KR20210071807A - Logistics service system and method for online products, user terminal and logistics server therefor - Google Patents

Abstract

A user terminal according to the present invention comprises: a terminal communication unit connected to a logistics server via a communication network; a terminal memory for storing a logistics application, which interworks with the logistics server to perform an online trading procedure for a product for sale and a direct handover procedure for the product for sale in an offline store; and a terminal processor for controlling an operation of the logistics application. The terminal processor is configured to, when receiving direct handover identification information for directly handing over the product for sale to a user in the offline store from the logistics server, control the direct handover identification information to be displayed. Accordingly, the displayed direct handover identification information is recognized through a store terminal provided in the offline store and the product for sale can be directly handed over to the user. According to the present invention, the user terminal can consistently improve the reliability of an online business company.

Description

Logistics service system and method for online goods, and a user terminal and a logistics server for the same {Logistics service system and method for online products, user terminal and logistics server therefor}

The present invention relates to a technology for distribution service of merchandise for sale, and more particularly, to a technology for a distribution service for online merchandise.

In Korea, the proportion of small-scale online sellers of goods or services (hereinafter referred to as online operators) accounts for the highest percentage among OECD member countries. The reality is that, amid fierce competition, the closure rate of online operators is gradually increasing along with offline small businesses.

In this limitless competition environment, there are few or insignificant services to increase sales for online operators with little capital. The effectiveness of services such as online advertisements is limited to low-recognized online operators, etc., and huge amounts of money must be invested in order to obtain a meaningful effect in terms of marketing. In addition, if a continuous online advertising service is not provided, the effect for increasing sales cannot be expected significantly.

In particular, due to competition among numerous online operators, even if the product is sold at the lowest price online, if the site is not well known, there is a limit to securing the reliability of the product or delivery, so it is easy to be ignored by consumers.

On the other hand, in recent years, not only the tendency to buy cheap products online, but also the increase in the desire to purchase after comparing and experiencing each product. A growing consumer base.

However, it is difficult to run an offline store blindly because a significant amount of capital must be additionally invested to run a separate offline store for product sales to small online business operators, and there is no guarantee that the sales efficiency due to online or offline parallelism will increase as expected. have.

In addition, although consumers have a desire to purchase a product through a comparative experience offline, even for the same product, the price sold on the online site is relatively lower than the price sold at the offline store, so the product in the offline store reluctant to buy For this reason, consumers sometimes show a consumption pattern (so-called showrooming) of purchasing a corresponding product online after experiencing the product in an offline store. This consumption pattern is primarily a cumbersome consumption form for consumers, and further distorts the distribution structure of the product sales market, which may lead to a stagnation of the offline market.

Republic of Korea Patent Publication No. 10-2012-0052792 (published on May 24, 2012)

A problem to be solved by the present invention is a logistics service system and method for an online product that provides a service for online payment and direct handover at an offline store for online business owners to increase sales, and a user terminal and a user terminal for the same It is about the logistics server.

The user terminal of the present invention for solving the above problems, the terminal communication unit connected to the logistics server and a communication network; a terminal memory for storing a logistics application that interworks with the logistics server to perform an online trading procedure for a product for sale and a direct handover procedure for the product for sale in an offline store; and a terminal processor for controlling the operation of the logistics application, wherein the terminal processor receives, from the logistics server, direct handover identification information for directly handing over the sale product to the user in the offline store, the direct handover identification The information is controlled to be displayed, and the displayed direct handover identification information is recognized through a store terminal provided in the offline store so that the sale product can be directly transferred to the user.

The terminal processor controls to display a user interface through which product-related information on the product for sale is input from the user, and performs online trading and the sale of the product from the product-related information input through the user interface. Generates purchase inquiry information for direct handover in an offline store, controls to transmit the generated purchase inquiry information to the logistics server, and stores the purchase inquiry information in the offline store from among online sites where the logistics server sells the sale product. When a list of registration sites for each of the online sites of the online business operators that stock the goods for sale is created and transmitted, the registration site list is received and controlled to be displayed through the user interface, and the user selects the list of registered sites from the displayed list of registration sites After accessing the product sales server of an online site corresponding to When the handover identification information is received, the direct handover identification information is controlled to be displayed through the user interface.

The terminal processor may include at least one of product name information and product identification information for the sale product, store identification information for the offline store, store name information and store location information, and location information of the user terminal as the purchase inquiry information It is characterized in that it is created as

The terminal processor detects a nearest offline store closest to the location of the user terminal, and controls to display a list of registered sites that stock the sale product in the nearest offline store among online sites that sell the sale product characterized in that

The terminal processor is characterized in that it controls the list of registered sites that stocked the products for sale in the nearest offline store, sorted and displayed in the order of the online sites of the lowest selling price among the selling prices of the products for sale.

The terminal processor, upon receiving the transaction execution information according to the execution of the online transaction procedure from the product sales server, controls to store the received transaction execution information in the terminal memory, and allows the user terminal to perform the transaction in the offline store When receiving a target confirmation request signal for confirming whether the product is a target for direct handover from the logistics server, the store identification information included in the target confirmation request signal is extracted, and the user terminal extracts the extracted store identification information generating a target confirmation response signal for proving that it is a target for direct handover of the sale product in an offline store corresponding to , and controlling to transmit the generated object confirmation response signal together with the transaction execution information to the logistics server, When the direct handover is determined according to the target confirmation response signal and the direct handover identification information is received from the logistics server, the direct handover identification information is controlled to be displayed through the user interface.

The direct handover identification information includes at least one or more of product name information and product identification information for the sale product, store identification information for the offline store for direct handover of the sale product, store location information, and store name information characterized in that

Logistics server of the present invention for solving the above problems, a logistics communication unit connected to the user terminal and a communication network; a database for storing a logistics application that interworks with the user terminal and performs an online trading procedure for a product for sale and a direct handover procedure for the product for sale in an offline store; and a logistics processor for controlling a direct handover procedure in the offline store for the sale product, wherein the logistics processor generates direct handover identification information for directly handing over the sale product to a user in the offline store, The generated direct handover identification information is controlled to be transmitted to the user terminal, and the direct handover identification information displayed on the user terminal is recognized through a store terminal provided in the offline store so that the sale product can be directly transferred to the user. It is characterized in that

The logistics processor, when receiving purchase inquiry information for online trading and direct handover of the trading product from the user terminal, recognizes the trading product from the received purchase inquiry information, and sells the recognized trading product Generates a list of registration sites for each of the online sites of the online operators that stock the products for sale in the offline store among the online sites, and controls to transmit the created list of registered sites to the user terminal, and the list of registered sites When the sale completion information according to the sale of the sale product is received from the product sales server of the online site that has performed the online sale procedure for the sale product according to the user's selection among It is characterized in that the direct takeover identification information is generated.

The logistics processor detects the nearest offline store closest to the location of the user terminal, and generates a list of registered sites that stock the sale product in the nearest offline store among online sites that sell the sale product characterized.

The sale completion information is characterized in that it includes at least one of terminal registration information for the user terminal and store identification information, store name information, and store location information for the offline store for direct handover of the sale product.

The logistics processor, upon receiving the sale completion information from the product sales server, extracts terminal registration information for the user terminal and store identification information for the offline store from the received sale completion information, and the user terminal Generates a target confirmation request signal for confirming whether the target for direct handover of the sale product in an offline store corresponding to the extracted store identification information, and applies the generated target confirmation request signal to the extracted terminal registration information control to be transmitted to a corresponding user terminal, and when receiving a target confirmation response signal including trading execution information according to online trading procedure execution from the user terminal, the trading execution information is compared with the trading completion information to provide the user with the Determining whether to directly hand over the sale product, generating the direct handover identification information in response to the direct handover decision for the sale product, and controlling to transmit the generated direct handover identification information to the user terminal do it with

The logistics processor, after transmitting the direct handover identification information to the user terminal, when receiving an information confirmation request signal for the direct handover identification information from the store terminal, transmits the confirmation requested direct handover identification information and the user terminal The direct handover identification information is compared to determine whether they match, and according to the comparison result of the direct handover identification information, a handover permit message is generated to directly hand over to the user for the sale product, and the generated handover permit message It is characterized in that the control to be transmitted to the store terminal.

The logistics service system for an online product of the present invention for solving the above problem stores a logistics application that performs an online trading procedure for a trading product and a direct handover procedure in an offline store for the trading product, and the logistics application a user terminal for controlling the operation of the device; and a logistics server that interworks with the user terminal to control a direct handover procedure for the product for sale in an offline store, wherein the logistics server is configured to take over the product for sale directly from the offline store to the user generating identification information, and transmitting the generated direct handover identification information to the user terminal, the user terminal, upon receiving the direct handover identification information from the logistics server, displays the direct handover identification information, the displayed The direct handover identification information is recognized through a store terminal provided in the offline store so that the sale product can be directly transferred to the user.

In one embodiment of a logistics service method for an online product of the present invention for solving the above problem, the user terminal receives product-related information about a product for sale from a user, and receives the product-related information from the product-related information online generating purchase inquiry information for sales and direct handover in the offline store, and transmitting the generated purchase inquiry information to the logistics server; When the logistics server generates and transmits a list of registration sites for each of the online sites of the online operators that stock the goods for sale in the offline store among the online sites that sell the goods for sale, the user terminal sets the list of registration sites. displaying; performing, by the user terminal, an online trading procedure for the product for sale by accessing a product sales server of an online site corresponding to the user's selection from the displayed list of registration sites; and displaying, by the user terminal, the direct handover identification information when receiving the direct handover identification information from the logistics server after performing the online trading procedure, wherein the direct handover identification information is a store terminal provided in the offline store It is characterized in that it is recognized through and the sale product is directly handed over to the user.

The step of transmitting the purchase inquiry information to the logistics server includes, by the user terminal, product identification information for the sale product, store identification information for the offline store, store location information or store name information, location information of the user terminal It is characterized in that at least one or more of the purchase inquiry information is transmitted to the logistics server.

The step of displaying the list of registration sites may include: a registration site in which the user terminal detects a nearest offline store closest to the user terminal, and puts the product for sale in the nearest offline store among online sites selling the product for sale It is characterized by displaying a list.

In the step of displaying the list of registration sites, the list of registration sites in which the user terminal stocks the product for sale in the nearest offline store is sorted and displayed in the order of the lowest selling price among the selling prices for the product for sale. characterized in that

The displaying of the direct handover identification information may include: when receiving transaction execution information according to the online transaction procedure from the logistics server, storing, by the user terminal, the received transaction execution information; When the user terminal receives a target confirmation request signal for confirming whether the target for direct handover of the sale product in the offline store is received from the logistics server, the user terminal receives the store identification information included in the target confirmation request signal extracting; generating, by the user terminal, a target confirmation response signal for proving that the user terminal is a target for direct handover of the sale product in an offline store corresponding to the extracted store identification information; transmitting, by the user terminal, the generated target confirmation response signal together with the transaction execution information to the logistics server; and when the direct handover is determined according to the target confirmation response signal and the direct handover identification information is received from the logistics server, the user terminal displays the received direct handover identification information.

The direct handover identification information includes at least one or more of the product identification information for the sale product, store identification information for the offline store for direct handover of the sale product, store location information, and store name information. do it with

Another embodiment of the logistics service method for an online product of the present invention for solving the above problem is to provide purchase inquiry information for online sales of a product for sale and direct handover of the product for sale in an offline store from a user terminal. Recognizing, by the logistics server, the trading product from the received purchase inquiry information; The logistics server generates a list of registration sites for each of the online sites of the online business operators that have stocked the products for sale in the offline store from among the online sites that sell the recognized products for sale, and stores the list of registered sites. transmitting to a user terminal; and when receiving the sale completion information according to the sale of the sale item from the product sale server of the online site that has performed the online sale procedure for the sale item according to the user's selection from the list of registration sites, the distribution server completes the sale and generating the direct handover identification information for the offline store based on the information and transmitting it to the user terminal, wherein the direct handover identification information displayed on the user terminal is recognized through a store terminal provided in the offline store. It is characterized in that the sale product is directly handed over to the user.

In the step of generating the list of registration sites, the logistics server detects the nearest offline store closest to the user terminal, and puts the sale product into the nearest offline store among online sites that sell the sale product. It is characterized by generating a list of registration sites.

The sale completion information is characterized in that it includes at least one of terminal registration information for the user terminal and store identification information, store location information, and store name information for the offline store for direct handover of the sale product.

In the step of generating and transmitting the direct handover identification information, upon receiving the sale completion information from the product sales server, the logistics server transmits the terminal registration information for the user terminal and the offline store from the received sale completion information. extracting store identification information for; generating, by the logistics server, a target confirmation request signal for confirming whether the user terminal is a target for direct handover of the sale product in an offline store corresponding to the extracted store identification information; transmitting, by the logistics server, the generated target confirmation request signal to a user terminal corresponding to the extracted terminal registration information; Upon receiving from the user terminal a target confirmation response signal including trading execution information according to the online trading procedure, the logistics server compares the trading execution information with the trading completion information to directly hand over the trading product to the user. determining whether or not; and generating, by the logistics server, the direct handover identification information in response to a direct handover decision for the sale product, and transmitting the generated direct handover identification information to the user terminal.

In the logistics service method for the online product, after transmitting the direct handover identification information to the user terminal, when receiving an information confirmation request signal for the direct handover identification information from the store terminal, the distribution server is comparing the handover identification information with the direct handover identification information transmitted to the user terminal and determining whether they match; and, according to the comparison result of the direct handover identification information, the logistics server generates a handover permission message to directly hand over to the user for the sale product, and transmits the generated handover permit message to the store terminal. It is characterized in that it further comprises.

According to the present invention, by enabling the offline store to directly hand over the products sold through the product sales site to the consumers, even online business operators with low awareness or reliability can purchase online products without being turned away from consumers through the product sales site. can sell That is, since the consumer can immediately take over the product in the offline store after purchasing it through the product sales site, purchase the product without hesitation even through the product sales site with low awareness or reliability. Accordingly, online business operators can sell products stocked in offline stores to consumers despite low awareness and reliability, and can continuously improve brand recognition and reliability of online business operators.

In addition, according to the present invention, even when the consumer takes over the product through the offline store, it is possible to purchase the product at a lower price (online sale price) compared to generally purchasing the product at the offline store, so that the consumer can There is a cost saving effect. In particular, a plurality of online business operators who stock products for sale in offline stores operate the lowest price level or low price level product sales site online to sell products through price competition, so consumers can use the lowest price or low price online. product can be purchased.

In addition, since consumers can directly experience the product in the offline store before purchasing the product, it is convenient to grasp the pros and cons of the purchased product in advance, and the purchased product can be immediately taken over at the offline store, It is possible to immediately check whether a product has a defect or not, and it is convenient to exchange the product immediately in case of a defect.

1 is a block diagram illustrating a logistics service system for an online product according to the present invention.
FIG. 2 is a block diagram of an embodiment for explaining detailed components of the user terminal shown in FIG. 1 .
3 to 11 are reference views of an example each showing a user interface displayed on a user terminal.
12 is a block diagram of an embodiment for explaining detailed components of the logistics server shown in FIG. 1 .
13 is a flowchart of an embodiment for explaining a logistics service method for an online product according to the present invention.
14 is a flowchart of an embodiment for explaining the step of displaying the direct takeover identification information shown in FIG. 13 .
15 is a flowchart of another embodiment for explaining a logistics service method for an online product according to the present invention.
16 is a flowchart of another embodiment for explaining the step of displaying the direct takeover identification information shown in FIG. 14 .
17 is a timing diagram illustrating an operation process between a user terminal, a logistics server, a product sales server, and a store terminal constituting the logistics service system according to the present invention.

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

The embodiments of the present invention are provided to more completely explain the present invention to those of ordinary skill in the art, and the following embodiments can be modified in various other forms, and the scope of the present invention is not limited. It is not limited to the following examples. Rather, these examples are provided so that this disclosure will be more thorough and complete, and will fully convey the spirit of the invention to those skilled in the art.

The terminology used herein is used to describe specific embodiments, not to limit the present invention. As used herein, the singular form may include the plural form unless the context clearly dictates otherwise.

1 is a block diagram illustrating a logistics service system 10 (hereinafter referred to as a logistics service system) for an online product according to the present invention.

Referring to FIG. 1 , the logistics service system 10 may include a user terminal 100 , a logistics server 200 , a product sales server 300 , and a store terminal 400 . In addition, although not shown, a communication network for exchanging data between each of the above-described components may be included.

The user terminal 100 is a terminal that communicates with the logistics server 200 in order to receive a logistics service according to the purchase of goods for sale. To this end, the user terminal 100 downloads and stores the logistics application provided by the logistics server 200 , and can control the operation of the logistics application. The logistics application provided by the logistics server 200 corresponds to an application program that performs an online sales procedure for a product for sale to a user and a direct handover procedure for the product for sale in an offline store.

Such a logistics application may be executed using a program installed in the user terminal 100 or a program included in an operating system, and the user may be executed by a program provided by the application store server or the logistics server 200 . In addition, the logistics application may further include a communication-related code when the user terminal 100 needs to communicate with another computer or server located in a remote location in order to execute a logistics service.

The user terminal 100 may include a mobile terminal, a kiosk terminal, and an information reader. For example, the mobile terminal may include a smart phone, a tablet PC, or a wearable device. In addition, the kiosk terminal corresponds to an unmanned terminal for information service and unmanned automation of work. It is equipped with various input/output peripherals such as a touch screen, card reader, printer, network, speaker, video camera, intercom, and sensor, and is equipped with a GUI. to run the user application. In addition, the information reader corresponds to an input device that reads information such as a barcode or QR code. Details of the user terminal 100 will be described with reference to FIG. 2 .

The logistics server 200 is a server that provides a logistics service requested by the user terminal 100 . The logistics service provided by the logistics server 200 refers to online and offline services that allow a user to directly take over a product for sale offline.

The logistics server 200 calculates data related to the logistics service to be directly handed over to the user for the sale product based on the control command transmitted from the user terminal 100, and proceeds in the logistics service based on the calculation result actions can be controlled. The control command may be input through a user interface provided through driving of a logistics application in the user terminal 100 , and the logistics server 200 may receive the input control command to control an operation for a logistics service. Details of the logistics server 200 will be described in detail with reference to FIG. 3 .

The product sales server 300 is a server that provides an online site operated by an online business operator and performs an online sales procedure for a product for sale requested by a user in conjunction with the user terminal 100 . The product sales server 300 is a component of a distribution channel for an online sales procedure.

The product sales server 300 transmits trading execution information to the user terminal 100 that has performed an online trading procedure for a product to be bought through an online site. The transaction execution information refers to information including price information, quantity information, delivery area information, and the like for a product purchased by a user.

In addition, the product sales server 300 transmits to the logistics server 200 the transaction completion information corresponding to the transaction conclusion information according to the execution of the online trading procedure. The transaction completion information may include registration information corresponding to the user terminal 100 that purchased the product for sale through the logistics server 200 , price information for the product to be purchased, quantity information, or offline store information. Here, the offline store information may include store name information, store address information, store identification information, and the like.

The store terminal 400 relates to an electronic device used by a store employee in an offline store, for example, a desktop PC (desktop personal computer), a laptop PC (laptop personal computer), a netbook computer (netbook computer), a workstation ( workstation), etc. In addition, the store terminal 400 includes a reader that reads a barcode or QR code, and as such a reader, a laser scanning reader, a CCD scanning reader, etc. may be exemplified.

The store terminal 400 reads the direct handover identification information for the sale product displayed on the user terminal 100 through the reader, and transmits an information confirmation request signal for the read direct handover identification information to the logistics server 200 . After that, the store terminal 400 receives a handover command signal to hand over directly to the user for the product for sale from the logistics server 200, and displays the received handover command signal on the display screen or outputs it as a voice signal. have.

FIG. 2 is a block diagram of an embodiment for explaining detailed components of the user terminal 100 shown in FIG. 1 , and FIGS. 3 to 11 are reference examples of the user interface displayed on the user terminal 100 It is also

Referring to FIG. 2 , the user terminal 100 includes a terminal communication unit 110 , a terminal memory 120 , and a terminal processor 130 .

The terminal communication unit 110 is connected to the logistics server 200 through a communication network. The terminal communication unit 110 is connected to the logistics server 200 through a wired communication network or a wireless communication network. Here, the wired communication network may include the wired Internet. In addition, the wireless communication network may include a wireless Internet such as WiFi, a portable Internet such as WiBro or WiMax, and a 2G to 5G mobile communication network. The terminal communication unit 110 may include a wired communication module and a wireless communication module supporting a wired communication protocol or a wireless communication protocol.

The terminal memory 120 interworks with the logistics server 200 to provide a user interface for a user's purchase of a product for sale, perform an online purchase procedure for the product for sale, and a direct handover procedure for the product for sale in an offline store Save the logistics application to perform. The logistics application provides a user interface (User Interface) for enabling the user terminal 100 to perform an online trading procedure for a product for sale and a direct handover procedure for a product for sale in an offline store. The user interface may include an input window interface for receiving a user's command and an output window interface for displaying items related to an online trading procedure and direct handover of a trading product. These logistics applications are provided from the application store server or the logistics server 200 and are stored in the terminal memory 120 . In addition, the terminal memory 120 stores store identification information, store location information, store name information, and store address information as store registration information for an offline store.

In addition, the terminal memory 120 stores the transaction execution information transmitted from the product sales server 200 , stores the direct handover identification information transmitted from the logistics server 200 , and also stores the transaction execution information transmitted from the store terminal 400 . Save the direct handover completion information.

The terminal processor 130 controls the operation of the logistics application. 3 is a reference diagram illustrating an initial screen displayed on the user terminal 100 according to the driving of the logistics application. The initial screen of the user interface displayed on the display screen of the user terminal 100 according to the driving of the logistics application by the terminal processor 130 is shown.

The logistics application corresponds to a program capable of displaying an input window interface for receiving a user's command and an output window interface related to display items of a sale product on a display screen. In addition, the logistics application transmits the user input input through the input window interface to the terminal processor 130 .

The terminal processor 130 controls to display an input window interface for receiving, from the user, product-related information for on-line trading for the trading product and direct handover at the offline store. 4 is a reference diagram illustrating an input window interface for inputting product-related information, and FIG. 5 is a reference diagram illustrating a state in which an offline store and a product for sale are input to the input window interface shown in FIG. 4 .

The terminal processor 130 controls to generate purchase inquiry information from the product-related information input through the user interface and transmit it to the logistics server 200 . The terminal processor 130 generates purchase inquiry information including store identification information for an offline store, store location information, store name information, and the like, along with product name information or product identification information, from the input product related information. To this end, store registration information for an offline store is previously stored in the terminal memory 120 , and the terminal processor 130 uses the input product-related information and store registration information stored in the terminal memory 120 to provide purchase inquiry information. can create

Also, the terminal processor 130 may generate purchase inquiry information including location information of the user terminal 100 using a GPS module or a mobile communication module built into the user terminal 100 . The terminal processor 130 controls the terminal communication unit 110 to transmit the generated purchase inquiry information to the distribution server 200 , and accordingly, the terminal communication unit 110 transmits the purchase inquiry information to the distribution server 200 . .

After that, when the logistics server 200 creates and transmits a list of registration sites for each of the online sites of the online operators that stock the goods for sale in the offline store from among the online sites that sell the goods for sale corresponding to the purchase inquiry information, , the terminal processor 130 controls to display the received registration site list through a user interface.

The registration site list may be a list of registration sites of an online business operator for all offline stores in which the product for sale is stocked, or to an offline store corresponding to the store identification information included in the purchase inquiry information among offline stores where the product is purchased. It may be a list of registration sites of registered online business operators. In addition, the registration site list may be a list of registration sites of online business operators registered in an offline store closest to the location information of the user terminal 100 among offline stores in which the product is purchased. 6 is a reference diagram illustrating a display state of an output window interface corresponding to an offline store inputted through an input window interface and a product for sale, and FIG. 7 is an output window interface corresponding to an offline store input through the input window interface. It is a reference diagram illustrating a display state.

The terminal processor 130 controls to sort and display a list of registered sites corresponding to a predetermined offline store among the received list of registered sites. For example, the terminal processor 130 recognizes an offline store corresponding to store identification information, store name information, store location information, etc. input through the user interface from among the received registration site list. Thereafter, the terminal processor 130 extracts a list of registration sites in which a product for sale is received in the recognized offline store, and controls the extracted registration site list to be displayed through a user interface.

In addition, the terminal processor 130 extracts the closest offline store to the location information of the user terminal 100 , and registers that a product to be purchased is stored in the nearest offline store from the list of registration sites received from the logistics server 200 . You can extract a list of sites. The terminal processor 130 controls to display a list of registered sites that stock the products for sale in the nearest offline store through a user interface. To this end, the terminal processor 130 detects the current location information of the user terminal 100 using a GPS module or a mobile communication module for tracking the location of the user terminal 100, and uses the store registration information stored in advance to locate the current location. It is possible to detect the offline store closest to the information.

The terminal processor 130 may control the registration site list to be displayed according to a predetermined sorting criterion. Here, the schedule sorting criterion includes a sale price, whether a gift is paid, product quantity, and the like. The terminal processor 130 may control the list of registered sites to be displayed by sorting them in the order of the online sites of the lowest selling price among the selling prices for the products for sale. Accordingly, the user interface may allow the online site selling the lowest price in the list of registered sites to be located at the top, and sequentially arrange and display the online sites corresponding to the next ranking. In this case, the terminal processor 130 may control to sort and display the online site of the lowest price among the online sites where the sale product is stored in the offline store closest to the user terminal 100 .

The terminal processor 130 may control to display detailed product information corresponding to the online site selected by the user from the list of corresponding registration sites. 8 is a reference diagram illustrating an interface of an output window of detailed product information for an online site selected by a user.

The terminal processor 130 may control hyperlink setting so that an online connection can be made by a user's selection for each of the online sites corresponding to the list of registered sites. FIG. 9 is a reference diagram illustrating a state in which a hyperlink for accessing an online site is set in an interface of an output window of detailed product information shown in FIG. 8 .

After the terminal processor 130 accesses the product sales server 300 of an online site corresponding to the user's selection from the displayed list of registered sites, the terminal processor 130 performs online sales of the product through data exchange with the product sales server 300 . control to carry out the procedure. The user can select an online site that sells the lowest price for a sale item from the displayed list of registered sites. Thereafter, after the user terminal 100 accesses the product sales server 300 , the online trading procedure is performed by performing a purchase request and a payment processing operation for the corresponding trading product under the control of the terminal processor 130 . can 10 is a reference diagram illustrating a user interface during an online trading procedure according to an online site access.

The terminal processor 130 controls to store the received trading execution information in the terminal memory 120 when receiving the trading execution information according to the online trading procedure execution from the product sales server 300 after the online trading procedure is performed. do. Accordingly, the trading execution information is stored in the terminal memory 120 . 11 is a reference diagram illustrating trading execution information provided from the product sales server 300 according to the execution of the online trading procedure. The transaction execution information is information indicating that an online transaction has been made for the product to be purchased, and may include order and payment information according to the transaction conclusion, product name information of the product to be sold, product quantity information, product price information, delivery information, etc. .

After that, when receiving the object confirmation request signal from the logistics server 200, the terminal processor 130 extracts the store identification information included in the received object confirmation request signal. The target confirmation request signal is a signal for confirming whether the user terminal 100 corresponds to a target for direct handover of the product for sale in the offline store, and an authentication request required to directly hand over the product to the user in the offline store it's a signal

Thereafter, the terminal processor 130 extracts the store identification information included in the object confirmation request signal, and then generates a destination confirmation response signal in response to the object confirmation request signal. Here, the target confirmation response signal is an authentication signal for allowing the corresponding sale product to be directly handed over to the user in the offline store corresponding to the extracted store identification information, and the user terminal 100 himself/herself directly purchases the purchased product in the offline store. It means a response signal that proves that it is a target for handover.

The terminal processor 130 controls the terminal communication unit 110 to transmit the generated target confirmation response signal to the logistics server 200 together with the transaction execution information received from the product sales server 300 . Accordingly, the terminal communication unit 110 transmits the target confirmation response signal including the transaction execution information to the logistics server 200 .

After that, when the logistics server 200 determines a direct handover to the user according to the target confirmation response signal and transmits the direct handover identification information according to the direct handover decision, the terminal processor 130 receives the received direct handover identification information. It is controlled to be stored in the terminal memory 120 . Accordingly, the direct takeover identification information is stored in the terminal memory 120 . In addition, the terminal processor 130 controls to display the received direct takeover identification information through a user interface. Accordingly, the direct handover identification information is displayed on the display screen through the user interface. Here, the direct handover identification information includes product name information and product identification information for a product for sale, store identification information of an offline store, store location information, or store name information necessary to directly hand over the purchased product to the user.

Thereafter, the user may present the direct handover identification information displayed on the user terminal 100 to the store staff in the corresponding offline store. Accordingly, the store employee may read the direct handover identification information displayed on the user terminal 100 using the store terminal 400 provided in the offline store. After recognizing the read direct handover identification information, the store terminal 400 transmits an information confirmation request signal for the read direct handover identification information to the logistics server 200 . The information confirmation request signal is a signal transmitted by the store terminal 400 to the logistics server 200 in order to check whether it is possible to directly hand over the product to the user. In this case, the information confirmation request signal transmitted to the logistics server 200 includes direct handover identification information read from the user terminal 100 .

After verifying the direct handover identification information included in the information confirmation request signal, the logistics server 200 generates a handover permission message for direct delivery to the user for the traded product and transmits it to the store terminal 400 . Accordingly, the store terminal 400 may display the handover permission message received from the logistics server 200 , and the corresponding sale product may be handed over to the user according to the guidance of the store employee who has confirmed the handover permit message.

Thereafter, the store terminal 400 may transmit the direct handover completion information to the user terminal 100 and the logistics server 200 . The terminal processor 130 of the user terminal 100 may control to store the received direct handover completion information or to display it through a user interface. Accordingly, the user interface displays the direct handover completion information on the display screen.

12 is a block diagram of an embodiment for explaining detailed components of the logistics server 200 shown in FIG. 1 .

Referring to FIG. 12 , the logistics server 200 includes a logistics communication unit 210 , a database 220 , and a logistics processor 230 .

The logistics communication unit 210 is connected to the user terminal 100 through a communication network. The logistics communication unit 210 may receive a service request signal from the user terminal 100 through a wired communication network or a wireless communication network. Here, the wired communication network may include the wired Internet. In addition, the wireless communication network may include a wireless Internet such as WiFi, a portable Internet such as WiBro or WiMax, and a 2G to 5G mobile communication network. To this end, the logistics communication unit 210 may include a wired communication module and a wireless communication module supporting a wired communication protocol or a wireless communication protocol.

The database 220 stores site-related information for online sites registered on the logistics server 200 . The site-related information includes product details for various products sold on the corresponding online site. The detailed product information includes product name information, product price information, product manufacturing date information, product quantity information, and the like.

In addition, the database 220 interworks with the user terminal 100 to provide a user interface for a user's purchase of a product for sale, an online purchase procedure for a product for sale or a logistics application that performs a direct handover procedure in an offline store. are saving Such a logistics application may be provided to the user terminal 100 at the request of the user terminal 100 . Also, the database 220 stores purchase inquiry information transmitted from the user terminal 100 .

In addition, the database 220 stores registration site information for each of the online sites of the online business operators who put the product for sale in the offline store among the online sites that sell the product for sale. The registration site information includes store registration information of an offline store and information matched thereto, and includes online sales product information, site name information, site address information, online business registration information, and the like.

In addition, the database 220 stores direct handover identification information generated by the logistics processor 230 and transmitted to the user terminal 100 . In addition, the database 220 stores the direct handover completion information transmitted from the store terminal 400 , and may also store the settlement processing information calculated by the logistics processor 230 .

The logistics processor 230 controls to transmit a logistics application for a logistics service to an external terminal, and controls an online trading procedure and a procedure for directly transferring a product for sale in an offline store to a user in response to the driving of the logistics application. To this end, the logistics processor 230 fetches data related to the logistics service from the database 220 based on the control command received from the user terminal 100 , performs an operation on the fetched data, and performs the operation result It is possible to perform a process for logistics service based on The process carried out as a logistics service is as follows.

When the logistics processor 230 receives purchase inquiry information for online sale and direct handover at the offline store for the purchased product from the user terminal 100, by extracting product name information or product identification information from the received purchase inquiry information , it recognizes the trading product requested by the user In addition, the logistics processor 230 may recognize store identification information, store location information, or store name information for an offline store for directly transferring a sale product corresponding to the product identification information from the purchase inquiry information. In addition, the logistics processor 230 may recognize the location information of the user terminal 100 from the purchase inquiry information.

Thereafter, the logistics processor 230 generates a list of registration sites for each of the online sites of the online business operators who have stocked the sale product in the offline store among the online sites that sell the sale product corresponding to the recognized product identification information. do. To this end, the logistics processor 230 may access registration site information for online sites stored in the database 220 and extract registration sites corresponding to the corresponding sale product and the corresponding offline store from the registration site information.

For example, the logistics processor 230 may generate a list of registration sites by extracting all registration sites of online business operators for all offline stores in which the corresponding sale product is received. In addition, the logistics processor 230 may generate a list of registration sites in which the sale product is stocked in the offline store corresponding to the store identification information included in the purchase inquiry information among all the offline stores in which the corresponding sale product is received. In addition, the logistics processor 230 may generate a list of registration sites of the nearest offline stores closest to the location information of the user terminal 100 included in the purchase inquiry information among all the offline stores in which the corresponding sale product is received. Thereafter, the logistics processor 230 controls the logistics communication unit 210 to transmit the generated registration site list to the user terminal 100 . Accordingly, the logistics communication unit 210 transmits the registration site list to the user terminal (100).

After that, when the transaction completion information according to product sales is received through the logistics communication unit 210 from the product sales server 300 that has performed the online trading procedure for the trading product through data exchange with the user terminal 100 , the logistics The processor 230 generates direct handover identification information for direct handover of the traded product according to the received sale completion information, and controls to transmit the generated direct handover identification information to the user terminal 100 .

The transaction completion information includes terminal registration information for the user terminal 100 that has performed the transaction execution procedure for the purchased product, and store identification information, store name information, or store location information for an offline store for direct handover of the purchased product. can do.

When receiving the sale completion information from the product sales server 300 , the logistics processor 230 extracts terminal registration information for the user terminal 100 and store identification information for an offline store from the received sale completion information. The logistics processor 230 may extract device identification information, terminal phone number information, and user personal information information of the user terminal 100 as terminal registration information.

The logistics processor 230 generates a target confirmation request signal necessary to directly hand over the sale product to the user in the offline store corresponding to the extracted store identification information. That is, the logistics processor 230 generates a target confirmation request signal for confirming whether the user terminal 100 is a target for direct handover of the sale product in an offline store corresponding to the extracted store identification information. Thereafter, the logistics processor 230 controls the logistics communication unit 210 to transmit the generated target confirmation request signal to the user terminal 100 corresponding to the extracted terminal registration information. Accordingly, the logistics communication unit 210 transmits a target confirmation request signal to the user terminal (100).

After that, the logistics communication unit 210 receives a target confirmation response signal corresponding to the target confirmation request signal from the user terminal (100). In this case, the target confirmation response signal includes transaction execution information transmitted from the product sales server 300 to the user terminal 100 according to the online trading procedure.

Logistics processor 230 extracts the transaction execution information from the target confirmation response signal transmitted from the user terminal (100). Thereafter, the logistics processor 230 compares the extracted transaction execution information with the transaction completion information transmitted from the product sales server 300 to determine whether to directly hand over the sale product to the user. When it is determined that the transaction execution information and the transaction completion information match, the logistics processor 230 makes a decision to allow direct handover so that the sale product is directly transferred to the user, and when it is determined that the transaction execution information and the transaction completion information do not match, Decision not to hand over directly to the user so that the traded product is not passed over directly to the user.

The logistics processor 230 generates direct handover identification information for the direct handover of the traded product when the decision to allow the direct handover for the traded product is made. The direct handover identification information may be one-time identification information randomly generated as unique information allocated for direct handover of the corresponding trading product. In addition, the direct handover identification information may include store identification information, store location information, or store name information for an offline store for direct handover of a sale product. Such direct handover identification information may be coded with a barcode, a QR code, or the like. The logistics processor 230 controls the logistics communication unit 210 to transmit the direct handover identification information to the user terminal 100 . Accordingly, the logistics communication unit 210 transmits the direct handover identification information to the user terminal 100 .

Accordingly, the direct handover identification information transmitted to the user terminal 100 is displayed on the display screen through the user interface, and the user can present the user terminal 100 on which the direct handover identification information is displayed to the store staff in the offline store. have. By the operation of the store employee, the store terminal 400 may read the direct handover identification information displayed on the display screen. After recognizing the read direct handover identification information, the store terminal 400 transmits an information confirmation request signal for the recognized direct handover identification information together with the direct handover identification information to the logistics server 200 .

Upon receiving the information confirmation request signal from the store terminal 400, the logistics processor 230 extracts the direct handover identification information included in the information confirmation request signal. Thereafter, the logistics processor 230 compares the direct handover identification information extracted from the information confirmation request signal with the direct handover identification information it has transmitted to the user terminal 100 and determines whether they match.

If the direct handover identification information extracted from the information confirmation request signal does not match the direct handover identification information transmitted to the user terminal 100, the logistics processor 230 generates a handover impossible message indicating that direct handover is not permitted, The generated non-transferable message is transmitted to the store terminal 400 through the logistics communication unit 210 .

On the other hand, if the direct handover identification information extracted from the information confirmation request signal matches the direct handover identification information transmitted to the user terminal 100, the logistics processor 230 sends a handover permission message to hand over directly to the user for the traded product. and controls the logistics communication unit 210 to transmit the generated handover permission message to the store terminal 400 . Accordingly, the logistics communication unit 210 transmits a handover permission message to the store terminal 400 .

Accordingly, the store terminal 400 may display the handover permission message received from the logistics server 200 , and the corresponding sale product may be handed over to the user according to the guidance of the store employee who has confirmed the handover permit message. Thereafter, the store terminal 400 may generate a direct handover completion signal and transmit it to the user terminal 100 and the logistics server 200 . Accordingly, the logistics processor 230 of the logistics server 200 controls to store the received direct handover completion signal in the database 220 .

In addition, the logistics processor 230 controls the logistics communication unit 210 to calculate the settlement processing information for the products for sale directly handed over to the user through the offline store, and transmit the calculated settlement processing information to the user terminal 100 . can do. Accordingly, the logistics communication unit 210 transmits the settlement processing information to the user terminal 100 .

13 is a flowchart of an embodiment for explaining a logistics service method for an online product according to the present invention.

The user terminal receives product-related information on a product for sale from a user, and generates purchase inquiry information for online sales and direct handover at the offline store for the purchased product from the product-related information, and the generated purchase inquiry The information is transmitted to the logistics server (step S1000). The user terminal may be at least one of a mobile terminal, a kiosk terminal, and an information reader. The purchase inquiry information may include product name information and product identification information for the sale product, store identification information for an offline store, store name information and store location information, and location information of the user terminal.

After step S1000, when the logistics server creates and transmits a list of registration sites for online sites that stock the sale items in the offline store among online sites that sell items for sale corresponding to the purchase inquiry information, the user terminal performs the distribution The list of registered sites transmitted from the server is received and displayed (step S1002).

The user terminal sorts and displays the list of registered sites corresponding to the offline stores among the received list of registered sites. For example, the user terminal recognizes an offline store corresponding to store identification information, store name information, or store location information input through the user interface from the list of received registration sites, Extracts and displays a list of registered sites.

In addition, the user terminal may extract the nearest offline store closest to the user's location information, and extract a list of registered sites in which a product for sale in the nearest offline store is received from the list of registered sites received from the logistics server. Thereafter, the user terminal may display a list of registered sites that stock the products for sale in the nearest offline store. In addition, the user terminal may display a list of registered sites according to a certain sorting criterion. For example, the user terminal may sort and display the list of registration sites based on the selling price of the product for sale, whether a gift is paid, the quantity of product, and the like. In particular, the user terminal may sort and display the list of registered sites in the order of the online sites of the lowest selling price among the selling prices of the products for sale.

After step S1002, the user terminal accesses a product sales server of an online site corresponding to the user's selection from the displayed list of registration sites, and performs an online trading procedure for the product for sale through data exchange with the product sales server. (Step S1004). For example, the user may select an online site that sells a product for sale at the lowest price from the displayed list of registered sites, and accordingly, the user terminal connects to the product sales server for the online site that sells the lowest price, It is possible to perform a purchase request for the corresponding trading product and a payment processing operation according thereto.

After step S1004, when the user terminal receives the direct handover identification information from the logistics server, the received direct handover identification information is displayed (step S1006). The direct handover identification information may include product name information and product identification information for the sale product, store identification information for the offline store for direct handover of the sale product, store location information or store name information, and the like.

14 is a flowchart of an embodiment for explaining the step of displaying the direct takeover identification information shown in FIG. 13 (step S1006).

First, when the user terminal receives the transaction execution information according to the execution of the online transaction procedure from the logistics server, the user terminal stores the received transaction execution information (step S1100). The transaction execution information is information indicating that an online sale has been made for the product to be purchased, and may include product name information, product quantity information, product price information, delivery information, and the like of the product to be purchased.

After step S1100, when the user terminal receives a target confirmation request signal from the logistics server to confirm whether it is a target for direct handover of the sale product in an offline store, store identification included in the received target confirmation request signal The information is extracted (step S1102).

After step S1102, the user terminal generates a target confirmation response signal for proving that it is a target for direct handover of the sale product in an offline store corresponding to the extracted store identification information (step S1104). Here, the target confirmation response signal is an authentication signal for enabling a corresponding sale product to be directly handed over to a user in an offline store corresponding to the extracted store identification information.

After step S1104, the user terminal transmits the generated target confirmation response signal to the logistics server together with previously stored transaction execution information (step S1106).

After step S1106, when the direct handover is determined according to the target confirmation response signal and the direct handover identification information is received from the logistics server, the user terminal stores and displays the received direct handover identification information (step S1108).

On the other hand, after step S1006, when the direct handover identification information displayed on the user terminal is recognized through the store terminal provided in the offline store and the sale product is delivered directly to the user, the user terminal receives the transfer completion information directly from the store terminal Receive (step S1008). The user terminal may store the received direct handover completion information and display it on the display screen.

15 is a flowchart of another embodiment for explaining a logistics service method for an online product according to the present invention.

When the logistics server receives purchase inquiry information for the user's purchase product from the user terminal, the logistics server recognizes the purchase inquiry information from the received purchase inquiry information (step S1200). The logistics server recognizes the product for sale requested by the user by extracting product name information or product identification information from the received purchase inquiry information. In addition, the logistics server may recognize store identification information, store identification information, or store address information for an offline store for directly transferring a sale product corresponding to the product identification information from the purchase inquiry information. In addition, the logistics server may recognize the location information of the user terminal from the purchase inquiry information.

After step S1200, the logistics server generates and transmits a list of registration sites for each of the online sites of the online business operators who have stocked the sale product in the offline store among the online sites that sell the recognized product for sale (S1202) (S1202) step). The logistics server may generate a list of registration sites by extracting each registration site of online business operators for all offline stores in which the corresponding sale product is received. In addition, the logistics server may generate a list of registration sites of offline stores corresponding to the store identification information included in the purchase inquiry information among all the offline stores in which the corresponding sale product is received. In addition, the logistics server may generate a list of registration sites of the nearest offline store to the location information of the user terminal included in the purchase inquiry information among all the offline stores in which the corresponding sale product is stocked. The logistics server transmits the generated registration site list to the user terminal.

After step S1202, when the logistics server receives the sale completion information according to the sale of the sale product from the product sale server of the online site that has performed the online sale procedure for the sale product according to the user's selection from the list of registration sites, Based on the received transaction completion information, the direct handover identification information for the offline store is generated and transmitted to the user terminal (step S1204). The sale completion information includes terminal registration information for the user terminal and store identification information, store location information, and store name information for the offline store for direct handover of the sale product.

16 is a flowchart of another embodiment for explaining the step of generating and transmitting the direct takeover identification information shown in FIG. 15 (step S1204).

Upon receiving the sale completion information from the product sales server, the logistics server extracts terminal registration information for the user terminal and store identification information for an offline store from the received sale completion information (step S1300). The logistics server may extract device identification information of the user terminal, terminal phone number information, user personal information information, and the like as terminal registration information.

After step S1300, the logistics server generates a target confirmation request signal necessary to directly hand over the sale product to the user in the offline store corresponding to the extracted store identification information (step S1302).

After step S1302, the logistics server transmits the generated target confirmation request signal to the user terminal corresponding to the extracted terminal registration information (step S1304).

After step S1304, when the logistic server receives a target confirmation response signal including trading execution information according to the online trading procedure from the user terminal, it determines whether to directly hand over the trading product to the user (step S1306). The logistics server extracts transaction execution information from the target confirmation response signal transmitted from the user terminal, and compares the extracted transaction execution information with the transaction completion information transmitted from the product sales server to determine whether or not to hand over the sale product directly to the user. decide When it is determined that the transaction execution information and the transaction completion information match, the logistics server makes a decision to allow the direct handover so that the purchased product is directly handed over to the user. A decision not to take over directly is made so that it is not taken over directly to the user.

After step S1306, the logistics server generates and transmits the direct handover identification information in response to the direct handover decision for the sale product (step S1308). The direct handover identification information may be one-time identification information randomly generated as unique information allocated for direct handover of the corresponding trading product. For example, the direct handover identification information may be a barcode, a QR code, or the like. The logistics server transmits the generated direct handover identification information to the user terminal. The logistics server may transmit store identification information, store location information, or store name information, etc. for an offline store for direct handover of the sale product to the user terminal as direct handover identification information.

Accordingly, the direct handover identification information transmitted to the user terminal is displayed on the display screen, and the user may present the user terminal on which the direct handover identification information is displayed to the store staff in the offline store. The store terminal reads and recognizes the direct handover identification information displayed on the user terminal, and then transmits an information confirmation request signal for the recognized direct handover identification information to the logistics server together with the direct handover identification information.

On the other hand, after step S1204, when the logistics server receives the information confirmation request signal for the direct handover identification information from the store terminal, the direct handover identification information included in the information confirmation request signal and the direct handover identification information transmitted to the user terminal are compared. to determine whether they match (step S1206). If the direct handover identification information extracted from the information confirmation request signal does not match the direct handover identification information transmitted to the user terminal, the logistics server generates a handover non-transferable message indicating that direct handover is not permitted, and stores the generated handover unavailable message. It is transmitted to the terminal (step S1210).

After step S1206, the logistics server generates and transmits a handover permission message according to the comparison result of the direct handover identification information (step S1208). If the direct handover identification information extracted from the information confirmation request signal matches the direct handover identification information transmitted to the user terminal, the logistics server generates a handover permission message to hand over the product for sale directly to the user, and the generated handover permit message is sent to the store terminal.

Accordingly, the store terminal may display the handover permission message received from the logistics server, and the corresponding sale product may be handed over to the user according to the guidance of the store employee who has confirmed the handover permit message. Thereafter, the store terminal may generate a direct handover completion signal and transmit it to the logistics server.

After step S1208, the logistics server may receive the direct handover completion signal transmitted from the store terminal, store the received direct handover completion signal, and display it through the user interface (step S1212). In addition, the logistics server calculates the settlement processing information for the products for sale directly handed over to the user through the offline store, and transmits the calculated settlement processing information to the user terminal.

17 is a timing diagram illustrating an operation process between the user terminal 100, the logistics server 200, the product sales server 300, and the store terminal 400 constituting the logistics service system 10 of the present invention. to be.

The user terminal 100 receives, from the user, product-related information for online trading and direct handover at an offline store, and generates purchase inquiry information from the inputted product-related information. The user terminal 100 may generate purchase inquiry information using the input product-related information and store registration information stored in advance. The user terminal 100 may generate purchase inquiry information including store identification information for an offline store, store location information, store name information, and the like, together with product name information or product identification information. The user terminal 100 may generate purchase inquiry information including its own location information. The user terminal 100 transmits the generated purchase inquiry information to the logistics server 200 .

When the distribution server 200 receives purchase inquiry information from the user terminal 100 , by extracting product name information or product identification information from the received purchase inquiry information, the distribution server 200 recognizes a product for sale requested by the user to purchase. In addition, the logistics server 200 may recognize store identification information, store location information, or store name information for an offline store for directly taking over the sale product corresponding to the product identification information from the purchase inquiry information. In addition, the logistics server 200 may recognize the location information of the user terminal 100 from the purchase inquiry information.

Thereafter, the logistics server 200 generates a list of registration sites for each of the online sites of the online business operators who have stocked the sale product in the offline store among the online sites that sell the sale product corresponding to the recognized product identification information. do. The logistics server 200 may access registration site information for online sites and extract registration sites corresponding to the corresponding sale product and the corresponding offline store from the registration site information. The logistics server 200 transmits the generated registration site list to the user terminal 100 .

The user terminal 100 receives the registration site list from the logistics server 200 and displays it through the user interface. After that, the user terminal 100 accesses the product sales server 300 of an online site corresponding to the user's selection from the displayed list of registered sites, and then exchanges data with the product sales server 300 to obtain information on the sales products. Conduct online trading procedures. When the user terminal 100 receives the transaction execution information according to the execution of the online transaction procedure from the product sales server 300 , the user terminal 100 stores the received transaction execution information.

On the other hand, the logistics server 200 receives the transaction completion information according to the sale of the product from the product sales server 300 of the online site that has performed the online trading procedure. Thereafter, the logistics server 200 extracts the terminal registration information for the user terminal 100 and the store identification information for the offline store from the received transaction completion information.

After that, the logistics server 200 generates a target confirmation request signal for confirming whether the user terminal 100 is a target for direct handover of the sale product in an offline store corresponding to the extracted store identification information, The generated target confirmation request signal is transmitted to the user terminal 100 corresponding to the extracted terminal registration information.

When the user terminal 100 receives the object confirmation request signal from the logistics server 200, the user terminal 100 extracts the store identification information included in the object confirmation request signal. Thereafter, the user terminal 100 generates a target confirmation response signal for proving that the product is a target for direct handover of the purchased product in the offline store corresponding to the extracted store identification information, and converts the generated target confirmation response signal to transaction execution information. together with the logistics server 200 .

Accordingly, the logistics server 200, upon receiving the target confirmation response signal from the user terminal 100, compares the transaction execution information included in the target confirmation response signal with the transaction completion information transmitted from the product sales server 300 to the user Decide whether or not to hand over the sale product directly to

Thereafter, the logistics server 200 generates direct handover identification information in response to a direct handover decision for a product for sale, and transmits the generated direct handover identification information to the user terminal 100 .

When the user terminal 100 receives the direct takeover identification information, the user terminal 100 displays the direct takeover identification information through the user interface. Thereafter, the user may present the direct handover identification information displayed on the user terminal 100 to the store staff in the corresponding offline store. Accordingly, the store employee reads the direct handover identification information displayed on the user terminal 100 using the store terminal 400 provided in the offline store. After recognizing the read direct handover identification information, the store terminal 400 transmits an information confirmation request signal for the read direct handover identification information to the logistics server 200 .

Accordingly, the logistics server 200 compares the direct handover identification information included in the received information confirmation request signal, and then generates a handover permission message for direct delivery to the user for the traded product and transmits it to the store terminal 400 . do. Accordingly, the store terminal 400 may display the handover permission message received from the logistics server 200 , and the corresponding sale product may be handed over to the user according to the guidance of the store employee who has confirmed the handover permit message.

Thereafter, the store terminal 400 may transmit a direct handover completion signal to the user terminal 100 and the logistics server 200 . The user terminal 100 and the logistics server 200 store the received direct handover completion signal, and may be displayed through the user interface.

Thereafter, the logistics server 200 calculates the settlement processing information for the products for sale directly handed over to the user through the offline store, and transmits the calculated settlement processing information to the user terminal 100 . Accordingly, the user terminal 100 may store the received settlement processing information and also display it through the user interface.

The above-described method may be implemented in the form of program instructions that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions recorded on the medium may be specially designed and configured for the embodiment, or may be known and available to those skilled in the art of computer software. Examples of the computer-readable recording medium include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic such as floppy disks. - includes magneto-optical media, and hardware devices specially configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions include not only machine language codes such as those generated by a compiler, but also high-level language codes that can be executed by a computer using an interpreter or the like. The hardware devices described above may be configured to operate as one or more software modules to perform the operations of the embodiments, and vice versa.

Software, including logistics applications, may include a computer program, code, instructions, or a combination of one or more of these, and independently or in combination to configure the processing device to operate as desired. It is possible to collectively command the processing unit. The software and/or data may be any kind of machine, component, physical device, virtual equipment, computer storage medium or device, to be interpreted by or to provide instructions or data to the processing device. , or may be permanently or temporarily embody in a transmitted signal wave. The software may be distributed over networked computer systems, and stored or executed in a distributed manner. Software and data may be stored in one or more computer-readable recording media.

As described above, although the embodiments have been described with reference to the limited drawings, those skilled in the art may apply various technical modifications and variations based on the above. For example, the described techniques are performed in a different order than the described method, and/or the described components of the system, structure, apparatus, circuit, etc. are combined or combined in a different form than the described method, or other components Or substituted or substituted by equivalents may achieve an appropriate result.

As described above, the embodiments disclosed in the specification of the present invention are not intended to limit the present invention. The scope of the present invention should be interpreted by the following claims, and all technologies within the scope equivalent thereto should be construed as being included in the scope of the present invention.

10: Logistics service system
100: user terminal
110: terminal communication unit
120: terminal memory
130: terminal processor
200: logistics server
210: Logistics and Communication Department
220: database
230: logistics processor
300: product sales server
400: store terminal

Claims (25)

a terminal communication unit connected to the logistics server and a communication network;
a terminal memory for storing a logistics application that interworks with the logistics server to perform an online trading procedure for a product for sale and a direct handover procedure for the product for sale in an offline store; and
Including a terminal processor for controlling the operation of the logistics application,
The terminal processor,
When direct handover identification information for directly handing over the sale product to the user in the offline store is received from the logistics server, control to display the direct handover identification information,
The displayed direct handover identification information is recognized through a store terminal provided in the offline store so that the sale product can be directly transferred to the user. The method according to claim 1,
The terminal processor,
control to display a user interface through which product-related information for the trading product can be input from the user;
From the product-related information input through the user interface, purchase inquiry information is generated for online trading of the product for sale and direct handover in the offline store, and the generated purchase inquiry information is controlled to be transmitted to the logistics server and,
When the logistics server generates and transmits a list of registration sites for each of the online sites of the online operators that stock the goods for sale in the offline store among the online sites that sell the goods for sale, the list of registration sites is received and the list is transmitted. control to be displayed through the user interface;
After accessing a product sales server of an online site corresponding to the user's selection from among the displayed list of registered sites, control to perform an online trading procedure for the trading product through data exchange with the product sales server,
When receiving the direct handover identification information from the logistics server after performing the online trading procedure, the user terminal, characterized in that controlling to display the direct handover identification information through the user interface. 3. The method according to claim 2,
The terminal processor,
generating as the purchase inquiry information at least one of product name information and product identification information for the sale product, store identification information for the offline store, store name information and store location information, and location information of the user terminal user terminal with 3. The method according to claim 2,
The terminal processor,
Detecting the nearest offline store closest to the location of the user terminal, and controlling to display a list of registered sites that stock the product for sale in the nearest offline store among online sites selling the product for sale user terminal. 5. The method according to claim 4,
The terminal processor,
The user terminal, characterized in that the user terminal, characterized in that the control to display a list of registration sites that stock the product to the nearest offline store arranged in the order of the online site of the lowest selling price among the selling prices for the product for sale. 3. The method according to claim 2,
The terminal processor,
When receiving the trading execution information according to the online trading procedure from the product sales server, control to store the received trading execution information in the terminal memory
When the user terminal receives a target confirmation request signal for confirming whether the target for direct handover of the purchased product in the offline store is received from the logistics server, the store identification information included in the target confirmation request signal is extracted,
The user terminal generates an object confirmation response signal for proving that the user terminal is a target for direct handover of the sale product in an offline store corresponding to the extracted store identification information, and combines the generated object confirmation response signal with the transaction execution information control to be transmitted to the logistics server together,
When the direct handover is determined according to the target confirmation response signal and the direct handover identification information is received from the logistics server, the user terminal, characterized in that the control to display the direct handover identification information through the user interface. The method according to claim 1,
The direct takeover identification information is
A user terminal comprising at least one of product name information and product identification information for the sale product, store identification information for the offline store for direct handover of the sale product, store location information, and store name information . Logistics communication unit connected to the user terminal and the communication network;
a database for storing a logistics application that interworks with the user terminal and performs an online trading procedure for a product for sale and a direct handover procedure for the product for sale in an offline store; and
A logistics processor for controlling a direct handover procedure in the offline store for the sale product,
The logistics processor,
generating direct handover identification information for directly handing over the sale product to the user in the offline store, and controlling to transmit the generated direct handover identification information to the user terminal;
The direct handover identification information displayed on the user terminal is recognized through a store terminal provided in the offline store, so that the sale product can be directly transferred to the user. 9. The method of claim 8,
The logistics processor,
When receiving purchase inquiry information for online trading and direct handover of the trading product from the user terminal, the product is recognized from the received purchase inquiry information,
Create a list of registration sites for each of the online sites of the online business operators that stock the products for sale in the offline store from among the online sites that sell the recognized products for sale, and transmit the list of registration sites to the user terminal control to do
Upon receiving the sale completion information according to the sale of the sale product from the product sales server of the online site that has performed the online sale procedure for the sale product according to the user's selection from the list of registration sites, the transaction completion information is used to Logistics server, characterized in that for generating the direct handover identification information for the offline store. 10. The method of claim 9,
The logistics processor,
Logistics server, characterized in that it detects the nearest offline store closest to the location of the user terminal, and generates a list of registration sites that stock the sale product in the nearest offline store among online sites that sell the sale product. . 10. The method of claim 9,
The sale completion information includes at least one or more of terminal registration information for the user terminal and store identification information, store name information, and store location information for the offline store for direct handover of the sale product. server. 10. The method of claim 9,
The logistics processor,
Upon receiving the sale completion information from the product sales server, terminal registration information for the user terminal and store identification information for the offline store are extracted from the received sale completion information;
The user terminal generates a target confirmation request signal for confirming whether the target for direct handover of the sale product in an offline store corresponding to the extracted store identification information, and transmits the generated target confirmation request signal to the extracted Control to transmit to the user terminal corresponding to the terminal registration information,
When receiving a target confirmation response signal including trading execution information according to the online trading procedure from the user terminal, it is determined whether or not to directly hand over the trading product to the user by comparing the trading execution information and the trading completion information and generate the direct handover identification information in response to a direct handover decision for the trading product,
Logistics server, characterized in that the control to transmit the generated direct takeover identification information to the user terminal. 9. The method of claim 8,
The logistics processor,
After transmitting the direct handover identification information to the user terminal, upon receiving an information confirmation request signal for the direct handover identification information from the store terminal, the verification requested direct handover identification information and the direct handover identification information transmitted to the user terminal to determine whether they match by comparing
Logistics characterized in that according to the comparison result of the direct handover identification information, a handover permission message to directly hand over to the user for the sale product is generated, and the generated handover permit message is controlled to be transmitted to the store terminal server. a user terminal for storing a logistics application that performs an online trading procedure for a product for sale and a direct handover procedure for the product for sale in an offline store, and controlling the operation of the logistics application; and
In conjunction with the user terminal, comprising a logistics server for controlling the direct handover procedure in the offline store for the product for sale,
The logistics server,
generating direct handover identification information for directly handing over the sale product to the user in the offline store, and transmitting the generated direct handover identification information to the user terminal;
The user terminal,
When receiving the direct handover identification information from the logistics server, display the direct handover identification information,
The displayed direct handover identification information is recognized through a store terminal provided in the offline store, and the product for sale is directly transferred to the user. The user terminal receives product-related information on a product for sale from a user, and generates purchase inquiry information for online sales and direct handover at the offline store for the purchased product from the product-related information, and the generated purchase inquiry transmitting information to the logistics server;
When the logistics server generates and transmits a list of registration sites for each of the online sites of the online operators that stock the goods for sale in the offline store among the online sites that sell the goods for sale, the user terminal sets the list of registration sites. displaying;
performing, by the user terminal, an online trading procedure for the product for sale by accessing a product sales server of an online site corresponding to the user's selection from the displayed list of registration sites; and
After performing the online trading procedure, when receiving the direct handover identification information from the logistics server, the user terminal comprises the step of displaying the direct handover identification information,
The logistics service method for an online product, characterized in that the direct transfer identification information is recognized through a store terminal provided in the offline store so that the sale product is directly transferred to the user. 16. The method of claim 15,
Transmitting the purchase inquiry information to the logistics server comprises:
The user terminal transmits at least one of product identification information for the sale product, store identification information for the offline store, store location information or store name information, and location information of the user terminal as the purchase inquiry information to the logistics server Logistics service method for online goods, characterized in that the transmission. 16. The method of claim 15,
The step of displaying the list of registration sites,
An online product, characterized in that the user terminal detects the nearest offline store to the user terminal, and displays a list of registered sites that stock the sale product in the nearest offline store among online sites that sell the sale product Logistics service method for you. 18. The method of claim 17,
The step of displaying the list of registration sites,
Logistics service for an online product, characterized in that the user terminal arranges and displays a list of registered sites in which the product for sale is placed in the nearest offline store in the order of the online site of the lowest selling price among the selling prices for the product for sale. Way. 16. The method of claim 15,
The step of displaying the direct takeover identification information comprises:
storing, by the user terminal, the received transaction execution information when receiving transaction execution information according to the online transaction procedure from the logistics server;
When the user terminal receives a target confirmation request signal for confirming whether the target for direct handover of the sale product in the offline store is received from the logistics server, the user terminal stores identification information included in the target confirmation request signal extracting;
generating, by the user terminal, a target confirmation response signal for proving that the user terminal is a target for direct handover of the sale product in an offline store corresponding to the extracted store identification information;
transmitting, by the user terminal, the generated target confirmation response signal together with the transaction execution information to the logistics server; and
When the direct handover is determined according to the target confirmation response signal and the direct handover identification information is received from the logistics server, the user terminal displays the received direct handover identification information. About Logistics Service Method. 20. The method of claim 19,
The direct takeover identification information is
Logistics for an online product comprising at least one of the product identification information for the sale product, store identification information for the offline store for direct handover of the sale product, store location information, and store name information service method. Recognizing, by a logistics server, the purchase inquiry information from the received purchase inquiry information, when receiving purchase inquiry information for on-line trading of the product for sale and direct handover at the offline store for the product for sale from the user terminal;
The logistics server generates a list of registration sites for each of the online sites of the online business operators that have stocked the products for sale in the offline store from among the online sites that sell the recognized products for sale, and stores the list of registered sites. transmitting to a user terminal; and
Upon receiving the sale completion information according to the sale of the sale product from the product sales server of the online site that has performed the online sale procedure for the sale product according to the user's selection from the list of registration sites, the distribution server provides the sale completion information and generating the direct handover identification information for the offline store based on a step of transmitting the identification information to the user terminal,
The direct handover identification information displayed on the user terminal is recognized through a store terminal provided in the offline store, and the product for sale is directly transferred to the user. 22. The method of claim 21,
The step of generating the list of registration sites includes:
characterized in that the logistics server detects the nearest offline store closest to the user terminal, and generates a list of registration sites that stock the sale product in the nearest offline store among online sites that sell the sale product Logistics service method for online goods. 22. The method of claim 21,
The sale completion information includes at least one of terminal registration information for the user terminal and store identification information, store location information, and store name information for the offline store for direct handover of the sale product. Logistics service method for goods. 22. The method of claim 21,
The step of generating and transmitting the direct takeover identification information includes:
extracting, by the logistics server, terminal registration information for the user terminal and store identification information for the offline store, from the received sale completion information when receiving the sale completion information from the product sales server;
generating, by the logistics server, a target confirmation request signal for confirming whether the user terminal is a target for direct handover of the sale product in an offline store corresponding to the extracted store identification information;
transmitting, by the logistics server, the generated target confirmation request signal to a user terminal corresponding to the extracted terminal registration information;
Upon receiving from the user terminal a target confirmation response signal including trading execution information according to the online trading procedure, the logistics server compares the trading execution information with the trading completion information to directly hand over the trading product to the user. determining whether or not; and
The logistics server generates the direct handover identification information in response to a direct handover decision for the product for sale, and transmits the generated direct handover identification information to the user terminal. Logistics service method. 22. The method of claim 21,
The logistics service method for the online product is,
After transmitting the direct handover identification information to the user terminal, when receiving an information confirmation request signal for the direct handover identification information from the store terminal, the logistics server transmits the confirmation requested direct handover identification information and the user terminal determining whether they match by comparing the direct takeover identification information; and;
According to the comparison result of the direct handover identification information, the logistics server generates a handover permission message to directly hand over to the user for the sale product, and transmits the generated handover permit message to the store terminal. Logistics service method for online goods, characterized in that it comprises.

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