KR101641602B1 - The method apparatus for paying for product - Google Patents

Abstract

A method and an apparatus for paying for a product are disclosed. The method for paying for a product, performed by an ordering person terminal, includes the steps of: transmitting order information for the product and receiving a reservation payment message generated based on the order information; transmitting a purchase reservation request message for preservation payment procedure generated based on the reservation payment message to a reservation payment server; receiving, from the reservation payment server, an acceptance message regarding the purchase reservation request message; and carrying out a final payment procedure for the product based on the acceptance message after the product is received.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of payment for a product,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a payment method and apparatus for a product, and more particularly, to a method and apparatus for accepting an order for a product from an orderer and performing payment for the product.

It provides consumers with the service of delivering goods from many local merchandise stores. As a concrete example, the domestic food service delivery market began to be formed with the introduction of foreign pizza, chicken specialty franchise, domino pizza, and papais in the early 1990s, and various native franchises benchmarking it in the mid 1990s followed the competition with foreign franchises .

Among the newly registered restaurants in the Korea Food and Drink Association, the number of delivery companies is on the rise every year. Existing store-type operators are also increasing their portion of delivery. However, most delivery-type food service companies have difficulties in delivery due to labor shortages and motorcycle accidents during deliveries, but they have not provided any special measures to improve them. The number of delivery employees (including part-time workers) at restaurants is estimated to be around 300,000 nationwide, but most of them are unemployed.

Many buyers are delivering food from 10 pm to 2 am, and many buyers are delaying deliveries because of the biggest complaints about using the food they deliver. Thus, delivering the customer's order food within the fastest time in the food service market can be a major factor in determining the quality of the food service.

In addition to such food delivery, there is an increasing number of retail outlets that provide services for consumers to purchase goods for other goods (for example, daily necessities) after they have been purchased.

Of course, such an aspect is not limited to delivery, but also occurs when a consumer directly visits a purchase destination and checks and purchases the goods

KR 10-2009-0006762

One aspect of the present invention provides a method of paying for goods.

Another aspect of the present invention provides an apparatus for payment of goods.

According to another aspect of the present invention, there is provided a payment method for a product, the method comprising: transmitting order information about a product to a customer terminal and receiving a reservation payment message generated based on the order information; Transmitting the purchase reservation request message for the reservation payment procedure generated by the orderer terminal to the reservation payment server based on the reservation payment message; Receiving an acceptance message for the purchase reservation request message received from the reservation server by the orderer terminal; And a step of the final order settlement process for the goods based on the acceptance message by the orderer terminal after receipt of the goods.

Receiving, from the store server, a delivery agency request message generated based on order information on the goods, by the integrated sales solution server; The integrated sales solution server generates a delivery request message for requesting delivery of the goods based on the delivery agency request message and transmits the delivery request message to the delivery agent terminal; And receiving the delivery completion message for the goods from the distributor terminal by the integrated sales solution server.

In addition, the delivery agency request message and the delivery request message may include information on a store requesting delivery of the goods, information on the goods, information on delivery of the goods, route information from the store to the delivery point, And may include payment information.

The requesting of the delivery request message to the deliverer terminal may include: determining the first candidate deliverer terminal in which the store and the delivery place are located within the deliverable range of the integrated sales solution server; The integrated sales solution server transmitting a delivery availability confirmation message to the first candidate delivery terminal; The integrated sales solution server receiving a deliverable message from a second candidate delivery terminal of the first candidate delivery terminal; And transmitting the delivery request message to the distributor terminal, which is one of the second candidate distributor terminals, by the integrated sales solution server.

The integrated sales solution server divides the delivery area into a plurality of delivery areas, and distributes and positions a plurality of deliverers to each of the plurality of delivery areas on the basis of an average delivery agency request amount for each of the plurality of delivery areas , The plurality of delivery regions can be adjusted by the integrated sales solution server based on the average delivery agency request amount, the positions of the plurality of shops, and the positions of the plurality of delivery destinations.

According to another aspect of the present invention, there is provided a system for settlement of goods according to an embodiment of the present invention. The system comprises an orderer terminal, wherein the orderer terminal transmits order information on a product, And transmits a purchase reservation request message for the reservation payment procedure generated based on the reservation payment message to the reservation payment server, and receives an acceptance message for the purchase reservation request message received from the reservation payment server And to perform a final settlement procedure for the commodity based on the acceptance message after receipt of the commodity.

Here, the system for settlement may further include the integrated sales solution server, and the integrated sales solution server may receive a delivery agency request message generated based on order information on the goods from the store server, A delivery request message for requesting delivery of the goods based on the message, transmitting the delivery request message to the delivery terminal, and receiving the delivery completion message for the goods from the delivery terminal.

In addition, the delivery agency request message and the delivery request message may include information on a store requesting delivery of the goods, information on the goods, information on delivery of the goods, route information from the store to the delivery point, And may include payment information.

The integrated sales solution server determines a first candidate delivery terminal having a store and a delivery point within the deliverable range, transmits a delivery availability confirmation message to the first candidate delivery terminal, Receiving the message from the second candidate distributor terminal of the terminal and transmitting the delivery request message to the distributor terminal which is one of the second candidate distributor terminals.

The integrated sales solution server divides the delivery area into a plurality of delivery areas, and distributes and positions a plurality of deliverers to each of the plurality of delivery areas on the basis of an average delivery agency request amount for each of the plurality of delivery areas , The plurality of delivery regions can be adjusted by the integrated sales solution server based on the average delivery agency request amount, the positions of the plurality of shops, and the positions of the plurality of delivery destinations.

According to an aspect of the present invention, a plurality of product retailers perform delivery of goods ordered through a delivery agent, thereby reducing labor costs for delivery of each of a plurality of product shops, and a purchaser can quickly and accurately order goods It can be delivered.

In addition, regardless of whether it is related to delivery, the payment can be made more precisely at the time of settlement.

1 is a conceptual diagram illustrating a product distribution service system for ordering, delivery, and settlement of goods according to an embodiment of the present invention.
2 is a conceptual diagram illustrating a settlement procedure on a goods distribution service system according to an embodiment of the present invention.
3 is a conceptual diagram illustrating a payment method according to an embodiment of the present invention.
4 is a conceptual diagram illustrating a method of transmitting a delivery request message to a distributor terminal of an integrated sales solution server according to an embodiment of the present invention.
5 is a conceptual diagram illustrating a method of transmitting a delivery request message to a delivery terminal of an integrated sales solution server according to an embodiment of the present invention.
6 is a conceptual diagram illustrating a method of transmitting a delivery request message to a deliverer terminal of an integrated sales solution server according to an embodiment of the present invention.
7 is a conceptual diagram illustrating a method of transmitting a delivery request message to a vendor terminal of an integrated sales solution server according to an embodiment of the present invention.
FIG. 8 is a conceptual diagram illustrating a method of providing the orderer with location information and delivery estimated time information of the deliverer according to the embodiment of the present invention.
9 is a conceptual diagram illustrating a method for adjusting the position of deliverers based on the location of a delivery place and a shop according to an embodiment of the present invention.
FIG. 10 is a conceptual diagram illustrating a method of adjusting a delivery rate according to an embodiment of the present invention.
11 is a conceptual diagram illustrating an integrated sales solution server according to an embodiment of the present invention.
12 is a conceptual diagram illustrating a reservation payment system according to an embodiment of the present invention.
13 is a conceptual diagram illustrating a settlement procedure according to an embodiment of the present invention.

The following detailed description of the invention refers to the accompanying drawings, which illustrate, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are different, but need not be mutually exclusive. For example, certain features, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention in connection with an embodiment. It is also to be understood that the position or arrangement of the individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the invention. The following detailed description is, therefore, not to be taken in a limiting sense, and the scope of the present invention is to be limited only by the appended claims, along with the full scope of equivalents to which such claims are entitled, if properly explained. In the drawings, like reference numerals refer to the same or similar functions throughout the several views.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the drawings.

1 is a conceptual diagram illustrating a product distribution service system for ordering, delivery, and settlement of goods according to an embodiment of the present invention.

1, an orderer 100 orders a product (e.g., food) through an ordering terminal and receives information about a product ordered from the product store (e.g., a restaurant) through the store server 110 And prepare the ordered goods. The integrated sales solution server 120 may receive a delivery request for the goods ordered from the store server 110 and deliver a message to the deliverer terminal 130 of the deliverer 160 requesting delivery of goods.

Hereinafter, a commodity distribution service system for ordering, delivery and settlement of specific commodities is disclosed.

Referring to FIG. 1, a purchaser 100 can order goods (e.g., food) through an ordering terminal.

The order information generated by the ordering terminal can be transmitted to the store server 110. For example, the order information may be delivered to the store server 110 via a telephone based on a caller identifier (CID). The store server 110 may receive the order information and may transmit the generated information to the order printer 170, the receipt printer 180, the shop operator terminal, and the integrated sales solution server 120, respectively, based on the order information.

For example, if the store is a restaurant, the store server 110 may transmit the payment information of the food based on the order information to the receipt printer 180. In addition, the store server 110 may transmit the menu information of the food included in the order information to the order printer 170. In addition, the store server 110 may transmit a delivery agency request message based on the order information to the integrated sales solution server 120.

The integrated sales solution server 120 may receive a delivery agency request message from the store server 110 and the integrated sales solution server 120 may receive the delivery agent request message and send delivery related information Can be transmitted.

For example, the integrated sales solution server 120 may send a delivery request message to the delivery terminal 130. A method for the integrated sales solution server 120 to transmit a delivery request message to the delivery terminal 130 will be described later. In addition, the integrated sales solution server 120 can transmit the current delivery status information (delivery request acceptance, delivery completion, payment status for delivery) to the administrator terminal of the delivery agent manager. In addition, the integrated sales solution server 120 may also transmit the delivery status information to the delivery agent management server 150 that manages the delivery status of the deliverer 160.

The deliverer 160 receiving the delivery request message from the integrated sales solution server 120 through the delivery terminal 130 can perform delivery for the goods. The delivery request message may include information on the store requesting delivery, information on the goods to be delivered, information on the delivery destination of the goods, route information from the store to the delivering destination, payment information on the goods, and the like. The deliverer 160 can visit the store based on the delivery request message, receive the goods, and deliver the goods to the delivery destination of the goods. The deliverer terminal 130 can transmit the real time location of the deliverer 160 to the delivery agent management server 150 and the delivery agent management server 150 can monitor the delivery status of the ordered goods.

The purchaser 100 can proceed with a payment process for a card or a product ordered in cash upon completion of delivery of the ordered goods. For example, the purchaser 100 may pay the cost of goods and the cost of delivery by cash or card.

When the settlement is completed by the purchaser 100, the deliverer 160 can transmit a delivery completion message to the integrated sales solution server 120 through the delivery agent terminal 130. The integrated sales solution server 120 may transmit a message according to the delivery completion to the store server 110 and the integrated sales solution server 120. [

The shop operator 115 requests delivery to the integrated sales solution server 120 directly based on the application implemented in the terminal of the operator or directly calls the delivery agency operator to deliver the goods ordered by the orderer You can also request it.

That is, the integrated sales solution server can receive a plurality of delivery agency request messages, each of which is generated based on the order information for each of the plurality of orderers, from each of the plurality of store servers. The integrated sales solution server transmits a delivery request message requesting delivery of each of a plurality of items of the orderer to the delivery terminal based on a plurality of delivery agency request messages, A delivery completion message can be received. The delivery agency request message and the delivery request message may include information on a store requesting delivery of goods, information on goods, information on delivery of goods, route information from the store to the delivery point, and payment information.

If the above product distribution service system is used, it is possible to separate the shops and the companies that deliver the goods. For example, if the store is a restaurant, the speed of delivery of the ordered food can be increased by reducing the economic loss of hiring a separate delivery person for each restaurant, and by delivering food through professional personnel. Also, the payment can be proceeded on the basis of the payment information for the ordered food that has been processed and pre-processed in the terminal of the deliverer without directly inputting the price of the food. Therefore, the settlement error due to the wrong input of the amount can be reduced.

2 is a conceptual diagram illustrating a settlement procedure on a goods distribution service system according to an embodiment of the present invention.

FIG. 2 discloses a method in which an orderer pays a cost for a commodity and a delivery cost through card settlement or cash settlement.

In the upper part of Fig. 2, a method of paying a cost for a commodity through a card settlement of a customer and a delivery cost is disclosed.

Referring to the upper part of FIG. 2, when the deliverer 210 arrives at a shop, the deliverer 210 can receive a delivery fee from the operator of the shop 200. For example, an operator of the store 200 may pay cash for delivery to the deliverer 210 and deliver the goods ordered by the orderer 220 to the deliverer 210. The deliverer 210 delivers the ordered goods to the orderer 220, and the purchaser 220 can settle the shipping cost for the goods and the cost for the goods.

The deliverer 210 may deliver the payment information generated by the store server to the purchaser 220. [ When the purchaser 220 makes a card settlement based on the payment information, the delivery fee and the cost for the goods can be paid to the operator of the shop 200.

In the lower part of FIG. 2, a method of paying a cost for a commodity through a cash settlement of a customer and a delivery cost for the commodity is disclosed.

2, the deliverer 260 arrives at the shop and receives the goods, and the orderer 270 can settle the delivery cost for the goods and the cost for the goods after the goods are received. The deliverer 260 may only deliver the cost for the goods other than the delivery cost for the goods to the operator of the shop 250. [

According to the embodiment of the present invention, the purchaser 220 performs reservation payment based on the reservation payment information transmitted from the store server based on the orderer terminal, and can perform the final payment later. In the reservation processing procedure, an order can be carried out based on a payment method for an ordered product. For example, in the reservation payment process, payment for actual goods is not performed, and confirmation of payment availability and payment amount may be performed. The final payment procedure may be a procedure for making a payment using an actual payment method for a product that has completed the reservation payment process.

Specifically, when the orderer orders the merchandise, the orderer can receive the reservation information from the store server (or the integrated sales solution server). The reservation information may include information about the ordered goods, prices for the ordered goods, and the like. The purchaser can proceed to the reservation payment process by transmitting the purchase reservation request message to the payment processing server based on the reservation payment information.

When the goods are delivered by the deliverer 210, the purchaser 220 may transmit additional payment information to the payment processing server to proceed with the final payment procedure. The amount of the commodity may be deducted from the account of the purchaser 220 through the actual bank server through the final settlement procedure. By separating the reservation payment procedure and the final payment procedure as described above, it is possible to confirm whether or not payment is possible for the goods of the purchaser 220, and to prevent the wrong input of the goods amount by the carrier 210. Also, the orderer 220 can confirm the merchandise and proceed the final settlement so that the reliability of the merchandise order can be increased.

This settlement procedure will be described in detail later.

3 is a conceptual diagram illustrating a payment method according to an embodiment of the present invention.

3, the settlement procedure between the store server 300, the integrated sales solution server 340, and the vendor terminal 360 via the payment processing server 320 is started.

The store server 300 can receive the order and send the payment information request message to the payment processing server 320. [ The payment processing server 320 may receive the payment information request message and transmit the payment information to the store server 300. [ The payment information may include a merchant identifier and an order identifier.

The store server 300 can transmit a delivery agency request message including the payment information received from the payment processing server 320 to the integrated sales solution server 340. [ The delivery agency request message may include payment information and delivery-related information (delivery goods, information on a store requesting delivery, information on delivery of goods, route information to a delivery point of goods, etc.).

The integrated sales solution server 340 may send a delivery request message to the delivery terminal 360. [ The deliverer can request payment to the purchaser based on the delivery agency request message including the payment information. The delivery request message transmitted from the integrated sales solution server 340 to the delivery terminal 360 also includes a delivery item, information on a store requesting delivery, information on a delivery destination of the product, route information to the delivery point of the product, .

In order to request payment through the payment processing server 320, the delivery terminal 360 not only stores the merchant identification information and the order identification information but also the delivery agent identification information, the article identification information (article ID), and the article telephone number information (cellular telephone number)) to the payment processing server.

The payment processing server 320 can provide a payment window for the order to the deliverer terminal 360 through the payment processing application based on the payment information transmitted by the sender terminal and the additional identification information.

The purchaser can input the card information through the carrier's dongle (wireless payment machine) and complete the payment for the order based on the card information of the purchaser.

4 is a conceptual diagram illustrating a method of transmitting a delivery request message to a distributor terminal of an integrated sales solution server according to an embodiment of the present invention.

4, the integrated sales solution server selects one of the candidate deliverers and requests delivery of the goods.

Referring to FIG. 4, the integrated sales solution server may determine the deliverer to deliver the goods based on the location of the store, the location of the deliverer, and the location of the delivery point.

For example, a deliverable range may be set for each deliverer, and the integrated sales solution server may select a deliverer that includes the location of the store and the location of the deliverable within the deliverable range as a candidate deliverer.

As described above, the delivery agency request message transmitted from the store server to the integrated sales solution server includes information on a store requesting delivery, information on a delivery item, information on delivery of a product, route information to a delivery point of goods, . ≪ / RTI > In addition, the integrated sales solution server may have registered each carrier and information about the deliverable range of the carrier.

Upon receipt of the delivery agency request message from the store server, the integrated sales solution server can determine the candidate distributor (step S400). The candidate deliverer may be a deliverer that includes the location of the store and the location of the delivery within the deliverable range.

If the candidate deliverer is plural, the integrated sales solution server may deliver a delivery availability confirmation message to a plurality of candidate deliverers (step S410). The delivery availability confirmation message may be a message confirming whether delivery of a plurality of candidate deliverers is possible. Upon receipt of the delivery availability confirmation message, the candidate deliverer can deliver the deliverable message to the integrated sales solution server if delivery is possible (step S420).

When the integrated sales solution server receives a deliverable message from a plurality of candidate deliverers, it can select a deliverer (final decision deliverer) of a plurality of candidate deliverers that have delivered the deliverable message to deliver a delivery request message (Step S430). One deliverer who has received the delivery request message may move to the store to receive the goods and deliver them to the delivery address.

That is, the integrated sales solution server can determine the first candidate delivery terminal in which the store and the delivery place are located within the deliverable range, and transmit the delivery availability confirmation message to the first candidate delivery terminal. The integrated sales solution server may receive the deliverable message from the second candidate deliverer terminal of the first candidate deliverer terminal and may transmit the delivery request message to the deliverer terminal which is one of the second candidate deliverer terminals.

5 is a conceptual diagram illustrating a method of transmitting a delivery request message to a delivery terminal of an integrated sales solution server according to an embodiment of the present invention.

5, the integrated sales solution server sequentially selects a deliverer and requests delivery of a product.

Referring to FIG. 5, the integrated sales solution server can determine a deliverer to deliver a product based on a location of a store, a location of a deliverer, and a location of a delivery point.

For example, the integrated sales solution server can determine a deliverer that is located at a position that is movable in the shortest distance based on a road connecting a position of a store and a position of a delivery destination among candidate deliverers. The candidate deliverer may be a deliverer that includes the location of the store and the location of the delivery within the deliverable range. The integrated sales solution server may include map information, and the expected travel distance and estimated travel time according to the transportation or walking may be determined based on the location of the store and the location of the delivery point.

For example, in the case of the first deliverer 510, it may be moved from the store 540 to the delivery place 560 via the second route after moving to the store by the first route. In the case of the second deliverer 520, after moving to the store by the third route, it may move from the store to the delivery place 560 through the second route. In this case, the expected movement time of the first deliverer 510 and the expected movement time of the second deliverer 520 may be different from each other, and the integrated sales solution server may select a candidate deliverer having the lowest movement expected time, , And can transmit a delivery request message. If it is impossible to deliver the candidate deliverer having the lowest movement expected time, the next candidate deliverer having a small movement expected time can be checked for deliveryability and the delivery request message can be transmitted.

6 is a conceptual diagram illustrating a method of transmitting a delivery request message to a deliverer terminal of an integrated sales solution server according to an embodiment of the present invention.

FIG. 6 discloses a method for determining a deliverer when an integrated sales solution server receives a delivery request message from a plurality of stores.

Referring to FIG. 6, the integrated sales solution server can receive a delivery request message from each of a plurality of stores within a predetermined time range.

The integrated sales solution server may map the deliverers 600 by grouping a plurality of stores into the same delivery range store group 620 and grouping the plurality of delivery destinations into the same delivery range delivery group 640. The same delivery range store group 620 may include a plurality of stores capable of being delivered and accepted at the same time. The same delivery range delivery group 640 may include a plurality of deliveries that can be delivered and accepted at the same time.

That is, based on the same delivery range shop group 620 and the same delivery range delivery group 640, the deliverer can receive the merchandise from a plurality of shops located within a certain range, and deliver the merchandise to a plurality of delivery destinations located within a certain range .

The integrated sales solution server can determine whether a plurality of stores corresponding to a plurality of store servers that have transmitted a plurality of delivery request messages within a predetermined time period are included in the same delivery range store group 620. [ The predetermined time may be a value preset by the integrated sales solution server as a time range that allows delivery of goods by the same deliverer. In addition, the integrated sales solution server can determine whether a delivery destination requested by a plurality of stores corresponding to a plurality of store servers is included in the same delivery range delivery group 640. [

A plurality of stores corresponding to a plurality of shop servers that have transmitted a plurality of delivery request messages are the same delivery range shop group 620 and a plurality of delivery destinations determined based on a plurality of delivery request messages are the same delivery range delivery group 640 The integrated sales solution server may request delivery of a merchandise from a plurality of stores to a single deliverer.

The integrated sales solution server can determine the deliverer by determining the deliverer by the method of FIG. 4 and FIG. 5 described above, and determine whether the deliverer can be delivered to the plurality of deliveries to the candidate deliverer.

7 is a conceptual diagram illustrating a method of transmitting a delivery request message to a vendor terminal of an integrated sales solution server according to an embodiment of the present invention.

7, a method of transmitting a delivery request message to a delivery person in advance in consideration of a preparation time (a product preparation time) for a product will be described.

If the product is food, the product preparation time may be the cooking time for the food. If the deliverer is not resident in the store, delivery of the goods may be delayed if the delivery request message is sent to the deliverer after the goods are ready. Accordingly, the integrated sales solution server determines the transmission timing of the delivery request message in consideration of the product preparation time (step S700), and transmits the delivery availability confirmation message to the candidate deliverer in advance at the determined delivery timing S710).

The product preparation time can be transmitted from the store server. When the store is a restaurant, the restaurant server determines the estimated cooking time of the ordered food in consideration of the current hall and the order quantity, and the information about the product preparation time (information on the estimated cooking time) is transmitted from the restaurant server to the integrated sales solution server It can be included in the delivery agency request message transmitted.

FIG. 8 is a conceptual diagram illustrating a method of providing the orderer with location information and delivery estimated time information of the deliverer according to the embodiment of the present invention.

Referring to FIG. 8, the integrated sales solution server 800 may transmit the delivery position information and the delivery estimated time information to the ordering terminal 820. FIG.

The location information of the deliverer can be periodically transmitted from the delivery terminal to the integrated sales solution server (or the integrated sales solution server via the delivery agency management server) 800 after the deliverer receives the goods. The integrated sales solution server 800 may transmit the delivery position information of the deliverer to the ordering terminal 820. [ For example, the carrier terminal can know the location information of the carrier terminal based on GPS (Global Positioning System) and periodically transmit the location information of the carrier terminal acquired on the GPS basis to the integrated sales solution server 800 Lt; / RTI >

The integrated sales solution server 800 can determine the estimated delivery time in consideration of the product preparation time received from the store server and the expected travel time from the store to the delivery place after the goods are received by the deliverer as described above with reference to FIG. The integrated sales solution server 800 may send information on the expected delivery time to the customized terminal 820. [

In this manner, the purchaser can receive information on the current position of the deliverer and information on the estimated delivery time from the integrated sales solution server 800.

9 is a conceptual diagram illustrating a method for adjusting the position of deliverers based on the location of a delivery place and a shop according to an embodiment of the present invention.

9, a method of providing information on a recommended location of a deliverer to a deliverer based on the location of a store and the location of a delivery location is disclosed.

In order to increase the delivery speed, it is necessary to locate a relatively large number of deliverers in a region where delivery agency requests are relatively large. In addition to this, it is also necessary to place the deliverers in a distributed location in consideration of the amount of each shop to be changed by time and the location of shops in one area.

Referring to FIG. 9, the integrated sales solution server can adjust the position of a deliverer based on statistics on a delivery agency request. For example, the integrated sales solution server can divide a certain range of areas into a plurality of delivery areas and analyze the delivery agent requests for each of the plurality of delivery areas. The integrated sales solution server can divide a region into a plurality of delivery regions in consideration of the average order quantity, the location of the shop, and the location of the delivery point in order to manage the deliverers by the delivery region. The integrated sales solution server may adjust the delivery area adaptively considering the average order quantity, the location of the store, and the location of the delivery point.

For example, the integrated sales solution server may store statistics on delivery agency requests sent to the store servers located in the first delivery region 910 for a certain period of time and statistics on delivery agency requests that are sent to the store servers located in the second delivery region 920 The first delivery area 910 and the second delivery area 920 can be arranged by calculating statistics on the agency request and adjusting the number of the deliverers during the time based on the statistics.

For example, the number of delivery agency requests transmitted to the store servers located in the first delivery region 910 in units of two hours, the number of delivery agency requests sent to the store servers located in the second delivery region 920 in units of two hours, The number of requests can be calculated. The number of delivery agency requests transmitted in units of the predetermined time can be expressed by the term average delivery agent request amount. When the average delivery proxy request amount of the first delivery region 910 is 100 and the average delivery proxy request amount of the second delivery region 920 is 200 at the first time, the integrated sales solution server transmits the first delivery region 910 at the first time, The distributor can be distributed such that more carriers are located in the second delivery region 920 than in the second delivery region 910.

The integrated sales solution server can determine whether a proper number of deliverers are located in the first delivery region 910 and the second delivery region 920. [ The number of proper deliverers per delivery area can be determined considering the average delivery agent request quantity. For example, the integrated sales solution server may determine the number of appropriate deliverers of the first delivery region 910 determined based on the average delivery agency request amount of the first delivery region 910 and the number of deliveries located at the present first delivery region 910 It is possible to determine in the first delivery area 910 whether the delivery person is insufficient based on the number of persons.

Specifically, if the first delivery region 910 lacks the deliverer, the delivery region requesting the delivery to the first delivery region 910 is sent to the deliverer located in the delivery region that does not lack the deliverer among the delivery regions around the first delivery region 910 . If the deliverer is not short of the first delivery region 910, the deliverer who is located in the first delivery region 910 may be requested to move to another delivery region for the deliverers that exceed the number of eligible deliverers.

Hereinafter, it is assumed that the number of current deliverers of the second delivery region is smaller than the number of the proper deliverers of the second delivery region 920 and the number of present deliverers of the first delivery region 910 is larger than the number of the proper deliverers of the first delivery region 910 Assuming a large case.

The integrated sales solution server sends a delivery region change request message requesting that the deliverer terminal adjacent to the second delivery region 920 of the deliverers located in the first delivery region 910 sequentially move to the second delivery region 920 Lt; / RTI > The delivery region change request message may include information on the recommended mobile delivery region and information on a specific point within the recommended mobile delivery region. When the deliverer who receives the delivery region change request message wants to change the delivery region, it can transmit the region change response message to the integrated sales solution server to report the movement of the delivery region.

The integrated sales solution server can distribute the number of deliverers located in the delivery area considering the number of proper deliverers.

FIG. 10 is a conceptual diagram illustrating a method of adjusting a delivery rate according to an embodiment of the present invention.

In Fig. 10, a method for determining a delivery rate of a deliverer differently according to a delivery distance is described.

Referring to FIG. 10, the delivery person can be paid a delivery cost in proportion to the moving distance.

The integrated sales solution server can calculate the distance the deliverer moves based on the location of the store and the location of the delivery point to pay the delivery cost to the deliverer. For example, the integrated sales solution server sets a default delivery rate and a default delivery distance, and if the delivery distance of the deliverer is greater than or equal to the default delivery distance, the final delivery rate determines the additional delivery fee considering the delivery distance exceeding the default delivery distance and the basic delivery distance .

The integrated sales solution server can send information about the final delivery fee to the store server, and the store operator can pay the final delivery fee to the deliverer.

11 is a conceptual diagram illustrating an integrated sales solution server according to an embodiment of the present invention.

11, the integrated sales solution server includes a delivery request management unit 1100, a deliverer determination unit 1110, a deliverer management unit 1120, a delivery region setting unit 1130, a deliverer distribution unit 1140, A processor 1150, and a processor 1160.

Each component of the integrated sales solution server can be implemented to perform the operations of the integrated sales solution server described above with reference to FIGS. For example, each component can perform the following operations.

The delivery request management unit 1100 may be implemented to receive the delivery request message received from the store server and to determine delivery according to the delivery request message.

The deliverer determining unit 1110 may be implemented to determine a deliverer for a requested delivery of a plurality of deliverers. For example, the vendor determination unit 1110 can determine the deliverer by determining whether the location of the store and the location of the delivery location are included within the deliverable range of the vendor.

The vendor management unit 1120 may calculate an average order quantity for each of a plurality of delivery regions and may distribute the deliverers by a plurality of delivery regions in consideration of an average order quantity.

The delivery region setting unit 1130 may be configured to divide a region into a plurality of delivery regions in consideration of the average order quantity, the location of the store, and the location of the delivery place in order to manage the deliverer by the delivery region.

The distributor distributor 1140 can be implemented to distribute the distributor based on the number of time-based delivery requests for each of a plurality of delivery domains.

The communication unit 1150 can be implemented for communication with the delivery terminal, the store server, and the like.

The processor is used to control the operations of the delivery request management unit 1100, the vendor determination unit 1110, the vendor management unit 1120, the delivery region setting unit 1130, the deliverer distribution unit 1140, and the communication unit 1150 Can be implemented.

12 is a conceptual diagram illustrating a reservation payment system according to an embodiment of the present invention.

FIG. 12 discloses a reservation payment system for separating delivery and settlement of goods and proceeding settlement.

According to the embodiment of the present invention, in the reservation payment system, the purchaser can perform the reservation payment based on the reservation payment means (for example, the orderer terminal) and perform the final payment later.

12, not only the goods are delivered in the offline store but also the goods are purchased through the Internet shopping mall, and then the goods are paid for the goods. When the goods are delivered to the destination or the courier is searched for directly, Lt; / RTI >

12, the reservation payment system may include an orderer terminal 1200, a payment processing server 1220, and a goods information providing server 1240. Each terminal or server can perform settlement of a commodity through a reservation settlement procedure and a final settlement procedure through a network. Hereinafter, in the embodiment of the present invention, a specific settlement procedure is started.

The purchaser terminal 1200 can perform a reservation payment and a final payment for a product to be purchased. According to the embodiment of the present invention, the ordering terminal 1200 can proceed the payment for the ordered goods through the reservation payment procedure and the final payment procedure.

In the reservation processing procedure, an order can be carried out based on a payment method for an ordered product. For example, in the reservation payment process, payment for actual goods is not performed, and confirmation of payment availability and payment amount may be performed. The final payment procedure may be a procedure for making a payment using an actual payment method for a product that has completed the reservation payment process. According to the embodiment of the present invention, a payment error caused by the delivery person can be prevented by separating the reservation payment procedure and the final payment procedure.

When an order is performed by the ordering terminal 1200, a reservation payment procedure may be performed. The orderer can receive the reservation information from the goods information providing server 1240 when ordering the goods. The product information providing server 1240 may be implemented separately, but may be the integrated sales solution server described above. The reservation information may include information about the ordered goods, prices for the ordered goods, and the like. The purchaser can send a purchase reservation request message to the payment processing server via the ordering terminal 1200 based on the reservation information to request a purchase reservation for the goods. The purchase reservation request message may include a merchant identifier, an order identifier, payment means information of the purchaser, and payment information for confirming specific payment availability.

The payment processing server 1220 may receive the purchase reservation request message from the ordering terminal 1200 and determine whether to accept or reject the purchase reservation request message. For example, if the settlement processing server 1220 can not settle the settlement based on the settlement information input from the purchaser, the settlement processing server 1220 can transmit a rejection message for the purchase reservation request to the orderer terminal 1200 have. For example, the settlement processing server 1220 may transmit an acceptance message for the purchase reservation request to the orderer terminal 1200 when settlement is possible based on the purchase reservation request message received from the orderer terminal.

Upon receipt of the acceptance message for the purchase reservation request, the orderer terminal 1200 can proceed with the final settlement process based on the acceptance message for the purchase reservation request after receiving the goods from the deliverer. For example, the purchaser can input additional payment information for the final payment based on the acceptance message for the purchase reservation request. The orderer can request final settlement to the settlement processing server 1220 through the orderer terminal 1200 after inputting additional settlement information.

Upon receiving the final payment request, the payment processing server 1220 can additionally determine whether the final settlement of the commodity is possible based on the additional payment information. If the final settlement is possible, the settlement processing server 1220 can proceed the final settlement based on the settlement means of the purchaser. Through the final settlement process, the amount of the commodity may be deducted from the account of the purchaser through the actual financial server.

By separating the reservation payment procedure and the final payment procedure as described above, it is possible to confirm the payment possibility of the goods of the purchaser and prevent the wrong input of the goods amount by the delivery person. In addition, the purchaser can increase the reliability of the product order by confirming the product and proceeding with the final settlement.

13 is a conceptual diagram illustrating a settlement procedure according to an embodiment of the present invention.

13, a method for securing the settlement procedure is disclosed.

13, when the reservation payment procedure is completed, an acceptance message for the purchase reservation request may be transmitted from the payment processing server 1300 to the orderer terminal 1320 and the deliverer terminal 1340. [

Hereinafter, an acceptance message for the purchase reservation request can be expressed by a purchase reservation request acceptance message.

The purchase reservation request acceptance message transmitted to the ordering terminal 1320 may be expressed as a first purchase reservation request acceptance message and the purchase reservation request acceptance message transmitted to the distributor terminal 1340 may be expressed as a second purchase reservation request acceptance message have. The first purchase reservation request acceptance message and the second purchase reservation request acceptance message are generated based on one security key and can be used to confirm the modulation of the purchase reservation request acceptance message in the course of the later settlement procedure.

For example, the payment processing server 1300 may generate a 10-digit random number, include a 5-digit random number out of the 10-digit random number in the first purchase reservation request accept message, 2 purchase reservation request acceptance message.

After the delivery of the goods by the deliverer, as described above, the purchaser can input additional payment information for the final payment based on the acceptance message (first purchase reservation request acceptance message) for the purchase reservation request, for example, Message to the payment processing server through the ordering terminal 1320. [

The delivery person can also deliver the delivery completion message to the payment processing server 1300 through the delivery terminal 1340 after the delivery of the goods, and the delivery completion message can be generated based on the second purchase reservation request accept message.

The payment processing server 1300 can determine whether or not the payment information is modulated by comparing the final settlement request message received from the ordering terminal 1320 with the delivery completion message received from the delivery terminal 1340. [ If there is no tampering with the payment information, the payment processing server 1300 may proceed with the final settlement process based on the final settlement request message.

Such a delivery and payment method for a product may be implemented in an application or may be implemented in the form of program instructions that may be executed through various computer components and recorded on a computer readable recording medium. The computer-readable recording medium may include program commands, data files, data structures, and the like, alone or in combination.

The program instructions recorded on the computer-readable recording medium may be ones that are specially designed and configured for the present invention and are known and available to those skilled in the art of computer software.

Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tape, optical recording media such as CD-ROMs and DVDs, magneto-optical media such as floptical disks, media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like.

Examples of program instructions include machine language code such as those generated by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules for performing the processing according to the present invention, and vice versa.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made therein without departing from the spirit and scope of the invention as defined in the appended claims. It will be possible.

100: Buyer
110: Store server
120: Integrated Sales Solution Server
130:
140: Payment processing server
150: Delivery agent management server
160: The deliverer
170: Custom printer
180: Receipt printer

Claims (10)

Transmitting the order information of the goods to the ordering terminal and receiving the generated reservation payment message based on the ordering information;
Transmitting the purchase reservation request message for the reservation payment procedure generated by the orderer terminal to the reservation payment server based on the reservation payment message;
Receiving an acceptance message for the purchase reservation request message received from the reservation server by the orderer terminal; And
And the orderer terminal proceeds with final payment processing for the goods based on the acceptance message after receipt of the goods,
Receiving from the store server a delivery agency request message generated based on order information on the goods, the integrated sales solution server;
The integrated sales solution server generates a delivery request message for requesting delivery of the goods based on the delivery agency request message and transmits the delivery request message to the delivery agent terminal; And
Further comprising the step of the integrated sales solution server receiving a delivery completion message for the goods from the vendor terminal,
Wherein the delivery agent request message and the delivery request message include:
Information about the product,
The information on the product may include,
And information on an expected cooking time of the food to prevent delay in delivery of the cooked food when the product is food,
Wherein the step of receiving the delivery agency request message by the integrated sales solution server comprises:
A delivery proxy request message including information on an estimated cooking time of the food is generated based on order information on the food to prevent delay in delivery of the food when the product is the food, Receiving,
Wherein the integrated sales solution server generates the delivery request message and transmits the delivery request message to the deliverer terminal,
A delivery request message for requesting delivery of the food on the basis of the delivery agency request message so as to prevent the delivery of the food from being delayed when the goods are the food, The delivery request message is transmitted to the delivery terminal,
Wherein the delivery agent request message and the delivery request message include:
Further comprising information on a store requesting delivery of the goods, information on delivery of the goods, route information from the store to the delivery point, and payment information,
Wherein the step of requesting the delivery request message to the deliverer terminal comprises:
Determining the first candidate delivery terminal where the store and delivery point are located within the deliverable range of the integrated sales solution server;
The integrated sales solution server transmitting a delivery availability confirmation message to the first candidate delivery terminal;
The integrated sales solution server receiving a deliverable message from a second candidate delivery terminal of the first candidate delivery terminal; And
And the integrated sales solution server transmitting the delivery request message to the deliverer terminal, which is one of the second candidate deliverer terminals,
The integrated sales solution server includes:
The method of claim 1, further comprising: dividing the delivery region into a plurality of delivery regions, calculating an average delivery agent request amount for each of the plurality of delivery regions, Distributing the plurality of deliverers to each of the plurality of delivery areas based on the position of the delivery person,
Re-calculating an average delivery proxy request amount for each of the plurality of delivery regions at a predetermined time interval to determine whether an appropriate number of the delivery persons are located in the plurality of delivery regions, If it is determined that the delivery person is insufficient, a delivery to the first delivery area is requested to a delivery terminal located in a second delivery area, which is determined to be not short of the other delivery areas around the first delivery area, Whereby the plurality of delivery regions are adjusted at the predetermined time intervals. delete delete delete delete A system for payment for goods, the system comprising:
Wherein the system for payment comprises an ordering terminal,
The orderer terminal transmits order information about the goods, receives the reservation message generated based on the order information,
Transmitting a purchase reservation request message for a reservation payment procedure generated based on the reservation payment message to a reservation payment server,
Receiving an acceptance message for the purchase reservation request message received from the reservation server,
After the receipt of the goods, the final payment procedure for the goods based on the acceptance message,
The system for settlement further includes an integrated sales solution server,
The integrated sales solution server includes:
Receiving a delivery agency request message generated based on order information on the goods from the store server,
Generates a delivery request message for requesting delivery of the goods based on the delivery agency request message, transmits the delivery request message to the delivery agent terminal,
And to receive a delivery completion message for the goods from the vendor terminal,
Wherein the delivery agent request message and the delivery request message include:
Information about the product,
The information on the product may include,
And information on an expected cooking time of the food to prevent delay in delivery of the cooked food when the product is food,
The integrated sales solution server includes:
A delivery proxy request message including information on an estimated cooking time of the food is generated based on order information on the food to prevent delay in delivery of the food when the product is the food, And generates a delivery request message for requesting delivery of the food based on the delivery agency request message and transmits the delivery request message generated to include information on the expected cooking time of the food to the delivery agent terminal And receiving a delivery completion message for the food from the vendor terminal,
Wherein the delivery agency request message and the delivery request message further include information on a store requesting delivery of the goods, information on delivery of the goods, route information from the store to the delivery point, and payment information,
The integrated sales solution server includes:
Determines a first candidate deliverer terminal in which a store and a delivery place are located within a deliverable range,
And transmits a delivery availability confirmation message to the first candidate delivery terminal,
Receiving a deliverable message from a second candidate delivery terminal of the first candidate delivery terminal,
Transmits the delivery request message to the deliverer terminal, which is one of the second candidate deliverer terminals,
The integrated sales solution server includes:
The method of claim 1, further comprising: dividing the delivery region into a plurality of delivery regions, calculating an average delivery agent request amount for each of the plurality of delivery regions, Distributing the plurality of deliverers to each of the plurality of delivery areas based on the position of the delivery person,
Re-calculating an average delivery proxy request amount for each of the plurality of delivery regions at a predetermined time interval to determine whether an appropriate number of the delivery persons are located in the plurality of delivery regions, If it is determined that the delivery person is insufficient, a delivery to the first delivery area is requested to a delivery terminal located in a second delivery area, which is determined to be not short of the other delivery areas around the first delivery area, Whereby the plurality of delivery regions are adjusted at the predetermined time intervals.
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