KR20150099623A - Mobile commerce service device using metal detachable magnetic near field communication tag and method thereof - Google Patents

Abstract

The present invention relates to a device and method for supporting a mobile commerce service using a magnetic near field communications (NFC) tag attachable and detachable to a metal using a near field communications function of a mobile phone (smart phone) of a user. Provided is a service for directly accessing to a mobile commerce service by only putting a mobile phone (smart phone) to a magnetic NFC tag in a method for accessing a wireless internet service using a wireless internet address URL, telephone number, and tag ID embedded in the magnetic NFC tag attachable and detachable to a metal by using the near field communications of the mobile phone (smart phone) of a user, a service receiver. The device includes a magnetic NFC tag attachable and detachable to the metal comprising: a reader NFC, loop inductor antenna, magnetic shielding material, and attachable and detachable magnet.

Description

TECHNICAL FIELD [0001] The present invention relates to a mobile commerce service supporting apparatus using a magnetic NFC tag capable of attaching and detaching to and from a metal,

The present invention relates to an apparatus and method for supporting a mobile commerce service using a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from a metal. More specifically, Near Field Communication (NFC), which can be attached and detached to and from a metal using Near Field Communication (NFC). It is a method of accessing a mobile commerce service using a wireless Internet address URL, a telephone number and a tag ID embedded in a tag. It is a service that provides mobile commerce to a magnetic NFC (Near Field Communication) tag that can attach and detach to metal.

However, Near Field Communication (NFC) tags interfere with Near Field Communication with mobile phones (smart phones) when attached to magnetic or metal.

In the present invention, a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from a metal is provided to enable a near field communication with a mobile phone (smart phone).

Generally, local information is being converted from offline media (publicity booklet, flyer) to online, mobile phone (smartphone) application.

However, offline media (publicity booklet, leaflet) is still widely used as a local publicity medium because it is simple, selective and visual. The service recipient (customer) has a mobile phone (smart phone) and uses a magnetic leaflet, which is an easy and simple offline medium, attached to the refrigerator rather than downloading and using the local information application. Mobile phone (smart phone) application is downloaded and run after searching the desired menu, rather than calling the customer's favorite menu is attached to the refrigerator, you can simply use the phone by walking.

This is why offline media (publicity books, leaflets) are utilized in local information. However, short-range wireless communication using NFC (Near Field Communication) tag is a function that can replace offline media (publicity booklet, flyer) with a cell phone (smart phone) possessed by a user (customer)

However, short-range wireless communication using Near Field Communication (NFC) tag can be performed only when the mobile phone (smart phone) is placed in an NFC (Near Field Communication) tag without requiring complicated usage such as searching for an application, It is easier to check the menu and make calls.

The mobile commerce service using the NFC (Near Field Communication) tag can drastically improve the problems of offline media (publicity booklet, flyer). The biggest problem of offline media (publicity booklet, flyer) is distributed to unspecified number of people, so more than 95% is discarded as trash.

It costs several hundred thousand won including the production and distribution of leaflets, and the cost of millions of won is trashed into trash if it includes the production and distribution of promotional booklets.

In order to solve such a problem that the offline media (publicity booklet, leaflet) consuming the high cost as described above is mostly discarded into a trash can, a coupon book or a magnet flyer is issued so that a customer can selectively attach the same to a refrigerator The current method.

However, since it is thought that it can be solved simply by using a mobile phone (smart phone) application owned by a user (customer) who is a service recipient, many applications have been developed and promoted, but only a small number of applications are used in reality.

However, most of the minority users are mainly used in their 30s or less, and mobile phone (smartphone) applications are not used in 30s or more, which are main customers of offline media (publicity booklet, flyer).

The reason is that you only need to call the magnet flyer with a refrigerator. When you download the application, you need to avoid using the application because it is troublesome to use the personal information, the application selection, Also, from the viewpoint of an employer, it is necessary to judge the number of users and cost when selecting an application, and the registration fee for the application requires a lot of cost for the registration of the main screen.

For example, if you want to register on the main screen for delivery food, you have to do the payment service provided by the application. If you include more than 13% of the payment amount and the delivery charge, you will pay 30% of the sales amount. Avoid.

In order to solve the problems of the offline media (publicity booklet, leaflet) and the inconvenience of the mobile phone (smart phone) application as described above, it is necessary to use the near field communication of the mobile phone (smart phone) using the NFC to be.

In other words, if the basic function of the mobile phone (smart phone), that is, the environment setting, does not require downloading or training of the application and the mobile phone (smart phone) is placed in the NFC (Near Field Communication) tag, The service immediately appears.

However, the service recipient (customer) wants to attach the Near Field Communication (NFC) tag to the refrigerator such as offline media (publicity booklet, leaflet).

In other words, it is necessary to provide a magnetic near field communication (NFC) tag that can be attached to and detached from a metal. Near Field Communication (NFC) tags can not be used for short-range wireless communication when structurally attached to metals or magnets.

The NFC (Near Field Communication) tag is composed of a memory for storing a wireless Internet address URL, a telephone number and a tag ID, and an antenna (LOOP-INDUCTOR ANTENNA) capable of short-range wireless communication.

However, an antenna (LOOP-INDUCTOR ANTENNA) can not perform near-field communication by attaching a Near Field Communication (NFC) tag to a metal by a short-range wireless communication using a magnetic field or by disrupting the magnetic field of an antenna (LOOP-INDUCTOR ANTENNA) .

If there is an NFC (Near Field Communication) tag that can attach to and detach from the metal, it will greatly contribute to the improvement of the environment by reducing offline media that is thrown away into the trash can.

As described above, a device capable of supporting Near Field Communication (NFC) tags capable of attaching / detaching to / from a metal using near field communication of a mobile phone (smart phone) owned by a user (customer) It is necessary.

The present invention improves the problem that the offline media (publicity booklet, leaflet) is discarded to the trash can, and thus both the user (customer) and the service recipient participate and can be connected to the improvement of the environment and the profit of the service provider, It is more convenient and simple for users who are service recipients to search and purchase goods and services linked to mobile commerce services through wireless Internet using Near Field Communication of a mobile phone (smart phone) It is aimed to provide a mobile commerce service which can settle.

That is, a near field communication (NFC) tag capable of short-distance wireless communication with a cell phone (smart phone) possessed by a user (customer) serving as a service recipient is provided with a magnet NFC (Near Field Communication) .

According to an aspect of the present invention, there is provided a method for supporting a mobile commerce service using near field communication of a user's mobile phone (smart phone) Connecting; Accessing the wireless Internet server based on the mobile wireless Internet access number when accessing the mobile wireless Internet gateway; And transmitting the content from the connected wireless Internet server to a mobile phone (smartphone).

The step of connecting to the wireless Internet server comprises: receiving a wireless Internet access number from a magnet NFC (Near Field Communication) tag capable of attaching / detaching to / from a metal to a mobile phone (smart phone) supporting near field wireless communication; Connecting to a content open service session based on the received wireless Internet access number and a mobile keyword;

And searching for the content provider information in the connected content open service session.

The step of transmitting the content to the mobile phone (smartphone) includes: acquiring the content of the provider based on the searched content provider information; And transmitting the acquired content to the user's mobile phone (smartphone).

According to the mobile commerce service apparatus and method using the magnet NFC tag capable of attaching and detaching to and from the metal of the present invention, the user who is the service recipient of the present invention is able to communicate with a mobile phone It will support a comprehensive commerce distribution system that can search, purchase and settle goods and services connected with wireless internet server by magnetic NFC (Near Field Communication) tag.

In addition, in terms of short-range wireless communication service providers, the participation of various content providers and the activation of diverse contents are achieved by increasing the profits of short distance wireless communication service providers, Suggests that offline media (publicity booklet, flyer) will contribute to improving the environment and the alternative income from being thrown away into the trash can.

1 is a block diagram of a mobile commerce service apparatus using a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from a metal according to the present invention.
2 is a detailed configuration diagram of a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from a metal

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, in which a mobile commerce service apparatus using a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from a metal according to the present invention is illustrated.

FIG. 1 is a block diagram of a mobile commerce service apparatus using a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from a metal according to the present invention.

As shown in FIG. 1, the present invention is a wireless communication system including a magnet NFC (Near Field Communication) tag 100 capable of attaching and detaching a metal to a mobile wireless terminal 200 connected to a mobile phone 200 including a user smartphone 210 serving as a service recipient An Internet gateway 300, a mobile Internet server 400, a content provider 500, and an affiliate shop 600.

The magnet NFC tag 100 detachable from the metal includes a wireless Internet address URL, a telephone number, and a tag ID information. The magnet NFC tag 200 includes a magnet NFC Field communication tag 100 is connected to the mobile wireless Internet gateway 300. The mobile internet server 400 and the phone number search menu are displayed on the mobile phone screen. At this time, the user who is the service recipient can retrieve and use the desired commercial transaction information.

In the case of a smart phone, it is required to use a multi-step method of searching for an application in the market and searching for desired commercial information after executing an application selected after downloading. However, a magnetic NFC (Near Field Communication) tag 100, Internet address URL, phone number, and tag ID information are built in, so you can easily download the application or provide the desired commerce information without application search or search by setting the environment that supports the near field communication of the smart phone.

The mobile Internet gateway 300 includes an easy connection to the mobile Internet server 400 set in the wireless Internet address URL of the magnetic NFC tag 100 detachable from the metal.

The mobile Internet server 400 set up in the mobile Internet gateway 300 transmits the content open service 410 and the searched content to the mobile wireless Internet gateway 300 in a simple and simple connection with the content provider 500 To a mobile phone (smartphone) 200.

The content open service 410 provides a standard interface to the mobile Internet server 400 so that any content provider can easily connect the content. The participation of various service providers and content providers supporting the expansion of participation of content providers is linked to the increase of mobile contents service when the participation of users who are service recipients is activated.

The content provider 500 can provide a variety of services that can target a purchasing layer that is capable of consuming 30 or more consumers through a mobile medium, which is a friendly medium, for a content that has already been accumulated through Internet commerce, A content provider can be attracted.

2 is a detailed block diagram of a magnet NFC (Near Field Communication) tag that can be attached to and detached from a metal according to the present invention.

As shown in FIG. 2, a magnet NFC (Near Field Communication) tag that can be attached to and detached from a metal is constructed and operated in the following detailed configuration.

A near field communication (NFC) tag 100 removably attachable to the metal includes a Reader NFC (Near Field Communication) Radio 110, a Loop Inductor Antenna 120, a magnetic shielding material 130, and a magnet removable magnet 140 .

A magnet NFC (Near Field Communication) tag 100 detachable from the mobile metal is connected to a near field communication NFC (Near Field Communication) of a user's mobile phone (smart phone) 200, which is a service recipient, Is connected to the Internet gateway 300 and is connected to the content open service 410 of the mobile Internet server 400 and provides the desired content to the screen of the mobile phone (smart phone) 200.

However, in a magnetic near field communication (NFC) tag 100 capable of attaching / detaching to / from a metal, a Reader NFC (Near Field Communication) radio 110 has a memory capable of storing a wireless Internet address URL, And provides an environment in which only the information desired by the user is stored.

That is, this information is connected to the Loop Inductor Antenna 120 and is connected to the mobile phone (smart phone) 200 of the service recipient user to transmit the commerce information. The short distance wireless communication with the Loop Indicator Antenna 120 and the service recipient user's mobile phone (SMAPON) 200 is wirelessly connected through a magnetic field.

However, service recipient users would like to attach Near Field Communication (NFC) tags where they can be attached and detached to a metal such as a refrigerator.

However, because Near Field Communication (NFC) tags transmit commerce information through short-range wireless communication using a magnetic field, they can interfere with the magnetic field of NFC (Near Field Communication) tag when attached to a metal or a removable magnet. Can not.

In order to solve the above problems, the magnetic shielding material 130 is developed. The magnetic shielding material 130 is magnetically shielded by shielding the antenna portion of an NFC (Near Field Communication) tag using a Permaloy shielding material, which is an alloy of high permeability, by detaching the magnet of the metal detachment magnet 140, The shielding ratio of the antenna portion of the NFC (Near Field Communication) tag is determined according to the ratio of the magnetic shielding material 130 and the Permaloy alloy, and is proportional to the magnetic property of the metal detachable magnet 140. Therefore, And a detachable magnet (140).

That is, a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from a metal is a device that enables short-range wireless communication with a mobile phone (smart phone) 200 of a service recipient user without obstructing the local area wireless communication.

When a user uses a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from the metal of the present invention having such a structure and is easily and simply and conveniently seen at home, (Smart phone), and it is attracting attention as a popularization model because it provides various mobile commerce information such as price comparison and service for products easily and simply by searching mobile phone keywords.

In addition, the business owners are expected to be able to target purchasers with more than 30 generations of consumption ability, and the economic ripple effect will be great, because the commerce through the mobile phone (smart phone) familiar to everyone is going on. And an increase in operating profit.

As described above, an apparatus for supporting a short-range wireless communication mobile phone (smart phone) commercial transaction service using a magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from a metal according to the present invention has been described with reference to the drawings. It is needless to say that the present invention is not limited to the embodiments and drawings, and various modifications can be made by those skilled in the art within the scope of the technical idea of the present invention.

100: Magnet Near Field Communication (NFC) tag
110: Reader Near Field Communication (NFC) Radio
120: Loop Inductor Antenna
130: magnetic shielding material
140: metal detachment magnet
200: Mobile phone
210: Smartphone
300: Mobile Wireless Internet Gateway
400: Mobile Internet Server
410: Content Open Service
500: Content provider
600: Operator

Claims (2)

A mobile commerce service support device that connects a connection to a magnetic NFC tag that can be attached to and detached from a metal by using a local wireless communication function of a user's mobile phone (smart phone)
And a mobile content interface for searching for a content in a content open service session based on a mobile keyword input to the magnet NFC tag through short-range wireless communication of the user's mobile phone (smartphone) when the magnet NFC tag is accessed Mobile commerce service device. The method according to claim 1,
A magnet NFC tag capable of being attached to and detached from the metal,
A magnet NFC (Near Field Communication) tag capable of attaching and detaching to and from the metal includes a Reader NFC (Near Field Communication) Radio, a Loop Inductor Antenna, a magnetic shield, and a demounting magnet.

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