KR101361696B1 - System and Method for radio frequency identification with providing service based on reader and Terminal for service provider - Google Patents

Abstract

Disclosed are a wireless recognition system for providing a reader based service, a service provider terminal, and a wireless recognition method for providing a reader based service. The present invention includes a mobile communication terminal having a built-in wireless identification tag recording the incoming information, and connected to the application server according to the service location information; Read the incoming information recorded in the radio recognition tag using a reader, query the search service server for the unique code of the reader, and apply the read incoming information according to the application server information received from the search service server. Service provider terminal for transmitting to; A search service server for retrieving application server information according to the unique code and transmitting it to the service provider terminal; And an application server for transmitting service location information to the mobile communication terminal indicated by the incoming information. According to the present invention, it is relatively easy to disseminate than the reader, easy to own, and has an advantage in terms of price tag by the individual to increase the usability, to provide different services according to the information of the reader rather than the tag The spread and effectiveness of services using a wireless recognition system can be improved.

Description

Wireless recognition system providing reader based service, service provider terminal and wireless recognition method providing reader based service {System and Method for radio frequency identification with providing service based on reader and Terminal for service provider}

1 is a block diagram of a wireless recognition system for providing a reader-based service according to the present invention.

FIG. 2 is a detailed block diagram of a service provider terminal applied to FIG. 1.

3 is a flowchart of a radio recognition method for providing a reader-based service according to the present invention.

The present invention relates to a technology corresponding to an RFID infrastructure composed of a RFID tag, an RFID reader capable of reading the RFID reader, and a server group for processing the RFID tag. It provides a wireless recognition system, a service provider terminal and a wireless recognition method for providing a reader-based service.

Until now, the Mobile RFID service mainly provided services that screened for authenticity. This was limited in the general B2C market, and there was no intention to activate the B2B market in the absence of a killer application except for logistics distribution. The reason for this is as follows. First, it can be said that there are not many radio recognition tags and readers available to the general public. Second, when using a tag using a lot of conventional RFID technology, the code system used for the tag is various, and third, only one application can be provided with a single code. This is because only one code and one location information (URL) of the corresponding application server are mapped on the object directory service (ODS) server. Fourth, there is no Killer application related to Mobile RFID. The cause of this is again associated with the first cause. That is, the tags and readers are not widely distributed.

Mobile RFID service has already been introduced to the general public and utilized, but it is not yet activated. Among these problems, the major problem is that the tags or readers are not widely distributed in the market. In addition, the reader is more difficult to spread in terms of price than the tag, and in the case of the reader currently being developed, most of them are dongle type, which is inconvenient to possess.

Therefore, the service method using the conventional wireless recognition system is not easy for an individual to possess the equipment related to the wireless recognition system, and the cost of the individual additionally incurred in order to receive a new service is high, so that the spread and effectiveness of the service are reduced. There is a problem.

Therefore, the first technical problem to be achieved by the present invention is to increase the usability by allowing individuals to possess a tag that is relatively easy to spread, easy to own, and superior in price than a reader, and to each other according to the information of the reader rather than the tag. It is to provide a wireless recognition system that provides a reader-based service that can provide other services to improve the dissemination and effectiveness of services using the wireless recognition system.

The second technical problem to be achieved by the present invention is to provide a service provider terminal applied to the wireless recognition system for providing the reader-based service.

The third technical problem to be achieved by the present invention is to provide a wireless recognition method for providing a reader-based service applied to the wireless recognition system for providing the reader-based service.

In order to achieve the above first technical problem, the present invention includes a mobile communication terminal having a built-in radio recognition tag recorded the incoming information, and accessing the application server according to the service location information; Read the incoming information recorded in the radio recognition tag using a reader, query the search service server for the unique code of the reader, and apply the read incoming information according to the application server information received from the search service server. Service provider terminal for transmitting to; A search service server for retrieving application server information according to the unique code and transmitting it to the service provider terminal; And an application server for transmitting service location information to the mobile communication terminal indicated by the incoming information.

In order to achieve the second technical problem, the present invention provides a terminal for reading information recorded in a wireless recognition tag of a mobile communication terminal, wherein the incoming information of the user of the mobile communication terminal from the wireless recognition tag of the mobile communication terminal; A reader to read; A broker for reading a unique code from the reader; An application server search unit for querying the unique code to a search service server to receive application server information; And a service providing unit for transmitting the read incoming information to an application server according to the application server information so that the application server transmits service location information to the mobile communication terminal. do.

In order to achieve the third technical problem, the present invention includes the steps of reading the incoming information recorded in the radio recognition tag of the mobile communication terminal in the service provider terminal using a reader; Querying a search service server for a unique code of the reader at the service provider terminal; Retrieving application server information according to the unique code from the search service server and transmitting the application server information to the service provider terminal; Transmitting, at the service provider terminal, the called information to a corresponding application server according to the application server information; And transmitting, by the application server, service location information to the mobile communication terminal indicated by the incoming information.

According to the present invention, assuming that a reader is attached to a mobile communication terminal in a situation where a basic RFID infrastructure is configured, only a tag is attached to a legacy terminal in the form of a reader provided to such a customer. Provides a system and method that can serve.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. However, the following embodiments of the present invention may be modified into various other forms, and the scope of the present invention is not limited to the embodiments described below.

1 is a block diagram of a wireless recognition system for providing a reader-based service according to the present invention.

The mobile communication terminal 110 embeds the radio recognition tag 111 in which the incoming information is recorded and connects to the application server 140 according to the service location information.

For the reader-based service, a separate code system is required to put the incoming information such as the MDN value of the customer in the tag 111. The tag 111 should contain the unique information of the terminal 110. Although the code value stored in the tag 111 may be used arbitrarily, the mobile RFID is input in accordance with the m-code value provided by the mRF.

Preferably, the RFID tag 111 uses the mCode scheme, the incoming information is the MDN value of the user of the mobile communication terminal 110, the MDN value may be configured to be added to the reserved area in the mCode scheme.

Code system defined in mRF is mCode, micro-mCode, mini-mCode and so on.

First, mCode is a basic code system used for mobile RFID service. The code length is variable. micro-mCode is a code system for accommodating small size codes like 2D barcodes. The code length is fixed to 32 bits. Lastly, mini-mCode is a code system for use in a wireless tag that supports a small memory. The code length is fixed to 32 bits and supports four types of codes. micro and mini are special purpose cords.

For example, the composition of mCode is shown in Table 1 below.

Here, 12 bits of TLC (Top Level Code) is assigned to the highest authority. 000 _H and F00 _H through FFF _H are reserved for special purposes and extensions. The range from F00 _H to FFF _H can be used to include EPC or other ISO codes or IPv6 addresses.

The class of 4 bits is used for assigning codes of various structures in consideration of the size of the sub-organization and the number of contents when the top-level institution assigned the TLC assigns the code to the sub-organization. CC (Company Code), ICC (Item Category Code), IC (Item Code) and SC (Serial Code) have different lengths and configurations depending on the class. The remaining fields except the SC may be used for any purpose. This means that the code in Class C can be used like an ICC rather than by a company-specific assignment of CC (see the mRF specification).

In the present invention, a reserved area is used in the code system in order to tag the incoming information of the customer, that is, the MDN value. For example, the TLC inserts a value of a mobile communication provider and uses a class of 5h. The rest of the zones contain the individual's MDN. For example, when the MDN of a user who uses a mobile communication terminal of a mobile communication operator using 111 is 010-111-2222, the value recorded in the tag is stored as 111.5.0101112222.

The reader that reads the value should execute exception processing that should query the search service server for the unique code value of the reader, not query the search service server for the code value of the tag. Code values of the reader can be variously configured for each service. The code value of the reader can be configured to follow the conventional mRF scheme. The reader may pass the 111.5.0101112222 value received from the tag to the application server to parse the information and transmit the call back URL to 010-111-2222.

The mobile communication terminal 110 is a wireless communication device that guarantees portability and mobility, and is a personal communication system (PCS), a global system for mobile communications (GSM), a personal digital cellular (PDC), and a personal PHS (PHS). It includes all kinds of handheld based wireless communication devices such as a handyphone system (PDA), a personal digital assistant (PDA), an international mobile telecommunication (IMT) -2000 terminal, and a smart phone.

Here, the wireless recognition tag, that is, the RFID tag 111 is generally a method without a central processing unit (CPU), or a device capable of a simple operation with a small storage space by embedding a smart card or the like. In particular, the radio recognition tag 111 is divided into a passive type and an active type. The passive type does not have its own power supply. The passive type uses the electromagnetic wave emitted from the reader of the service provider terminal 120 as a power source, and the active type has its own power source, which is expensive. Tag that can pass. The tag 111 used in the present invention may be either a passive type or a passive type.

The service provider terminal 120 reads the incoming information recorded in the wireless identification tag 111 using a reader. The service provider terminal 120 queries the search service server 130 for the unique code of the reader used for reading the incoming information. The search service server 130 transmits the application server information to the service provider terminal 120 as a result of the query, and the service provider terminal 120 receives an incoming call according to the application server information received from the search service server 130. The information is transmitted to the application server 140. Preferably, the service provider terminal 120 may include a reader that reads incoming information from a radio recognition tag and a broker that reads a unique code from the reader.

On the other hand, when the relevant information is entered while registering the code value of the associated reader on the search service server, the unique information of the reader is required, which are optional values. For example, the service name may be defined as C2U + FR, and the type may be defined as FR. Where FR stands for Fixed leader. That is, in the unique information of the reader, the service name can be set to C2U + FR, type to FR, subtype to web, xmlrpc, ws, and URI type to http.

The search service server 130 retrieves the application server information according to the unique code of the reader and transmits it to the service provider terminal 120.

The application server 140 transmits service location information to the mobile communication terminal 110 indicated by the incoming information. Preferably, the application server 140 may be configured to transmit the call back URL for the service location information to the mobile communication terminal 110 via SMS.

For the present invention, a code system must be defined, and furthermore, a personalized system capable of recording the code system is required. However, since the tag is distributed randomly in the market, it is not easy because the customer having the tag should be able to record separate personal information. As a means for recording the code system according to the present invention, there is a writer capable of putting code on a tag.

The tag printer 150 is a kind of lighter as described above, and records the incoming information of the user of the mobile communication terminal 110 in the wireless recognition tag 111 of the mobile communication terminal 110. The tag printing method may be a method used by a tag printing company in the related art.

2 is a detailed block diagram of a service provider terminal 120 applied to FIG. 1.

In the present invention, the service provider terminal 120 is a terminal 220 that reads information recorded in the radio recognition tag of the mobile communication terminal 210.

The service provider terminal 220 of FIG. 2 includes a reader 221, a broker 222, an application server searcher 223, and a service provider 224.

The reader 221 reads incoming information of the user of the mobile communication terminal 210 from the wireless recognition tag 211 of the mobile communication terminal 210.

Broker 222 reads the unique code from the reader.

The application server search unit 223 queries the search service server 230 for the unique code read by the broker 222 and receives application server information. Here, the application server information means information indicating the application server 240 for the service to be provided according to the corresponding reader 221. That is, the system may be configured such that there is a different application server that provides a different service for each unique code of the reader 221, or different content for each unique code of the reader 221 in one application server. 110 may be provided.

The service provider 224 transmits the incoming call information read according to the application server information to the application server 240 so that the application server 240 transmits the service location information to the mobile communication terminal 210. Here, the service location information refers to a method of accessing the mobile communication terminal 110 to the application server 240, a path or a link, an event message to be transmitted to the mobile communication terminal 110 by the application server 240, an announcement, and the like. do.

3 is a flowchart of a radio recognition method for providing a reader-based service according to the present invention.

First, the service provider terminal reads the incoming information recorded in the wireless recognition tag of the mobile communication terminal using the reader (step 310). That is, when a legacy terminal user approaches a tag to a fixed reader while owning a radio recognition tag, the reader transmits information to the RFID infrastructure.

Preferably, the RFID tag uses the mCode scheme, the incoming information is the MDN value of the user of the mobile communication terminal, the MDN value may be added to the reserved area in the mCode scheme.

Next, the service provider terminal queries the search service server for the unique code of the reader (step 320). At this time, the broker of the RFID infrastructure reads the code coming from the reader.

Next, the search service server retrieves the application server information according to the unique code and transmits the information to the service provider terminal (step 330). That is, when the service provider terminal queries the corresponding code on the search service server, the search service server transmits the information of the application server to the service provider terminal. In this case, since different services must be provided for each reader, service location information (for example, URL) is not provided based on the code value included in the tag, but the unique code value of the reader is queried to the search service server. do.

When the service provider terminal receives the application server information, the service provider terminal transmits the incoming information to the corresponding application server according to the application server information (step 340). That is, the reader accesses the application server and receives the related information. At this time, the reader delivers the MDN (Mobile Directory Number) value of the terminal accessing the tag to the application server.

Finally, the application server transmits the service location information to the mobile communication terminal indicated by the incoming information (step 350). For example, the application server may deliver the call back URL to the corresponding terminal through SMS.

Preferably, the radio recognition method for providing a reader-based service according to the present invention may further include the step of accessing the application server according to the service location information in the mobile communication terminal.

In this way, the tags can be accessed by various readers through the tags owned by the individual to access the various services that the owner owning the reader is trying to provide. That is, the structure provided so far can receive only one service matching the code through the code value included in the tag, but if the service is provided based on the reader code, it can provide several services to one tag. Will be.

According to an embodiment of the present invention, if the owner of the tag only accesses the tag to a reader provided in a multiplex such as a CGV, a service providing method of receiving movie information provided by the CGV to the owner's mobile communication terminal is provided. There may be.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary and will be understood by those of ordinary skill in the art that various modifications and variations can be made therefrom. However, it should be understood that such modifications are within the technical scope of the present invention. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

As described above, according to the present invention, it is easier to disseminate than the reader, easy to own, and possesses a tag having an advantage in terms of price, thereby increasing the usability, and different according to the information of the reader rather than the tag. By providing a service, there is an effect of improving the dissemination and effectiveness of a service using a wireless recognition system.

Claims (12)

A mobile communication terminal having a wireless identification tag in which incoming information is recorded and connected to an application server according to service location information; Read the incoming information recorded in the radio recognition tag using a reader, query the search service server for the unique code of the reader, and apply the read incoming information according to the application server information received from the search service server. Service provider terminal for transmitting to; A search service server for retrieving application server information according to the unique code and transmitting it to the service provider terminal; And And a reader-based service including an application server for transmitting service location information to the mobile communication terminal indicated by the incoming information. The method of claim 1, The radio recognition tag is and an incoming code is an MDN value of a user of the mobile communication terminal, and the MDN value is added to a reserved area in an mCode system. The method of claim 1, The service provider terminal A reader for reading the incoming information from the radio recognition tag; And And a broker that reads a unique code from the reader. The method of claim 1, The application server And a call back URL for service location information to the mobile communication terminal via SMS. The method of claim 1, And a tag printer for recording incoming information of a user of the mobile communication terminal to a wireless recognition tag of the mobile communication terminal. Read the incoming information recorded in the radio recognition tag using a reader, query the search service server with a unique code of the reader to receive application server information, and send the read incoming information to the application server according to the application server information. A service provider terminal for transmitting; And A mobile communication terminal including a wireless identification tag in which incoming information is recorded, transmitting the incoming information to the reader, receiving service location information from the application server, and connecting to an application server according to the service location information; Wireless recognition system that provides reader-based services. The method of claim 6, The radio recognition tag is and an incoming code is an MDN value of a user of the mobile communication terminal, and the MDN value is added to a reserved area in an mCode system. The method of claim 6, The service provider terminal A reader for reading the incoming information from the radio recognition tag; And And a broker that reads a unique code from the reader. A terminal for reading information recorded in a radio recognition tag of a mobile communication terminal, A reader for reading incoming call information of a user of the mobile communication terminal from a wireless recognition tag of the mobile communication terminal; A broker for reading a unique code from the reader; An application server search unit for querying the unique code to a search service server to receive application server information; And And a service provider which transmits the read incoming information to an application server according to the application server information to cause the application server to transmit service location information to the mobile communication terminal. Reading, by a service provider terminal, incoming information recorded in a wireless identification tag of a mobile communication terminal using a reader; Querying a search service server for a unique code of the reader at the service provider terminal; Retrieving application server information according to the unique code from the search service server and transmitting the application server information to the service provider terminal; Transmitting, at the service provider terminal, the called information to a corresponding application server according to the application server information; And And transmitting, by the application server, service location information to the mobile communication terminal indicated by the incoming information. 11. The method of claim 10, And accessing the application server according to the service location information from the mobile communication terminal. 11. The method of claim 10, The radio recognition tag is and receiving information is an MDN value of a user of the mobile communication terminal, and the MDN value is added to a reserved area in an mCode system.

Images