KR101946817B1 - System for Registering And Receivung Goods Information Based On Offline Shop - Google Patents

Abstract

The present invention relates to a location-based product information registration and reception system for an offline store. More specifically, a customer uses a portable terminal such as a smart phone to receive product information provided from an in-store in a local area, An NFC sticker in which an ID for each store of an offline store is stored in order to induce a reasonable consumption induction and an activation of an offline store by comparing the prices of the products sold in the local shops; A cloud B2Bi server in which goods information including goods, events, discounts or free coupons of the offline shops are registered and stored; A shop manager terminal for registering shop and product information in the cloud B2Bi server; And automatically pairing or automatically linking with any one of Bluetooth, Wi-Fi, and beacons installed in the offline store by recognizing the store-specific ID of the offline store by tagging the NFC sticker or allowing the store to 'follow' And a customer portable terminal for receiving shop and product information of an offline store from the cloud B2Bi server through a service.

Description

[0001] The present invention relates to a location-based product information registration and receiving system for an offline store,

The present invention relates to a location-based merchandise information registration and reception system for an offline store, and more particularly, to a system and method for registering and receiving location-based merchandise information using a smartphone cloud B2Bi service, Based merchandise information registration and reception system capable of activating merchandise sales of small and medium-sized offline shops by inducing purchase of merchandise.

Recent developments and spread of the Internet and smartphone have made many changes in various places such as mobile office of company and mobile banking of banking business. Likewise, in retail and shopping, smart phones that we met with eCommerce revived the mCommerce debate. A few years ago, mCommerce meant small payment for mobile phones, but now we are able to enjoy internet shopping using mobile phones, There is a fact

On the other hand, mobile shopping has been proposed through various methods such as disclosed in Japanese Patent Laid-Open No. 10-2013-0138637, which provides convenience and promptness. In particular, shopping using smartphones is much easier and faster than walking around shopping malls or shopping on the Internet with a laptop. The infinite market of Web companies and small shops have created connections with customers through Naver Knowledge Shopping, Internet shopping malls, and Internet portals such as auction auctions.

Nevertheless, there is currently no conceptual system to connect and bundle off-line shops or traditional markets, which is a much larger market than the Internet e-commerce market.

In particular, we do not have a connection channel that can unify the portal concept, and it is not only the difficulties but also the effective marketing, marketing, and competitive information of the large marts There is a lack of means to be able to do it, and publicity means that distribution of flyers, local newspapers, and homepages that no one visits are all things.

In addition, despite the recent appearance of large-format marts and competition for price discounts, local retail stores are suffering from a great deal of sales. However, local retail stores are currently unable to provide special countermeasures.

Reference 1: Published Patent No. 10-2013-0138637

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to solve the problems of the related art, and it is an object of the present invention to provide a method and system for providing a product to a customer by using a portable terminal such as a smart phone, Based merchandise information registration and reception system capable of inducing reasonable consumption through price comparison and activation of offline shops.

Particularly, the object of the present invention is to provide a GPS receiver which is capable of receiving accurate information in an indoor environment, especially in large cities with a large number of building forests, and GPS is designed with a low power, When you check the Wi-Fi, beacon and Bluetooth pair information of each store considering the passing time of the shop within 1 ~ 2 seconds, the shop information is obtained and the store information of the offline shop is obtained from the cloud B2Bi server And a system for registering and receiving location-based goods information of an off-line store capable of receiving merchandise information such as a variety of merchandise and events registered in an off-line store and discounts or free coupons.

Another object of the present invention is to provide a system for registering and receiving location-based merchandise information of an off-line store capable of searching for merchandise information registered by a manager of an in-store and data registered in a heterogeneous system.

In order to solve the above technical problem,

An NFC sticker for storing the store-specific ID of the offline store; A cloud B2Bi server in which goods information including goods, events, discounts, and free coupons of the offline shops are registered and stored; A shop manager terminal for registering shop and product information in the cloud B2Bi server; The NFC sticker is tagged to identify the store-specific ID of the off-line store, or the 'cloud-up' permission of the store in the smartphone merchandise information details, the cloud B2Bi And a customer portable terminal for receiving shop information and merchandise information of an off-line shop from a server, and a location-based merchandise information registering and receiving system for an off-line store.

In this case, the customer portable terminal is a smartphone, and when the smart phone is tagged to the NFC sticker, the user downloads the service application by accessing the download page of the cloud B2Bi server.

The store manager terminal is any one of a notebook computer, a PC, and a smart phone so that it can access the cloud B2Bi server as a terminal capable of registering stores and product information in a cloud B2Bi server.

In addition, the product information is electronic document standardized (EDI) information composed of a core component library based on a core component defined in the ebXML Core Components Technical Specification (CCTS) 2.01 version.

The store manager terminal is equipped with a web browser-based management tool for monitoring the B2Bi system, document tracking, communication routing definition, product information registration, and automatic pairing information management.

In addition, the cloud B2Bi server is implemented based on the Buster solution, which is a B2Bi solution, and features the Buster solution's XEXPR Class Work Flow Engine and cloud B2Bi server engine based on various communication invokers, document conversion and basic flamework.

In addition, the customer portable terminal is equipped with a mobile GUI interface for interworking with the B2Bi solution of the cloud concept.

The mobile GUI interface further includes a location tracking and interworking service logic for locating and interlocking functions according to the current location when a customer visits an offline store.

According to the present invention, it is possible to provide merchandise information such as merchandise and events in a store by using a smart phone B2Bi service without visiting a store directly and consulting customers, thereby enabling marketing and merchandising of small and medium-sized shops Can be maximized.

Particularly, the present invention enables real-time confirmation and retrieval of goods information of an off-line store adjacent to a customer based on a location while the customer is moving, thereby enabling the customer to purchase goods and rational consumption together. It is possible to secure the competitiveness of the large shopping mall by inducing the activation.

In addition, the present invention is effective in expanding sales and stabilizing profitability of small and medium-sized merchants who have difficulty in exploring a market, and data once created through data standardization of product information can be loaded on all sites and installed in heterogeneous systems Not only can standardized data linkage between different malls be available, but also can be used as predictable sales information for offline stores.

1 is a conceptual diagram of a location-based product information registration and reception service of an offline store according to the present invention.
FIG. 2 is a conceptual view for identifying a communication location for a location-based goods information registration and reception system service of an off-line store according to the present invention.
3 is an overall configuration diagram for the cloud B2Bi service of the present invention.
4 is a diagram illustrating a Web browser-based management tool architecture of the present invention.
5 is a diagram illustrating a cloud B2Bi engine architecture of the present invention.
6 is a diagram illustrating the protocol switch processing architecture of the present invention.
Figure 7 is a diagram illustrating the service container architecture of the present invention.
8 is a diagram illustrating a mobile GUI interface architecture of the present invention.
9 is a conceptual diagram of the location and interworking service of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a location-based goods information registration and reception system for an offline store according to the present invention will be described in detail with reference to the accompanying drawings. It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. There may be equivalents and variations.

1 to 3 are views illustrating a system for registering and receiving location-based goods information of an offline store according to the present invention.

Accordingly, the present invention is to provide a marketing platform for offline small and medium businessmen as an actual service rather than a technology as an engine by utilizing functions of a smartphone cloud B2Bi service.

Particularly, it is possible to distribute not only merchandise information of the off-line store 1 but also event information, discounts or free coupons by utilizing a local communication technology using a smart phone which is a customer portable terminal. That is, eventual coupons and vouchers are directly delivered to the customer in the location where the customer is present. In addition, this system is a system that can promote local event information such as polling stations to nearby customers in close proximity to an in-store (1), and this information can be used as a system Since the event information of the product and the store is sent at a short distance from the customer's action radius, the actual purchase rate can be raised and intuitive promotion is possible.

Of course, the present invention is also effective in the marketing of online shopping malls that are not activated other than offline shops or are in danger of being closed down.

The present invention includes an NFC sticker 10 storing an ID for each store of the offline store 1; A cloud B2Bi server 20 in which goods information including goods, events and discount / free coupons of the offline store 1 are registered and stored; A shop manager terminal 30 for registering shop and product information in the cloud B2Bi server 20; If the RFID tag is tagged to the NFC sticker 10 or the 'follow' of the store is permitted in the details of the smartphone product information of the service app, the ID of the store of the offline store 1 is recognized and the Bluetooth, And a customer portable terminal 50 that receives shop and product information of the offline store 1 from the cloud B2Bi server 20 through automatic pairing or automatic connection service with any one of the WiFi and the beacon 40.

Hereinafter, the present invention will be described more specifically.

In order to provide an advertisement platform using a mobile service application for an offline store, not only an online store, all mobile applications can be activated only for a community and users.

To this end, the service application is automatically executed when the low-price NFC sticker 10 of the store is attached to the entrance of the off-line store 1 and the smart phone which is the customer portable terminal 50 is tagged. In this case, when tagging the NFC sticker 10 in a state where the service application is not installed in the customer portable terminal 50, the service application is automatically downloaded and installed on the download page of the cloud B2Bi server 20 to install it.

The customer portable terminal 50 can transmit wireless data to a distance farther than the NFC through automatic pairing or automatic association service with any one of Bluetooth, Wi-Fi and beacon 40 automatically tagged to the NFC sticker 10 And provides product information of the offline shops registered in the cloud B2Bi server 20 to the customer portable terminal 50 in which the service application is activated. Accordingly, in the case of the customer portable terminal 50 in which the service application is activated, when the mobile terminal 50 passes the tag-recognized offline store 1, it automatically associates with any one of the Bluetooth, Wi-Fi and beacon 40 of the shop 1, And provides the shop and product information of the offline store (1) to the customer portable terminal (50) from the cloud B2Bi server (20).

At this time, the customer portable terminal 50 uses a smart phone that is portable and capable of accessing the Internet and provides the NFC function.

Meanwhile, the store manager terminal 30 can be configured as a laptop, a PC, a smart phone, or the like so that it can access the cloud B2Bi server 20 as a terminal capable of registering stores and goods information in the cloud B2Bi server 20. [ The shop manager can register shop and product information in the cloud B2Bi server 20 by using the shop manager terminal 30. The store information includes store specific information such as an address related to the shop and a telephone number as well as Bluetooth, Lt; RTI ID = 0.0 > 40 < / RTI > The product information includes basic information on the product as well as information on the event and discount / free coupon.

For example, if the store manager registers information on discount coupons of 30% sale on the cloud B2Bi server 20, a notification message about a discount coupon is sent to the customer portable terminal 50 in which the service application of the customer passing in front of the store is activated So that shopping can be induced.

On the other hand, if the location of the shop or the position of the customer portable terminal 50 is grasped by GPS, accurate information can not be received in the indoor or especially in the large cities with many building forests. The time it takes for the customer to pass through the off-line store (1) is one to two seconds, but the GPS is designed with low power and the response time is delayed and the time is slow to grasp the location. Accordingly, when the pairing of Wi-Fi, beacon, and Bluetooth provided for each of the offline shops 1 is performed, the location is immediately identified through the IDs of the Wi-Fi, beacon and Bluetooth.

The products of the offline store (1) can be directly searched through the search word through the customer portable terminal (50), and the products of the local shops within the setting radius can be searched and compared based on the current location. Of course, in this case, the local shops correspond to a store registered and managed as a member in the cloud B2Bi server 20. [ At this time, the customer portable terminal 50 can display the location of the shop and the product information together with the GUI map map so that the location of the comparison shop can be easily grasped. Likewise, items that can not be shown in the map map can be shown as search results.

On the other hand, the products of on-line and off-line stores are various and complicated as well as product standard and category, and each standard, price, and numerous images are used to distribute and converge products by standardized electronic document standardization (EDI) To be used for the marketing of the small and medium-sized offline store (1) which is inactivated or disconnected. When product information is linked, existence of product standard for each company is a big obstacle in data linkage. In order to utilize the information of the product smoothly, it is possible to distribute it as a single voucher for each shop through simplified and intuitive shop through vouchers and coupons for each shop. In addition, this single standardized gift certificate for each store is used to standardize electronic documents to maximize product distribution.

In this case, the electronic document constitutes a core component library by generating business information based on the core component defined in the ebXML Core Component Technical Specification (CCTS) 2.01 version.

3, the cloud B2Bi service of the cloud concept according to the present invention includes a web browser-based management tool 100, a cloud B2Bi server engine 200, a product information EDI specification definition 300, a mobile interface 400).

First, the web browser-based management tool 100 provides the B2Bi system monitoring, document tracking, communication routing definition, product information registration, automatic pairing information management, and the like. The store manager terminal 30 of the offline store 1 It is also possible to distribute web-based management tools directly to vendors using CS-based web browser function, which can be loaded on notebooks or PCs.

Referring to FIG. 4, the web browser-based management tool 100 includes a document follow-up for tracking a processing step of a specific document and determining whether it has been normally processed from a reception step to a processing step, a conversion step, and a transmission step, Bluetooth, Wi-Fi, Wi-Fi, Wi-Fi, and so on, which performs product management for registering and managing information, gift certificates and coupons in the cloud B2Bi server 20 and monitor workflow of the smartphone cloud B2Bi solution, And automatic pairing information management in which communication such as beacon 40 registers and manages information for automatic pairing.

At this time, the document tracking view tracks documents by date, state, and document name, and is implemented as HTML, DHTML, XML, XSLT, XPath, JAVA, Servlet and the like.

In addition, by checking the state value at the time of the fault occurrence, it traces the fault occurrence phase during the process step and displays the graph of the problem occurrence where the fault occurrence step occurs in a graph step by step. It is a text based table type view, It is also desirable to be able to identify the treatment step at a glance.

The product manager registers a product name, a product description, a price, an image, and the like, performs a function of managing, changing and deleting a product, and a function of transferring the created product. The product manager can perform various functions such as HTML, DHTML, XML, XSLT, XPath, JAVA, . Basically, it is developed with web technology, and it is distributed to the offline shops (1) by using the JAVA SWT web browser function as CS base.

The monitoring view provides monitoring for the real-time electronic document flowing in the system at the time of monitoring, as well as general monitoring, graphical view of Thread counter and processing waiting data at a glance, HTML, DHTML , XML, XSLT, XPath, JAVA, Servlet, and so on.

The automatic pairing information management performs registration, modification and deletion of pairing information, and is implemented in HTML, DHTML, XML, XSLT, XPath, JAVA, Servlet, and the like. This allows the central B2B to manage the information by sending the pairing information for each store to the cloud B2Bi engine 200.

Referring to FIG. 5, the cloud B2Bi server engine 200 is implemented based on the Buster solution, which is a B2Bi solution. The Buster solution is based on the XEXPR Class Work Flow Engine, various communication invokers, document conversion, and basic flamework Completes a stable engine.

The cloud B2Bi server engine 200 generates and processes a basic processing unit bus with a protocol switch for performing flexible conversion of various protocols and a basic processing mechanism of an adapter and a bridge, Service container.

6, the protocol switch is used when an application configured with a different protocol wants to use a service through a local or remote adapter or a bridge, the protocol is switched to a protocol in the cloud B2Bi solution, and a JAVA, HTTP , SMTP, FTP, EBMS, and WebService.

Referring to FIG. 7, the service container has a basic processing mechanism of an adapter and a bridge. The service container creates and processes a bus serving as a basic processing unit, and serves as a starting point for processing all received data. XML, XSLT, XPath, JAVA, HTTP , SOAP, and so on.

Particularly, while the service container is being executed, the service container automatically recognizes all service containers in the network by broadcast, forms a bus, recognizes that any one pointer service is terminated, and queues the message. The service container also receives a message from a standard HTTP-based SOAP listener with a dedicated SOAP handler and then executes it.

In addition, the cloud B2Bi server engine 200 performs logging, fault handling, and monitoring as a part for receiving messages from the bus for the first time in the Point service.

Next, referring to FIG. 8, the mobile GUI interface 400 is a service application installed in a smart phone, which is a customer portable terminal 50, and is linked with a B2Bi solution of a cloud concept. It follows the SDK of each smartphone as much as possible and offers a user-oriented UI with a simple and simple interface of the characteristics of the smartphone. At this time, it is desirable to provide a user-oriented UI with a simple and simple interface suited to the characteristics of the smartphone.

At this time, the mobile GUI interface 400 includes a mobile GUI API, which is an API module that can commonly use graphic components displayed as GUIs in a smart phone. This is a function to view chat (or real time comment) interface and coupon information on the screen. It is implemented with HTML5, XSLT, Android SDK, Dalvik VM, Java, XML and so on.

The mobile GUI interface 400 includes mobile web service communication, which is a module for transmitting the created electronic document to the cloud B2Bi solution and receiving a response message. It is implemented with Android SDK, Dalvik VM, Java, XML, etc., and sends and receives documents using SOAP message using HTTP.

In addition, the mobile GUI interface 400 confirms the information about the offline store, receives the coupon information of the shop from the cloud B2Bi server 20, and displays the coupon on the screen after receiving the coupon information of the store with the smartphone of the customer portable terminal 50 And a coupon View Logic. It is implemented as HTML5, XSLT, Android SDK, Dalvik VM, Java, XML and so on. In this case, when the store information is confirmed, the cloud B2Bi server 20 transmits the registered shop information and stores the coupon image screen in the mobile GUI API queue.

The mobile GUI interface 400 further includes automatic pairing logic as a module for processing automatic pairing by checking any one of NFC, Bluetooth, Wi-Fi and beacon 40 installed in the offline store 1. [ It is implemented as Android SDK, Dalvik VM, Java, XML, etc. and provides NFC auto pairing service, Bluetooth / Beacon auto pairing service, and WiFi automatic connection service.

More specifically, the NFC sticker 10 stores shop information, that is, an example of a shop-specific ID, and transmits the business number to the URL when the smartphone is first touched by the customer's wireless terminal 50. Therefore, And then accesses the cloud B2Bi server 20 to receive the pairing information of the corresponding company. Upon receiving the beacon service provider number, the Bluetooth and beacon service provider obtains the beacon service provider number and then accesses the cloud B2Bi server 20 to receive the pairing information of the store. Upon receiving the WiFi service name, And accesses the B2Bi server 20 to receive the pairing information of the vendor. In this case, when the pairing is permitted (or selected) by clicking the 'follow' button of the shop in the details of the smartphone product information of the service application installed in the smart phone which is the customer portable terminal 50, one of Bluetooth, Wi- And receives shop and merchandise information of an offline store from the cloud B2Bi server through a pairing or automatic association service.

All the above-mentioned pairing information is stored in the smart phone of the customer portable terminal 50 for the first time, and once the changed information is confirmed, the connection information is stored in the mobile repository to minimize the connection.

Further, the mobile GUI interface 400 further includes a near-field chat (or real-time comment) function so that a customer can perform near-field chat (or real-time comment) at the store and the outside. It is implemented as Android SDK, Dalvik VM, Java, XML, etc. It supports short-range communication through Bluetooth / Beacon auto-pairing and Wi-Fi automatic connection. In the case of Bluetooth or beacon, when the first connection is made, the beacon name is obtained, and then the cloud B2Bi server 20 is accessed to receive the pairing information of the corresponding company. Upon receiving the WiFi name, And connects to the B2Bi server to receive the pairing information of the corresponding company. Once all of the above pairing information has been stored, it will be stored in the mobile repository to minimize the connection, once it has been received once the changed information is not verified, and it is possible to transmit and receive the chat message (or real time comment) Do.

9, the mobile GUI interface 400 further includes a location tracking and interworking service logic for locating and interlocking functions according to the current location when a user visits an offline store, and includes an Android SDK, a Dalvik VM, Java, and XML. The location tracking and interlocking service Logic is a service that automatically couples NFC, Bluetooth, beacon, and WiFi and coupons corresponding to the store. It uses the Android Broadcast technology for the above four kinds of automatic pairing, . Android Broadcast is a technology that allows you to call a specific app when accessing a communication.

The NFC communication can recognize the smartphone as the customer portable terminal 50 by broadcasting the URL and confirm the recognized URL by communication with the cloud B2Bi server 20 to receive the information about the shop, Of the shop information.

The beacon, the Bluetooth, and the WiFi are automatically paired through an ID that exists for each beacon / Bluetooth / WiFi, and the corresponding ID is recognized as a shop-specific ID such as a business number. Store information such as coupons is received from the cloud B2Bi server 20.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined by the appended claims. Should be interpreted by the following claims, and all technical ideas within the scope of equivalents shall be included in the scope of the present invention.

1: In-store store 10: NFC sticker
20: Cloud B2Bi Server 30: Store Manager Terminal
40: Bluetooth, Wi-Fi, Beacon 50:
100: Web browser-based management tool 200: Cloud B2Bi Server Engine
300: Product information EDI specification definition 400: Mobile interface

Claims (8)

An NFC sticker in which the store-specific ID of the offline store is stored;
A cloud B2Bi server in which goods information including goods, events, discounts or free coupons of the offline shops are registered and stored;
A shop manager terminal for registering shop and product information in the cloud B2Bi server; And
WiFi or beacon installed in the off-line store by the 'follow' permission of the shop in the smartphone product information details, or automatically pairing or automatically linking with any one of the Bluetooth, Wi-Fi, And a customer portable terminal for receiving store and product information of an offline store from the cloud B2Bi server through a service,
The product information is electronic document standardization (EDI) information composed of a core component library through the generation of business information based on a core component defined in the ebXML CCTS (Core Components Technical Specification) 2.01 version,
The customer portable terminal is a smartphone, and when the smart phone is tagged to the NFC sticker, the user downloads the service application by accessing the download page of the cloud B2Bi server,
The store manager terminal is any one of a notebook computer, a PC, and a smartphone so that it can access the cloud B2Bi server as a terminal capable of registering stores and product information in a cloud B2Bi server,
The customer portable terminal is equipped with a mobile GUI interface for interworking with the B2Bi solution of the cloud concept,
Wherein the mobile GUI interface further comprises a location tracking and interworking service logic for locating and interlocking functions according to the current location when the customer visits the offline store.
The method according to claim 1,
The store manager terminal is equipped with a web browser-based management tool for monitoring the B2Bi system, document tracking, communication routing definition, product information registration, and automatic pairing information management. system.
The method according to claim 1,
The cloud B2Bi server is implemented based on the Buster solution, which is a B2Bi solution, and is equipped with Buster's XEXPR Class Work Flow Engine and cloud B2Bi server engine based on various communication invokers, document conversion and basic flamework. Based product information registration and reception system.
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