculated for each delivery seller (or shipper) according to the determined settlement policy.

In particular, when the order of the product is a regular order, the settlement unit 34 may change the settlement rate of the sales fee according to the period. Preferably, as the period increases, the ratio of distribution to the delivery seller may decrease in stages. As an example, 3% of the sales amount is distributed within one year after a regular order, and 2% is distributed within two years beyond one year after a regular order. In addition, 1% is distributed for more than 2 years after the regular order, and within 3 years after the regular order, sales commissions are no longer paid. That is, the ratio is set to 0%.

Next, the order request unit 35 receives the current product inventory amount from each distribution center server 80, generates an order for additional products according to the inventory amount, and transmits the order order to the producer server 90.

In the above, the invention made by the present inventor has been described in detail according to the above embodiment, but the invention is not limited to the above embodiment, and it goes without saying that various modifications can be made without departing from the gist of the invention.

10: buyer terminal 20: shipper terminal
30: seller server 31: order receiver
32: delivery request unit 33: result receiving unit
34: settlement department 35: order request department
39: storage unit 40: open market server
50: shipper market server 51: seller register
52: product page providing unit 53: buyer registration unit
54: direct order processing unit 55: agency order processing unit
56: payment method 59: storage
80: distribution center server 90: producer server

Claims (7)

In the delivery order system based on all sellers and deliverers,
A shipper market server that registers a shipper as a seller (hereinafter referred to as a delivery seller), provides a product page (hereinafter referred to as a shipper product page) for product sales by each deliverer as a delivery seller, and processes a purchaser's product order; And,
Receives product order information from the shipper market server, transmits the delivery of the ordered product to the shipper terminal, receives the delivery result from the shipper terminal, and provides a shipping fee for delivery of the product to each shipper. A delivery order system based on both a seller and a deliverer, comprising a seller server that calculates a sales fee for product sales as a delivery seller.
The method of claim 1,
The shipper market server,
A seller registration unit that automatically registers a deliverer corresponding to the delivery area as a delivery seller, and the delivery area is set exclusively for all delivery locations, and assigns a delivery person to each delivery area on a one-to-one basis;
A product page providing unit that provides a page (hereinafter referred to as a deliverer product page) for selling its own product to each delivery seller;
A buyer register for registering a buyer, but registering as a buyer of a shipping seller of a deliverer who is in charge of the shipping address according to the shipping destination of the buyer; And,
Delivery with a seller, characterized in that it includes a direct order processing unit, which receives product order information through the delivery seller's product page and processes payment according to the order information, and the delivery seller is selected according to the delivery destination of the buyer. All-based delivery order system.
The method of claim 2,
The shipper market server further includes an agency order processing unit that processes product orders by the delivery seller and processes payment by the buyer,
The product page providing unit is a delivery ordering system based on both a seller and a deliverer, characterized in that it additionally provides a proxy order page that can be ordered by a delivery seller.
The method of claim 2,
The seller server,
An order receiving unit for receiving a product order from an open market server or the deliverer market server;
A delivery request unit for requesting delivery of goods to the delivery terminal;
A result receiving unit for receiving a delivery result; And,
A delivery order system based on all sellers and deliverers, characterized in that it includes a settlement unit to settle sales fees and delivery fees.
The method of claim 4,
The settlement unit calculates the shipping fee for the delivery of each product as the shipping fee of the corresponding shipper, and distributes all or part of the sales fee to the shipper, the shipping seller, for the sales commission of the product ordered from the shipper market server. A delivery order system based on all sellers and deliverers, characterized in that settlement.
The method of claim 5,
When the order of the product is a regular order, the payment order system based on all sellers and deliverers, characterized in that, as the period increases, the rate of distribution to the delivery seller is gradually reduced.
The method of claim 4,
The result receiving unit is a delivery order system based on a combination of a seller and a deliverer, characterized in that receiving the product container collection information from the delivery terminal.

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