KR101389312B1 - Guidance system for typical road and driving method thereof - Google Patents

Abstract

The present invention relates to a guide system for exploration and a driving method thereof and, more particularly, to a guide system for exploration and a driving method thereof, capable of easily grasping the current location of each member, a walking distance, and local information by receiving distance information from an exploration path to a starting point, a gateway, and a destination and local guide information. The guide system for exploration according to the present invention easily grasps the location of the member in a moving process up to the final destination by sharing the location information of the members.

Description

TECHNICAL FIELD [0001] The present invention relates to a guiding system and a driving method thereof,

The present invention relates to a navigation system and a method of driving the navigation system. More particularly, the present invention relates to a navigation system and method for driving the navigation system, It is possible to easily move the group to the destination by allowing the respective persons to easily grasp the current position, the walking distance, and the local information by receiving the local information and the location information of the team member, The present invention relates to a navigation system and a method of driving the navigation system.

Generally, a sign that guides each route is provided in a place where a long trail such as a mountain trail is formed.

Usually, these signs include signs such as "Kuksabong 10km", which is the name of the current walkway, and signs such as "Kuksabong 5km" are provided every time you climb the walkway.

Other signs include a tree sign that is installed for each tree and provides information about the name of the tree and the tree of the tree.

In this case, when the group is hiking, each person will go to see the signs of the hiking trail, and in this case, the leader who led the hiking will inform each member of the promise to meet at the top of ' Each person who moves is moving at a certain distance because the walking speed is different from each other.

In this case, when a situation occurs that the other walker does not go to the destination of 'Kuksabong' and enters the other track, the leader who led the mountaineering searches for the person who has left the route, The user is asked about the location information of the person and the user is guided to move to the location from the corresponding location.

However, when the situation in which a person leaves the route is produced, the rest of the persons wait until the departed person arrives at the destination, or consider the person who has left the route, There is a situation in which a new destination must be set and moved again.

For this purpose, GPS is used to provide location information during the trekking, but it is difficult for the trail to travel across the street during the trekking. Therefore, it is very difficult .

Moreover, since GPS devices that transmit location information using GPS when they are hiking are sold at very high prices, it is a reality that people are hesitating to buy GPS devices in general society life rather than professional mountaineers.

On the other hand, the signboard installed on the above-mentioned route is provided only for the use of milestones such as 'Kok Sobong 5 km' as described above, and the history of the location is additionally described in brief.

Therefore, only those who pass by the trail can know only the location of the place, and it is also possible to know whether or not the other trail is connected to the present trolley in addition to the current location, It is difficult to obtain historical information and information about the current location of the signpost.

For this purpose, there is a facility for automatically outputting voices and announcing announcements at the beginning of a track, which is often used by people. However, since such an automatic voice broadcast system transmits voice as a sound file, It is difficult to immediately find desired information. In addition, since an electric facility should be installed for each trail in order to install an automatic voice broadcasting system, there is a problem that a considerable additional cost is incurred for installing it.

On the other hand, Korean Patent No. 10-0934499 discloses a method and a device for providing guidance information, in which a guide information providing apparatus receives information on a departure point and a destination from a user terminal, Searching the image DB based on the location information included in the guide moving image, and transmitting the searched guide moving image to the user terminal .

In the conventional guidance information providing method and apparatus, guidance information on a departure place and a destination is transmitted to a terminal carried by a user who uses a touring route in providing guidance information, , And provides an advantage of being able to easily navigate from the origin to the destination.

However, since the conventional guidance information providing method and apparatus send only the moving picture to each of the persons in the specific group who is walking, it is necessary for the person who is walking to know the contents of the moving picture in order to find information about the current position, There is an inconvenience that it is necessary to find out whether there is information to be searched for by himself or herself, and in particular, when one person leaves the path of a trail during a moving to a destination, it is difficult to immediately know which person is off- .

In addition, when the guide video about the tour guide is not shared on the Internet, there is an inconvenience that the moving guide organizer has to make a moving picture distributed to each of the members. Therefore, the conventional guide information providing method and the spread effect of the apparatus are very large It is reality that it is not.

On the other hand, there is a technology using a QR code as a commercially available and widely used technology. This QR code is printed on a guide sign, a QR code is photographed using a smart phone, and a smartphone accesses a web page from which the information of the visit route is accessed, thereby allowing a user using the visit route to Information will be provided.

However, such a method using the QR code causes the difficulty of recognizing the QR code by causing the rain or snow to flow or accumulating on the guide sign, and the branch may damage the QR code, or the soil or leaves may block the QR code. Problems arise. In order to solve these problems, the manpower managing them periodically patrols and manages whether or not the QR code is normally recognized. To cope with these problems, a lot of manpower and management costs are required for this purpose. .

Korean Patent No. 10-0934499 (registered on December 21, 2009) Korean Patent Publication No. 10-2006-0066630 (published on June 16, 2006)

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and it is an object of the present invention to provide a method and system for collecting information on a distance from a starting point to a stopover destination, It is easy to grasp the position, walking distance and local information so that it is easy to move the group to the destination, and even when each person is moving away, sharing the location information of the team members is very easy to grasp while moving to the final destination And a method of driving the navigation system.

According to an aspect of the present invention, there is provided an electronic tag system including an electronic tag including a tag identification information and a server address information. The electronic tag is installed at a specific point in each section of the tag trace, A guide sign showing the description of the tree; A main server for providing a visiting term when the smartphone accesses the server address information; And a short-range communication function. When the electronic tag of the guide sign is located within the communication available range of the short-range communication function, the server receives the server address information from the electronic tag and communicates with the main server, A smart phone receiving a termplit from the main server; .

In this case, when the electronic tag of the guide sign is located within the communication available range of the short-range communication function of the smartphone while the search term is installed and executed in the smart phone, The navigation terminal receives the navigator identification information, and when the navigation terminal inputs the navigator identification information, the guide information corresponding to the navigator identification information is executed.

Here, the guide information may include at least one of a guide name of the guide path on which the guide sign is located, a history of the guide path, a length of the guide path, a relative distance of the current point from the total distance of the guide path, May be output to the smart phone as image information or voice information.

Alternatively, the guide information may include at least one of a name of the tree, a tree of the tree, and a description of the tree when the guide sign is installed in the tree, to the smartphone as video information or audio information Lt; / RTI >

In addition, the smartphone is composed of a plurality of devices, and a search term installed in each of the smart phones receives the phone identification information of the smart phone from the smart phone, periodically receives GPS information of the smart phone from the smart phone, And periodically transmits the GPS information corresponding to the phone identification information to the main server. The smart phones execute a sharing request function through the visiting term table to share respective GPS information, Functioning smart phones are located within the communication availability range of the local communication function of the smart phones, the smart phones execute a sharing permission function for the GPS information corresponding to each phone identification information, and each of the smart phones The main server stores the GPS information corresponding to the phone identification information on the upper side The smartphone periodically displays each GPS information transmitted from the main server on the screen of the smartphones through the navigation term field, and the navigation term field stores each of the GPS information In the case of displaying, it is possible to display each of the GPS information in the form of an icon in a state in which the entire route section of the route is displayed in a map form.

In addition, when each of the GPS information items is displayed, the navigation term field may display the phone identification information of the smartphone or may display an ID corresponding to the phone identification information of each of the smartphones, .

According to another aspect of the present invention, there is provided a method for driving a navigational route guidance system, the method comprising: providing a smart phone having a local communication function within a communication range of an electronic tag provided on a guide sign, An address delivery step of receiving the server address information of the electronic tag and the tour path identification information included in the electronic tag; Connecting the server with address information of the main server by communicating with the smartphone, and transmitting the RFID tag identification information to the main server; An application transmitting step of receiving the visit identification information from the main server and transmitting the visit term corresponding to the visit identification information to the smartphone; An application execution step of executing the navigation term dictionary when the navigation term dictionary is installed in the smartphone; And when the smartphone has the electronic tag of the guide sign positioned within the communication available range of the short distance communication function of the smartphone, the electronic tag of the guide sign receives the visit identification information, A guide information execution step of executing guide information corresponding to the track path identification information and outputting the guide information to the smartphone in the form of voice information or image information when the search path identification information is input; .

In addition, in the case where the smartphone having the search term flip is provided in each of a plurality of persons, the driving termination system of the navigation route guiding system may include a navigation term dictionary installed in each of the smart phones, A GPS information transmission step of receiving phone identification information, periodically receiving GPS information of the smartphone from the smartphone, and periodically transmitting the GPS information corresponding to the phone identification information to the main server; Executing a sharing request function through the visiting term table to share respective GPS information in the smartphones; When the smart phones on which the sharing request function is executed are located within the communication availability range of the short range communication function of the smart phones, the smart phones execute sharing permission execution for executing the sharing permission function for the GPS information corresponding to the respective phone identification information step; When the sharing permission function is executed in each of the smartphones, the main server periodically transmits GPS information corresponding to the phone identification information to each of the smartphones to transmit information on the location to location information A sharing step; And displaying the GPS information of the smartphones on a screen of each of the smartphones through the navigation term field, and when each of the GPS information is displayed on the navigation term field, A position information display step of displaying each of the GPS information in an icon form in an output state; As shown in FIG.

In this case, the guide information may include at least one of a guide name of the guide path where the guide sign is located, a history of the guide path, a length of the guide path, a relative distance of the current point from the total distance of the guide path, May be configured to output at least one of the distance information and the distance information to the smartphone as video information or audio information.

Alternatively, the guide information may include at least one of a name of the tree, a tree of the tree, and a description of the tree when the guide sign is installed in the tree, to the smartphone as video information or audio information Lt; / RTI >

The present invention has the effect of enabling the user using the navigator to see the guide signs and to promptly receive various guide information about the navigator by simply moving his / her smartphone to the guide sign.

Further, the present invention is advantageous in that it is not necessary to provide a separate electric facility for each section of the trail, so that the initial investment cost of the guide system is very small, because the driving is performed without supplying any additional power to the guide sign have.

In addition, the present invention excludes the use of a QR code in order to solve a problem in which a QR code is difficult to recognize due to rain or snow, a tree branch damages a QR code, or a situation where a soil or a leaf covers a QR code And the electronic tag is inserted into the guide sign, so that it can be operated without difficulty even in the rain or snow, and the electronic tag is formed integrally with the guide sign, so that it is less likely to be damaged. .

In addition, the present invention can be applied to a case where a group travel is performed in an area having a long trail such as a mountain or a sightseeing spot, the distance information from the trail to the stop, It is easy to grasp the number of people while moving to the final destination by sharing the location information of the team members even when each of the persons is distant while moving. .

1 is a block diagram of a navigational route guidance system according to an embodiment of the present invention;
FIG. 2 is a diagram illustrating a trail having a trail route guiding system according to an embodiment of the present invention; FIG.
3 is a flowchart of a driving method of the touring route guiding system shown in Fig.
4 is a block diagram of a navigational route guidance system according to another embodiment of the present invention.
FIG. 5 is a diagram showing a trail having a trail route guiding system according to another embodiment of the present invention. FIG.
FIG. 6 is a flowchart of a method of driving the touring route guidance system shown in FIG. 5;
FIG. 7 is a block diagram showing a state in which the position information of each of the personnel is displayed in the form of a map in a smartphone owned by a single person when a group is moved. FIG.
FIG. 8 is a diagram showing a state in which the position information of each of the personnel is displayed in the form of a map in a smartphone owned by a single person when the tour path is moved by a group, and each team member moves by a certain distance in FIG.

Hereinafter, other objects and features of the present invention will be apparent from the following description of embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the relevant art and are to be interpreted in an ideal or overly formal sense unless explicitly defined in the present application Do not.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a navigational route guidance system and method according to an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 9.

<Example in which one user using the tour path (1) receives guidance information>

1 is a block diagram of a navigational route guidance system according to an embodiment of the present invention. FIG. 2 is a diagram illustrating a trail 1 installed with a trail route guiding system according to an embodiment of the present invention.

1 and 2, the touring route guidance system according to an embodiment of the present invention includes a guide sign 10, a main server 20, and a smartphone 30.

The guide sign 10 includes an electronic tag 11 (Radio Frequency Identification) including a trail identification information and server address information. The guide sign 10 is installed at a specific point in each section of the trail 1, Or a structure installed in a tree to show a description of the tree. The guide sign 10 may be a sign installed on the trail 1 or a tree, for example, a sign such as 'Kok Sobong 5Km', as illustrated in the background art.

The trail identification information included in the electronic tag 11 is unique data generated based on the location information of the point where the electronic tag 11 is located. The trail identification information includes a unique ID value, (1) to easily know which information is requested.

The main server 20 is located in an environment of a wired / wireless communication network and transmits and receives a visit term 21 and data of a visit term 21, storage of a visit term 21 and deletion of a visit term 21 The main server 20 provides the search term table 21 when the smart phone 30 accesses the server address information. Here, the term &quot; application &quot; refers to an application installed in a smart phone and used for a smart phone. In this case, when the smartphone 30 is connected by the server address information, the main server 20 is provided with the tracking identification information identified by the smartphone 30, To the smartphone 30 and provide the smartphone 30 with the search term table 21 containing information on the tour path 1 of the area where the user of the smart phone 30 is located. The main server 20 may include a plurality of search term pads 21. In this case, each of the search term pads 21 includes map information and guidance information It is possible to provide a visiting term library 21 necessary for the use of the present route 1. In this case, the division of the plurality of visiting term pits 21 can be distinguished based on the trip identification information, as described above.

The smartphone 30 is a communication terminal capable of communication and data communication, and has a near field communication (NFC) function. The smartphone 30 receives server address information from the electronic tag 11 and communicates with the main server 20 when the electronic tag 11 of the guide sign 10 is located within the communication available range of the local communication function And the visiting term table 21 is provided from the main server 20. In this case, the user of the smart phone 30 can install and use the downloaded visiting term table 21.

Hereinafter, a method of driving the above-described route guidance system will be described, and a method of using the route guidance system according to an embodiment of the present invention by a pedestrian of the route 1 will be described.

FIG. 3 is a flowchart illustrating a driving method of the touring route guidance system shown in FIG. 1. FIG.

The driving method of the navigation route guidance system having such a configuration includes an address delivery step S10, a server connection step S20, an application transmission step S30, an application execution step S40, and a guide information execution step S50 do.

When a user using the touring route 1 first finds the guide sign 10 and adjoins his or her smartphone 30 near the electronic tag 11 of the guide sign 10, Step S10 is proceeded.

In the address delivery step S10, the smart phone 30 having the local communication function is brought close to the communication available range of the electronic tag 11 provided in the guide sign 10, And tag identification information included in the electronic tag 11 are received.

The smartphone 30 receives the server address information of the electronic tag 11 and performs the following server connection step S20 and application transfer step S30 between the smartphone 30 and the main server 20 .

In the server connection step S20, the smartphone 30 performs communication, accesses the server address information of the main server 20, and transmits the RFID tag identification information of the RFID tag 11 to the main server 20 .

In the application transmitting step S30, the main server 20 receives the inquiry path identification information through the smart phone 30 and transmits the inquiry term table 21 corresponding to the path identification information to the smartphone 30 . In this case, the user installs the search term table 21 downloaded on his smartphone 30. Here, the search term table 21 is configured to include image data related to the map of the touring route 1 in the area where the user is located, image information and audio information according to the guide information of the touring route 1, And a program related to an algorithm for executing the image data and the guidance information, and may further include a user interface program for allowing the user to select and view only the video data related to the map and the guide information required by the user have.

Thereafter, the user selectively executes the search term library 21 by automatic execution of the smartphone 30, which is performed by the application execution step S40, and in the application execution step S40, When the search terminology table 21 is installed in the phone 30, the search term table 21 is executed.

Next, when the user brings the smartphone 30 close to the electronic tag 11 of the guide sign 10 again, the smartphone 30 of the user proceeds to the next guide information execution step S50 .

The guide information execution step S50 is a step in which the smartphone 30 displays the guide sign 10 in the case where the electronic tag 11 of the guide sign 10 is located within the communication usable range of the local communication function of the smartphone 30, And the search term table 21 executes the guide information corresponding to the search route identification information. Here, since the search term table 21 is connected to the first main server 20 and is downloaded, the search term table 21 downloads the search term table 21 through the above-described application transmission step S30 The loading step is omitted and the guide information is executed. In this case, the guide information may exist in the form of data in the search term table 21 and may be data downloaded by the smart phone 30 performing communication with the main server 20 when necessary.

The guidance information includes a route name of the touring route 1 where the guide sign 10 is located, a history of the touring route 1 where the guide sign 10 is located, a route length of the touring route 1 where the guide sign 10 is located The relative distance of the current point in the total distance of the trail 1 and the distance from the current position to the trail end point of the trail 1 may be any one of them.

In addition to the above example, the guide information may include at least one of a name of a tree, a portion of the tree, and a description of the tree when the guide sign 10 is installed in the tree.

The guide information is output to the smartphone 30 in the form of voice information or image information, thereby providing information necessary for a user having the smartphone 30 on the tour path 1. [ For example, if the smartphone 30 is brought close to the guide sign 10 of the present touring route 1, the information on the route, the history, the area information of each route 1, (E.g., a distance of the mobile phone 1), or an announcement is outputted through the smartphone 30 so that the user can easily acquire the information of the touring route 1 .

As described above, the tour route guidance system according to the embodiment of the present invention allows the user who uses the tour path 1 to view the guide sign 10 and moves his or her smart phone 30 closer to the guide sign 10 , It is possible to promptly receive various kinds of guidance information about the touring route (1).

In this case, since the touring route guiding system according to the embodiment of the present invention is driven without supplying any additional power to the guide sign 10, it is necessary to install a separate electric facility for each section of the touring route 1 There is an advantage that the initial investment cost of the guidance system is very small.

On the other hand, in a technique in which a commonly used QR code is displayed on the guide sign 10 and the smart phone 30 downloads necessary information using the QR code, it is difficult to recognize the QR code due to rain or snow Or the branches may damage the QR code, or the soil or leaves may block the QR code.

However, since the touring route guiding system according to the embodiment of the present invention is implemented by inserting the electronic tag 11 into the guide sign 10, it can operate without difficulty even in rain or snow, Since the tag 11 is formed integrally with the guide sign 10, it is less likely to be damaged.

&Lt; Example in which users who want to visit a touring route (1) in a group (e.g., Kim, Jang, Lee) share position information using the touring route guidance system according to an embodiment of the present invention.

4 is a block diagram of a route guidance system according to another embodiment of the present invention. FIG. 5 is a diagram illustrating a trail 1 installed with a trail route guiding system according to another embodiment of the present invention. 6 is a flowchart of a method of driving the touring route guidance system shown in FIG.

As shown in FIGS. 4 to 6, in the case that the tour route guidance system according to the embodiment of the present invention is intended to move the tour route 1 to a group composed of several persons, There is a characteristic in doing.

The navigation route guidance system according to an embodiment of the present invention includes a plurality of guide signs 10, a main server 20, and a plurality of smartphones 30.

Here, since the guide sign 10, the main server 20, and the smartphone 30 have the same configurations as those of the above-described embodiment, redundant description will be omitted in the present embodiment, Other technical features will be highlighted.

As described above, in the present embodiment, in the case where the members of the group using the touring route 1 want to move the specific touring road 1 by itself, each of the personnel is guided to the electronic tag 10 of the guide sign 10, The smartphone 30 is installed in proximity to the smartphone 30 and the smartphone 30 is installed in the mobile phone 11 so that each of the smartphone users can receive and use the smartphone 30 through the smartphone 21. In this case, each member of the group is in a state of being gathered at the departure place of the touring route 1, and the state of the visiting term plate 21 is established through the electronic tag 11 of the guide sign 10 installed at the initial place of departure.

Next, in order to share the location information of each of the personnel while moving to the group to the final destination, each of the personnel provided with the guide information using the visiting term table 21 transmits GPS information S60 , A sharing request execution step S70, a sharing permission execution step S80, a location information sharing step S90, and a location information display step S100.

First, when a plurality of personnel who wish to move the touring route 1 to a group are provided with the smartphone 30 having the search term table 21, the GPS information transmission step S60 is performed.

The GPS information transmission step S60 receives the phone identification information of the smartphone 30 from the smartphone 30 at the search term table 21 installed in each of the smartphones 30, The GPS information corresponding to the phone identification information is periodically transmitted to the main server 20. Here, the GPS information transmission step (S60) may be performed by changing the order of the sharing request execution step (S70), which will be described later, so that the GPS information is not continuously transmitted when the position information is not shared among the personnel.

As described above, the GPS information transmission step S60 temporarily stores GPS information on the positions of the respective personnel who move the tour path 1 to the group in the main server 20.

Next, each of the personnel goes through a sharing request execution step (S70) for sharing their location information. In the sharing request execution step (S70), the smart phones (30) share respective GPS information (21). Here, the execution of the sharing request can be executed when each of the persons touches the button related to the sharing request displayed on the screen interface of the visiting term p 21.

Next, in order to carry out the sharing permission execution step S80 in order for the GPS information to be shared among the respective personnel, the sharing permission execution step S80 is performed by allowing each of the personnel to approach their smartphones 30 at one point, In the sharing permission execution step S80, when the smart phones 30 on which the sharing request function is executed are located within the communication available range of the local communication function of the smart phones 30, that is, The smart phones 30 execute the sharing permission function for the GPS information corresponding to the respective phone identification information.

In this case, the location information sharing step S90 is executed. In the location information sharing step S90, when the sharing permission function is executed in each of the smartphones 30, the main server 20 The GPS information is periodically transmitted to each of the smartphones 30 so that the information about the location is shared by the smartphones 30. [

When the location information is shared, a location information display step S100 is performed for each person to view the smartphone 30 and confirm the position of each of the persons. In the location information display step S100, 7 and 8, when the GPS information of the smartphone 30 is displayed on the screen of each of the smartphones 30 via the navigation terminal 21 and each of the GPS information is displayed on the navigation termination table 21, Likewise, each of the GPS information is displayed in the form of an icon (2) in a state in which the entire path section of the route 1 is displayed in a map form.

Here, when each of the GPS information is displayed, the search term table 21 displays the phone identification information 3 of the smartphone 30 around each of the icons or corresponds to the phone identification information of each of the smartphones 30 It is possible to identify the position of a certain person by looking at the phone identification information or the ID of the smart phone 30. In this case, the phone identification information 3 may be a mobile phone number corresponding to the owner of the smart phone 30, or a character directly input by the user of the smart phone 30 through the search term table 21. [ In addition to outputting the image information about the icons of the touring route 1 and the icons according to the location information on the screen of the smartphone 30 as described above, The distance information to the departure point, the intermediate point, and the destination, the area guidance information, and the distance information between the respective persons may be additionally displayed on the screen of the smartphone 30.

In this way, each of the members of the group can move the trail 1 while confirming their position information through their own smartphone 30 in order to move the trail 1 to the group, The members of the group are gathered on the guide sign 10 near the departure place on the screen of the smartphone 30 so that each of the persons appears to be gathered at one point.

Thereafter, when each of the personnel moves on the trail 1, there arises a situation in which a distance between the persons moves due to the difference in the walking speed. In this case, As shown in FIG. 8, a map of the search term table 21 is displayed on the screen. At this time, the position information of each of the personnel is configured and output based on the current position information of the respective personnel.

If a person leaves the path while the person is moving on the path, it is immediately possible to determine whether one of the person or persons has left the path through the user's smartphone 30 .

On the other hand, when the group members find the guide signs 10 installed on the trail 1 or the trees during the travel of the trail 1, as illustrated in the above-described embodiment, have.

On the other hand, when the group members arrive at the destination of the search site, that is, when the GPS information of the group members is located at the final destination, the search term table 21 indicates that the arrival of the GPS information to the final destination is completed, Through the smart phone 30, and releases the sharing of location information between the members of the group.

Next, when the user desires to return to the departure location via the touring route 1, the members of the respective groups may transmit the GPS information S60, the sharing request execution step S70, the sharing permission execution step S80, The location information sharing step S90 and the location information display step S100 may be performed to return to the starting location while sharing their location information.

As described above, the touring route guiding system and the driving method thereof according to the embodiment of the present invention are configured such that when a group travel is made in an area including a long touring route 1 such as a mountain or a sightseeing spot, The distance information to the departure place, the stopover destination and the destination, and the area guide information are received, so that the respective persons can easily grasp the current position, the walking distance and the local information so that the group travel to the destination is easy, Even if they are distant from each other, it is very easy to grasp the number of the team members while they are moving to the final destination.

As described above, the present invention has been described with reference to particular embodiments, such as specific elements, and specific embodiments and drawings. However, it should be understood that the present invention is not limited to the above- And various modifications and changes may be made thereto by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention

One ; Trail 10; Guide signs
11; Electronic tag 20; Main server
30; Smartphone

Claims (6)

The electronic tag 11 includes trail identification information and server address information. The electronic tag 11 is installed at a specific point in each section of the trail 1 and serves as a milestone of the trail 1, A guide sign 10 showing an explanation;
A main server 20 for providing a search term table 21 when the smart phone 30 accesses the server address information; And
Wherein when the electronic tag (11) of the guide sign (10) is located within the communication usable range of the close range communication function, the server address information is received from the electronic tag (11) A smart phone 30 that communicates with the main server 20 and receives the search term table 21 from the main server 20; / RTI &gt;
When the electronic tag 11 of the guide sign 10 is within the communication available range of the close range communication function of the smartphone 30 in a state where the search term table 21 is installed in the smart phone 30, When the electronic tag 11 is located, the electronic tag 11 of the guide sign 10 receives the electronic tag identification information,
The navigation terminal (21) executes guide information corresponding to the navigator identification information when the navigator identification information is input,
The distance of the current point in the total distance of the touring road 1 and the distance of the current time from the total distance of the touring road 1, And a distance from a current location to a destination point of the touring route (1) to the smartphone (30) as image information or voice information; or,
When the guide sign 10 is installed in the tree, at least one of the name of the tree, the tree of the tree, and the description of the tree is output to the smartphone 30 as image information or voice information Respectively,
The search term table 21 installed in each of the smart phones 30 receives the phone identification information of the smart phone 30 from the smart phone 30 Periodically receives GPS information of the smartphone 30 from the smartphone 30 and periodically transmits the GPS information corresponding to the phone identification information to the main server 20,
The smartphone 30 executes a sharing request function through the visiting term table 21 to share respective GPS information, and the smart phones 30 on which the sharing request function is executed are connected to the smart phones 30 The smart phones 30 execute the sharing permission function for the GPS information corresponding to the respective phone identification information when the communication range of the local communication function is within the available range,
The main server 20 periodically transmits GPS information corresponding to the phone identification information to each of the smart phones 30 when the sharing permission function is executed in each of the smart phones 30, (30) displays each GPS information transmitted from the main server (20) on the screen of the smartphone (30) through the search term table (21)
The navigation terminal (21) displays each of the GPS information in the form of an icon in a state in which the entire path section of the tour path (1) is displayed in the form of a map when each of the GPS information is displayed Guide system.
delete The method according to claim 1,
When each of the GPS information is displayed, the search term table 21 may display phone identification information of the smartphone 30 around each of the icons or correspond to phone identification information of each of the smartphones 30 Wherein the display unit displays the ID of the vehicle.
The smart phone 30 having the local communication function is brought close to the communication available range of the electronic tag 11 provided in the guide sign 10 so that the server address information of the main server 20, An address delivery step (S10) of receiving the track identification information included in the electronic tag (11);
A server connection step S20 (S20) in which the smart phone 30 performs communication, accesses the server address information of the main server 20, and transmits the RFID tag identification information of the RFID tag 11 to the main server 20 );
An application transmitting step (S30) of receiving the trail identification information from the main server (20) and transmitting the visiting term table (21) corresponding to the trail identification information to the smartphone (30);
An application execution step (S40) of executing the search term table (21) when the search term table (21) is installed in the smartphone (30); And
When the electronic tag 11 of the guide sign 10 is located within the communication available range of the close range communication function of the smartphone 30, the electronic tag 11 of the guide sign 10 11), and the visiting term table (21) executes guidance information corresponding to the visit identification information when receiving the visit identification information, so that the smart phone (30) A guidance information execution step (S50) of outputting information in the form of information; Lt; / RTI &gt;
When the smartphone 30 is provided with the search term pile 21 in each of a plurality of persons, the search term pile 21 provided in each of the smartphones 30 is connected to the smart phone 30 Receives phone identification information of the smartphone 30 and periodically receives GPS information of the smartphone 30 from the smartphone 30 and transmits the GPS information corresponding to the phone identification information to the main server 30 20), a step S60 of transmitting GPS information;
A sharing request execution step (S70) of executing a sharing request function through the visiting term table (21) to share respective GPS information in the smartphones (30);
When the smart phones 30 on which the sharing request function is executed are located within the communication available range of the local communication function of the smart phones 30, the smart phones 30 may transmit the GPS information corresponding to the respective phone identification information A sharing permission execution step (S80) for executing the sharing permission function;
When the sharing permission function is executed in each of the smartphones 30, the main server 20 periodically transmits GPS information corresponding to the phone identification information to each of the smartphones 30, A step S90 of sharing location information that the smartphones 30 share; And
The GPS information of the smartphones 30 is displayed on the screen of each of the smartphones 30 through the search term table 21 and when each of the GPS information is displayed on the search term table 21, A step S100 of displaying each of the GPS information in the form of an icon in the form of a map in the form of an entire path section of the trail 1; The method of claim 1, further comprising:
delete 5. The method of claim 4,
The guide information includes:
The distance of the current point in the total distance of the touring road 1 and the distance of the current time from the total distance of the touring road 1, And a distance from a current location to a destination point of the touring route (1) to the smartphone (30) as image information or voice information; or,
When the guide sign 10 is installed on the tree, the name of the tree, the tree of the tree, and the description of the tree are outputted to the smartphone 30 as image information or voice information Being; Wherein the guide route guidance system comprises:

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