KR101342932B1 - Apparatus for guiding - Google Patents

Abstract

The guide apparatus of the present invention is equipped with a first NFC (Near Field Communication) unit and a second NFC unit communicating with the first NFC unit is installed in the area of the guide target and the communication target when the first NFC unit is made By including a mobile communication terminal to display the guide information of the, it is possible to easily obtain information about the guide object and to share various opinions about the guide object with other users.

Description

Guide device {APPARATUS FOR GUIDING}

The present invention relates to a guide apparatus, and more particularly, to an apparatus for easily providing and obtaining information of a guide object.

A user who visits a tourist spot acquires information on the tourist spot through a guide or an internet search.

Therefore, it is difficult to obtain information about tourist attractions in places where guides do not accompany or when the Internet is difficult to use. In order to solve this problem, a tourist guide system using RFID has been studied.

In general, a radio frequency identification (hereinafter referred to as RFID) system is a non-contact recognition system that transmits and processes information of an object and surrounding environment information using a small semiconductor chip.

And an RFID tag having an identification code embedded therein and an RFID reader configured to scan and read information by scanning the identification code so as to detect the RFID tag. Process information by identifying tags.

In addition, a kiosk is provided based on the RFID system. A kiosk is a touch screen type information delivery system installed in a public place. The kiosk is installed in a public place so that the public can easily use it for unmanned automation of information service and work. Point to a terminal.

Here, the kiosk is a touch screen, a video camera, a web camera, a CCTV, a printer, a photo printing printer, a digital input / output device, an RFID reader, a communication network, a speaker, an interphone, an automated teller machine, a detector, and the like. It is equipped with various peripheral devices to provide various user applications, and is connected to a system that monitors the operation status of each device on the network and diagnoses and recovers from abnormalities.

However, in the case of a kiosk to which RFID is incorporated, it is difficult to install at a location close to the guide object because the installation location is limited due to its large size. In addition, there is a problem that effective information delivery to the guide target is difficult.

Korean Patent Publication No. 0925847 discloses a kiosk incorporating RFID, but it is a way to solve the language communication problem of tourists. have. In particular, since a large volume of kiosks must be used to obtain information about the guide object, there is a limit in easily obtaining the information of the guide object.

Korean Registered Patent Publication No. 0925847

The present invention is to provide a guide device for easily providing and obtaining the information of the guide object.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are not intended to limit the invention to the precise forms disclosed. Other objects, which will be apparent to those skilled in the art, It will be possible.

The guide device of the present invention for achieving the above object is equipped with a first NFC (Near Field Communication) unit and a second NFC unit for communicating with the first NFC unit is installed in the area of the guide target and the first NFC unit and When the communication is made, it may include a mobile communication terminal for displaying the guide information of the guide target.

In this case, the region of the guide object may be at least one of the guide object, a protective facility of the guide object, and a place for identifying the guide object.

The first NFC unit may include a communication network forming unit that forms a wireless communication network capable of wireless communication between the mobile communication terminals using the identification information transmitted from the mobile communication terminal.

The first NFC unit may include a storage unit for receiving and storing user data written in the mobile communication terminal, receiving user data created in the mobile communication terminal, and storing the user data stored in the storage unit after a time point of storing the user data. It may include a wireless communication unit for transmitting to the mobile communication terminal for communicating with.

The first NFC unit may include an internal communication unit configured to transmit user data created in the mobile communication terminal to a management server, receive user data created in the mobile communication terminal, and transmit the received user data to the internal communication unit and transmit the user data transmitted from the management server. It may include a wireless communication unit for transmitting to the mobile communication terminal.

Here, the user data may include at least one of text data, payment data, and reservation data.

The first NFC unit may further receive identification information of the mobile communication terminal and transmit the identification information to the management server, and the management server may manage customer information using the transmitted identification information.

The second NFC unit may be installed in a detachable unit detachable from the mobile communication terminal.

In addition, when the relative NFC unit of the first NFC unit is referred to as the second NFC unit, and the relative NFC unit of the second NFC unit is referred to as the first NFC unit, each NFC unit is received by the communication unit, the communication unit for communicating with the counterpart NFC unit A buffer unit for recording received information, which is information of the counterpart NFC unit, and erasing the recorded received information after a set time elapses; and if the received information overlaps with information recorded in the buffer unit, the received information is recorded in the buffer unit. It may include an eraser for erasing the received information before it.

Here, the control unit controls the communication unit, the buffer unit and the erasing unit and the control unit to record the reception information of the counterpart NFC unit in the buffer unit and maintain the recorded reception information for the set time, The reception unit may include an application unit for recording an application for erasing the reception information before the reception information is recorded in the buffer unit if the reception information overlaps the information recorded in the buffer unit.

Here, at least one of the guide information and the application may be provided by at least one of the first NFC unit, an app market, and an application providing unit installed in a general information center managing the guide object.

The mobile communication terminal may display a camera, a screen displaying an image incident to the camera, and a template of the guide object received from the first NFC unit on the screen, and the image data photographed by the camera. And a template unit to determine whether the template matches, and an information display unit to display guide information of the guide object represented by the template when the image data photographed by the camera and the template match.

Here, the mobile communication terminal includes a menu display unit for displaying a menu for selecting each template when a plurality of templates displayed on one screen in the camera mode, the information display unit is indicated by a menu selected from the menu display unit The guide information of the guide object indicated by the template can be displayed.

The mobile communication terminal may further include guide information of a target to be included in the incident image based on a camera, a screen displaying an image incident to the camera, and location information of the first NFC unit transmitted from the first NFC unit. It may include an augmented reality driver for providing augmented reality to the screen.

As described above, the guide apparatus of the present invention can easily obtain information on the guide target by installing NFC on the guide target for bidirectional communication with a mobile communication terminal possessed by the user.

In addition, the user data created by the mobile communication terminal can be registered in the NFC or the management server installed in the guidance target to share the user data with other users.

In addition, by enabling the communication between the mobile communication terminal using a wireless communication network formed in the NFC installed on the guide target to share a variety of opinions on the guide target between users.

1 is a block diagram showing a guide apparatus of the present invention.
Figure 2 is a schematic diagram showing a state in which the first NFC unit 110 is installed on the guide in the guide device of the present invention.
Figure 3 is a schematic diagram showing a state in which the first NFC unit 110 is installed in the protection facility of the guide in the guide device of the present invention.
Figure 4 is a schematic diagram showing a state in which the first NFC unit 110 is installed in a place that can grasp the guide target in the guide apparatus of the present invention.
Figure 5 is a block diagram showing a first NFC unit in the guide device of the present invention.
Figure 6 is a block diagram showing each NFC unit in the guide device of the present invention.
7 is a block diagram showing a mobile communication terminal in the guide apparatus of the present invention.
8 is a schematic diagram showing an example in which the guide apparatus of the present invention is implemented.

EMBODIMENT OF THE INVENTION Hereinafter, the guide apparatus of this invention is demonstrated in detail with reference to drawings.

1 is a block diagram showing a guide apparatus of the present invention.

The guide device illustrated in FIG. 1 includes a first NFC (Near Field Communication) unit 110 installed in the area 100 of the guide object 130 and a second NFC unit communicating with the first NFC unit 110 ( When 210 is mounted and communicates with the first NFC unit 110, the mobile communication terminal 200 may display guide information of the guide object 130.

NFC is a non-contact short-range wireless communication module that uses 13.56Mz frequency band as an RFID, and transmits data between terminals at a close distance of 10 cm. In addition to billing, NFC is used extensively in supermarkets and general stores for transporting travel information for goods information and visitors, as well as traffic and access control locks. The main feature is bi-directional communication. According to this feature, the first NFC unit 110 and the second NFC unit 210 may perform both the functions of the reader and the tag for the counterpart NFC.

The guide object refers to an object to which information is provided. In FIG. 1, the tree is a guide object 130. According to this, the mobile terminal displays information about the tree.

The first NFC unit 110 is installed in the region 100 to be guided. In this case, the region of the guide object may vary as illustrated in FIGS. 2 to 4.

2 is a schematic view showing a state in which the first NFC unit 110 is installed on the guide in the guide device of the present invention.

Looking at, the first NFC unit is installed directly on the tree that is the guide object (130). In this case, the predetermined guide object can be clearly distinguished from other guide objects. However, care must be taken not to damage the guide.

Figure 3 is a schematic diagram showing a state in which the first NFC unit 110 is installed in the protection facility of the guide in the guide device of the present invention.

In order to protect the guide object 130, a protection facility 150 such as an iron fence or a fence may be installed around the guide object 130. In this case, the first NFC unit 110 may be installed in the corresponding protection facility.

4 is a schematic diagram showing a state in which the first NFC unit 110 is installed in a place where the target can be identified in the guide apparatus of the present invention.

When the guide is located on a cliff or uninhabited island, the user may not easily access the guide. In the case of such a guide object is viewed from a long distance, the first NFC unit may be installed at a position facing the guide object. In FIG. 4, the tree on the uninhabited island is the guide object 130, and the first NFC unit 110 is installed on a cliff of land that can identify the tree well at this time. According to this, the user can be guided to the tree on the uninhabited island from the cliff.

In summary, the area 100 of the guide object 130 may be at least one of the guide object itself, a protective facility of the guide object, and a place / facility capable of identifying the guide object.

Meanwhile, the first NFC unit 110 may include a communication network forming unit 111 forming a wireless communication network 230 capable of wireless communication between mobile communication terminals by using identification information transmitted from the mobile communication terminal 200. have.

The first NFC unit 110 may not only transmit data to the mobile communication terminal 200 but also receive data from the mobile communication terminal 200. At this time, the communication network forming unit 111 receives the identification information necessary for accessing the wireless communication network from the mobile communication terminal 200 to form a wireless communication network 230 using the second NFC unit 110 as a so-called communication server. Accordingly, a communication network capable of communicating between mobile communication terminals within the coverage of the first NFC unit 110 is formed. Therefore, the user of the mobile communication terminal can smoothly share the opinion on the guidance target with other users. According to the present embodiment, the first NFC unit performs a function as a communication server. In some cases, after the communication network is formed, each mobile communication terminal can directly communicate through a communication network that can be used between mobile communication terminals by using identification information of another mobile communication terminal acquired through the first NFC unit. Therefore, when communication between the mobile communication terminals is started, the first NFC unit may not intervene in the corresponding communication.

Alternatively, by repeating the process of transmitting data received from the mobile communication terminal to another mobile communication terminal, a wireless communication network using the mobile communication terminal as a relay server can be formed.

The wireless communication network 230 may be, for example, Bluetooth, Zigbee, or the like. The communication network forming unit 111 receives identification information of each mobile communication terminal required for wireless communication such as Bluetooth, Zigbee, etc. in an NFC manner so that a corresponding wireless communication network is formed between the mobile communication terminals.

5 is a block diagram showing a first NFC unit in the guide apparatus of the present invention.

The first NFC unit 110 illustrated in FIG. 5 is a storage unit 115 for receiving and storing user data created in the mobile communication terminal 200, and receiving and storing user data created in the mobile communication terminal 200. And a wireless communication unit 113 for transmitting the user data stored in the 115 to a mobile communication terminal which communicates after the storage time of the user data.

The first NFC unit 110 is capable of bidirectional communication with the mobile communication terminal in which the second NFC unit 210 is installed. Therefore, the first NFC unit 110 may receive data from the mobile communication terminal. At this time, the data transmitted from the mobile communication terminal is mainly user data created by the user of the mobile communication terminal. In this case, identification information for distinguishing the mobile communication terminal from other mobile communication terminals may be transmitted.

The storage unit 115 stores user data transmitted from the mobile communication terminal 200 according to the NFC method. The user data may be at least one of text data, payment data, and reservation data. The text data is data created by text (possibly including image data) of comments, opinions, and the like on the guide object created by the user. Payment data is data required for payment such as entrance fee and souvenir purchase cost. Payment data makes it easy to make payments. The reservation data is data for reserving various restaurants and accommodations while viewing the guide. The capacity of the storage unit may be determined according to the type of user data to be transmitted. When the user data includes a large amount of multimedia data such as image data, much capacity is required as compared with the text data.

The wireless communication unit 113 receives user data from the mobile communication terminal 200, and transmits user data stored in the storage 115 to the mobile communication terminal 200.

The user data stored in the storage unit 115 may be transmitted back to the mobile communication terminal by the wireless communication unit 113, where the transmission target mobile communication terminal is a mobile communication terminal different from the mobile communication terminal in which the user data is created. Can be. That is, user data, once stored in the storage unit 115, is transmitted to a plurality of mobile communication terminals that communicate after the time point at which the user data is stored in the storage unit. According to this, since a plurality of users can use the user data left by one user, it is possible to implement so-called communication networks and tweeters.

Depending on the installation location, it may be difficult to install the first NFC having a large capacity storage unit, in which case a central management server may be used.

To this end, the first NFC unit 110 receives an internal communication unit 117 for transmitting the user data created in the mobile communication terminal to a management server, receives the user data created in the mobile communication terminal, and transmits the received user data to the internal communication unit. It may include a wireless communication unit 113 for transmitting the user data transmitted from the mobile communication terminal.

The internal communication unit 117 transmits the user data transmitted from the mobile communication terminal to the management server. The management server is a server that manages one or more first NFC units 110 and includes a storage unit having a larger capacity than the storage unit of the first NFC unit. Using this, the management server may collect and manage user data received from the plurality of first NFC units. In order to communicate with the management server, the first NFC unit 110 includes an internal communication unit 117. The internal communication unit is provided in a manner capable of communicating with the management server through a wired / wireless network.

The first NFC unit 110 may further receive identification information of the mobile communication terminal 200 and transmit the identification information to the management server. In this case, the management server may manage customer information using the transmitted identification information.

In some cases, the first NFC unit may include both its storage unit 115 and an internal communication unit 117 communicating with the management server.

On the other hand, the second NFC unit 210 provided in the mobile communication terminal 200 may not be embedded in the mobile communication terminal. In this case, the second NFC unit 210 may be installed in a detachable part detachable from the socket of the mobile communication terminal. Accordingly, the second NFC unit may be easily installed in the existing mobile communication terminal in which the second NFC unit 210 is not provided.

Figure 6 is a block diagram showing each NFC unit in the guide device of the present invention.

Before describing the configuration of each NFC unit illustrated in FIG. 6, the relative NFC unit of the first NFC unit 110 is referred to as a second NFC unit 210, and the relative NFC unit of the second NFC unit 210 may be referred to as the first NFC unit. Referred to as (110).

At this time, each NFC unit 110, 210 records the reception information which is the information of the communication unit 313, the communication unit 313 and the communication unit 313 to communicate with the counterpart NFC unit and erases the recorded reception information after a set time elapses. A buffer unit 315 and an erase unit 314 for erasing the received information before the received information is recorded in the buffer unit 315 if the received information overlaps with the information recorded in the buffer unit 315.

In this case, the controller 317 controls the communication unit 313, the buffer unit 315, and the erase unit 314 and the controller 317 to receive the received information of the counterpart NFC unit from the buffer unit 315. ) And maintain the recorded received information for the set time, and if the received information overlaps with the information recorded in the buffer unit 315, the received information is recorded before the received information is recorded in the buffer unit 315. It may include an application unit 319 for recording an application for erasing information.

When power is supplied from a power supply unit not shown in the figure, the control unit 317 sets a standby state and monitors an operation state of each functional unit.

The controller 317 analyzes the control command applied from the keypad provided in the mobile communication terminal, and when it is confirmed that the electronic tag of the NFC method is scanned, the platform is loaded and booted from the application unit 319. Operate in the enabled state to scan tag information. The operation of the controller 317 at this time is the operation of the controller mounted on the second NFC unit. The control unit mounted on the first NFC unit maintains an active state capable of scanning electronic tag information at a time when the guidance target is open to the user. The electronic tag is a target object scanned by the reader in the NFC method. In the present embodiment, each NFC unit may be an electronic tag of the counterpart NFC unit.

The control unit 317 controls the communication unit 313 to scan the counterpart NFC unit as an electronic tag, and wirelessly receives information, identification information, and data information recorded in the electronic tag in an NFC manner.

The information scanned from the electronic tag is provided to the erasing unit 314, and the erasing unit 314 compares and confirms that the same information is recorded in the buffer unit 315. Information is used.

If it is confirmed that the information scanned by the erasing section 314 is not recorded in the buffer section 315, the scanned information is transferred to the upper layer and simultaneously recorded in the buffer section 315, and the set time is counted.

At this time, the control unit 317 provides the information of the electronic tag scanned from the communication unit 313 to the erasing unit 314, the erasing unit 314 checks whether the same information is recorded in the buffer unit 315, and recording If the information is confirmed, it is erased.

When it is confirmed that the information scanned in this way is not recorded in the buffer unit 315, it is recorded in the buffer unit 315 within the range allowed by the capacity of the buffer unit 315 and simultaneously starts counting the count COUNT. .

The information recorded in the buffer unit 315 is deleted by the control of the control unit 317 when the count of the set time ends. That is, the information recorded in the buffer section is stored only during the set time, and is deleted after the set time has elapsed. Through this, each NFC unit can be configured as a low-capacity buffer unit.

In the information recorded in the buffer unit 315, the same information is not repeatedly recorded by the erase unit 314. That is, the scanned electronic tag information is recorded while occupying the allocated area of the buffer unit 315, and when the set time has elapsed, the erased and returned area of the buffer unit 315 occupied is returned.

The upper layer is a layer that analyzes and processes the scanned electronic tag information. For example, when the data information included in the scanned information is analyzed to provide the information to be guided, distinguish the owner of the electronic tag, or the product Checking the price information, or in the case of a warehouse, checking the stock status, etc.

According to this configuration, the identification information and the data information of the scanned electronic tag are recorded in the buffer unit for a set time, and the information of the same electronic tag is not recorded during the set time, thereby reducing the load of the upper layer processing the data information. To analyze and process electronic tag information quickly.

Meanwhile, at least one of the guide information and the application may be provided by at least one of an application provider (not shown) installed in the general information center managing the first NFC unit 110, the app marketplace, and the guide object 130.

In the above, the guide information has been described in the configuration performed when the communication between the NFC unit. Hereinafter, a method of providing guide information using a camera provided in a mobile communication terminal in addition to the above configuration will be described.

7 is a block diagram showing a mobile communication terminal in the guide apparatus of the present invention.

The mobile communication terminal illustrated in FIG. 7 includes a camera 220, a screen 240 displaying an image incident on the camera, and a template 231 of the guide object 130 received from the first NFC unit 110. And the template unit 230 for determining whether the image data 221 captured by the camera 220 and the template 231 match, and the image data 221 captured by the camera 220. If the template 231 matches, the information display unit 250 displays guide information of the guide object 130 indicated by the template 231.

Modern mobile communication terminals are equipped with a camera capable of acquiring image data. In addition, the mobile communication terminal is provided with a screen 240 for displaying image data photographed with such a camera.

When the template unit 230 communicates with the first NFC unit, the template unit 230 displays a template 231 of a target to be guided by the first NFC unit on the screen. In this case, the template may be directly provided by the first NFC unit, or may be activated and displayed by communication with the first NFC unit after being provided in advance.

When the template is displayed on the screen, the user finds a guide object that matches the template among objects displayed on the image data incident to the camera. When the guide button is found and the shooting button is matched with the template, the current incident image data is captured. The captured image data is analyzed to determine whether the position of the template coincides with the position of the guide target. This determination may be performed by the template unit or by the information display unit. If it is determined by the template unit whether or not a match is made, the photographing data should be provided back to the template unit.

The information display unit 250 displays guide information of the corresponding guide object when the template and the captured image data match. In this case, the display may be at least one of a visual display through a screen and an acoustic display through a speaker provided in the mobile communication terminal.

In summary, the mobile communication terminal displays a template of the guide target in the camera mode, and displays the guide information of the guide target when the template and the image data acquired in the camera mode match.

Such a template providing method can not only observe the guide target from a distance, but is useful when there are a plurality of guide targets.

If there are a plurality of templates displayed on one screen, the mobile communication terminal may include a menu display unit 260 displaying a menu 261 for selecting each template.

In this case, the information display unit 250 displays the guide information of the guide object 130 indicated by the template indicated by the menu selected by the menu display unit 260. In FIG. 7, it is assumed that a guide object includes two trees of an uninhabited island and an uninhabited island, and a template including an uninhabited island and a tree is provided. When the provided template and the captured image data coincide, the targets to be guided are two trees and an uninhabited island. At this time, the tree and the uninhabited island may be sequentially guided in a certain order, and only the selected object may be guided according to whether the menu 261 displayed on the screen is selected.

On the other hand, the mobile communication terminal can provide the user with guide information of the guide object through augmented reality.

In order to use augmented reality, accurate location information is required. In this case, the mobile communication terminal may acquire accurate location information through communication with the first NFC unit.

Accurate location information is obtained through GNSS systems such as GPS, and the signals used in the satellite navigation system include internal errors due to various interferences such as multipath signals. Since such an internal error cannot be corrected in a small device such as a mobile communication terminal, accurate location information is difficult to obtain in buildings, mountainous areas, and islands with waves. Therefore, it is difficult to use augmented reality accurately.

In order to solve this problem, the mobile communication terminal of the present invention includes a camera, a screen displaying an image incident on the camera, and the image included in the incident image based on the position information of the first NFC portion transmitted from the first NFC portion. It may include an augmented reality driving unit for providing the guide information of the guided target to the screen as augmented reality (augmented reality).

The augmented reality driving unit implements augmented reality based on location information of the first NFC unit transmitted from the first NFC unit 110. Since the first NFC unit is installed at a specific location, the first NFC unit may provide accurate location information to the mobile communication terminal through preliminary work such as storing GPS information of the installation location. Therefore, the mobile communication terminal communicating with the first NFC unit can accurately obtain current location information, thereby realizing a reliable augmented reality. Through the augmented reality implemented as described above, the user is provided with guide information of the guide target.

8 is a schematic diagram showing an example in which the guide apparatus of the present invention is implemented.

8 illustrates a state in which a first NFC unit 110 is installed by drawing a picture on a wall forming a village alley.

In this case, when the user carrying the mobile communication terminal 200 in which the second NFC unit 210 is installed passes, the user may receive a guide for a picture drawn on the wall.

First, it should be noted that there is an object that can be guided in the alley where the user is currently passing. To this end, when the mobile communication terminal communicates with the first NFC unit, the mobile communication terminal may notify the user that there is a target to be guided first. In this way, vibrations or ringtones can be output.

When the user recognizes that there is a guide object, the user checks the mobile communication terminal and checks the picture drawn on the wall or guide information on the alley.

The above mobile communication terminal can download and use guide information or guide information software for processing guide information from an app server that can be connected through a mobile communication network or the like.

In detail, the guide apparatus may include an app server (not shown) provided with a database for storing the guide information of the guide object 130. In this case, the mobile communication terminal 200 accesses the app server, downloads the guide information stored in the database, and when communication with the first NFC unit 110 is made, corresponds to the first NFC unit 110 of the downloaded guide information. Extract and display the guide information. The first NFC unit is provided with an identification code for distinguishing the guide object from other guide objects. When the identification code is scanned by the mobile communication terminal, and the guide information to which the scanned identification code is assigned is selected and displayed, the guide information for the corresponding guide object is displayed. Of course, for this purpose, the identification information given to the first NFC unit should be recorded in the guide information downloaded from the app server.

At this time, the guide information software may process the function of extracting the guide information including the scanned identification code from the downloaded guide information. To this end, the guide information software can be downloaded to the mobile communication terminal together with the guide information. This configuration is a configuration that first downloads all the guide information from the app server, and may alternatively receive the guide information directly from the first NFC unit 110.

In this case, the app server may store only guide information software for processing guide information of the guide target in a database.

At this time, the mobile communication terminal 200 first accesses the app server and downloads the guide information software stored in the database.

After that, when the guide information is transmitted to the region 100 to be guided and transmitted from the first NFC unit 110, the guide information is detected and transferred to the loaded CPU. The guide information software loaded on the CPU converts the delivered guide information into a signal that can be processed by various means that can be displayed on the mobile communication terminal so that the guide information is displayed to the user.

According to the above configuration, since the mobile communication terminal is a device possessed by a plurality of users, there is no need to provide a separate device for obtaining guide information. You can also communicate with other people around you using two-way communication. Therefore, it is possible to effectively receive guide information for various guide targets and share various opinions.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the embodiments described above are to be considered in all respects only as illustrative and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

It can be applied to a system for guiding tourist attractions.

In particular, it is useful for a guidance system for a user who possesses only a mobile communication terminal.

100 ... Target area 110 ... Part 1 NFC
130 ... Audience 113 ... Wireless Communications Department
115 ... storage 117 ... internal communication
150 ... 200 protective facilities
210 ... 2nd NFC section ... 220 Camera
221 ... Captured image data 230 ... Template part
231 Template 240 Screen
250 Information display section 260 Menu display section
261 ... Menu 313 ... Communication
314.Clear 315 ... Buffer
317 control unit 319 application unit

Claims (16)

A first NFC (Near Field Communication) unit installed in an area of a guide object to be provided with information and providing guide information of the guide object; And
And a mobile communication terminal equipped with a second NFC unit communicating with the first NFC unit and displaying the guide information received from the first NFC unit when communication with the first NFC unit is performed.
The first NFC unit receives the text data for the guide object from the mobile communication terminal, and transmits the text data transmitted to the first NFC unit to another mobile communication terminal within the coverage of the first NFC unit,
And the mobile communication terminal for transmitting the text data and the other mobile communication terminal for receiving the text data form a communication network within a coverage range of the first NFC unit by using the first NFC unit as a communication relay means.
delete delete The method of claim 1,
The first NFC unit,
A storage unit for receiving and storing the text data;
A wireless communication unit which transmits the text data stored in the storage unit to the mobile communication terminal which communicates after the storage time of the text data;
Guide device comprising a.
delete delete The method of claim 1,
The first NFC unit,
Receiving the identification information of the mobile communication terminal and transmitting the identification information to the management server;
And a management server managing customer information by using the transmitted identification information.
The method of claim 1,
The second NFC unit is a guide device installed in the detachable portion detachable to the mobile communication terminal.
The method of claim 1,
The counterpart NFC part of the first NFC part is called the second NFC part,
When the relative NFC unit of the second NFC unit is referred to as the first NFC unit,
Each NFC unit,
A communication unit communicating with the counterpart NFC unit;
A buffer unit for recording reception information which is information of the counterpart NFC unit received by the communication unit and erasing the recorded reception information after a set time elapses; And
An erasing unit for erasing the received information before the received information is recorded in the buffer unit if the received information is duplicated with information recorded in the buffer unit;
Guide device comprising a.
The method of claim 9,
A control unit controlling the communication unit, the buffer unit and the erasing unit; And
Connect to the control unit to record the received information of the counterpart NFC unit into the buffer unit, and maintain the recorded received information for the set time; And an application unit for recording an application for erasing the received information before the received information is recorded.
11. The method of claim 10,
At least one of the guide information and the application is provided in at least one of the first NFC unit, the app market, at least one application providing unit installed in the general information center for managing the guide object.
The method of claim 1,
The mobile communication terminal,
camera;
A screen displaying an image incident on the camera;
A template unit displaying a template of the guide object received from the first NFC unit on the screen and determining whether the template coincides with the image data photographed by the camera;
And an information display unit that displays guide information of a guide object represented by the template when the image data photographed by the camera and the template match.
13. The method of claim 12,
The mobile communication terminal includes a menu display unit for displaying a menu for selecting each template when there are a plurality of templates displayed on one screen,
And the information display unit displays the guide information of the guide object indicated by the template indicated by the menu selected by the menu display unit.
The method of claim 1,
The mobile communication terminal,
camera;
A screen displaying an image incident on the camera;
An augmented reality driving unit providing guide information of a guide object included in the incident image to the screen as an augmented reality based on the position information of the first NFC unit transmitted from the first NFC unit;
Guide device comprising a.
delete delete

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