KR101672678B1 - Traveling guide system for Dulle-gil Course - Google Patents

Abstract

The objective of the present invention is to provide a traveling guide system for a mountain trail course, to provide a tourist with various kinds of stories relating to the four pillars, health and family in the twelve zodiacs including a Chinese zodiac sign of a birth year of the tourist when the tourist walks on a mountain trial in an island or region unit, so as to provide travelling guide including an interesting story. To this end, the system comprises a twelve-zodiac smart device (10) and a mountain train travelling guide server (40) communicating with the twelve-zodiac smart device (10).

Description

{Traveling guide system for Dulle-gil Course}

The present invention relates to a circumferential road tour guide system, and more particularly, it relates to a circumferential road tour guide system in which, when a tourist travels on an island or per- The present invention relates to a tour guide system for the Hurley route, which can give a story related to a family and provide a tour guide with an interesting story.

Like the Olle Road in Jeju Island, Dullei Road offers a variety of tourist products along with natural scenery that is excellent for tourists' walking.

However, these roads are mainly used for natural scenery, and local tourist products or souvenirs are mainly used as composite tourism products on the road. In addition, existing tourist products and guide system are focused only on the health walking movement, and only guide facilities are provided. Even though it is usually the first route, it is difficult for tourists to know the route, direction, topography, There is a disadvantage that it must be solved while experiencing and experiencing from the beginning to the end. In addition, there is a limit to providing a comprehensive tourist product / service or a personalized tourism product / service in the circumference.

1. Unmanned guide tourist information service method and system (Patent Application No. 10-2000-0024672) 2. METHOD AND SYSTEM FOR PROVIDING NETWORK SERVICE FOR BIRTHDAY-BASED COMMUNITY GATHERING AND COMPUTER READABLE RECORDING MEDIUM WITH A PROGRAM FOR IMPLEMENTING THE METHOD (Patent Application No. 10-2001-0016009) 3. Service providing method using natural ecology experience tour guide map (Patent Application No. 10-2007-0133320) 4. Walking game provision method (Patent Application No. 10-2013-0109511)

It is an object of the present invention to solve the above-mentioned problems, and it is an object of the present invention to provide a tour guide for a tourist who is walking on a circumference of a single island or area, And providing a story related to the family, providing a tour guide with interesting storytelling.

However, the object of the present invention is not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

According to an aspect of the present invention, there is provided a circumferential tour guide system including: a hypodermic smart device; (G-1) to 12th (G-1) formed on the circumference 1 of one island or area, and a circumference road information server (40) The binocular smart device 10 is provided in each of the binocular gateways arranged along the gates G-12, and the server 40 communicates with the tourist smartphone 20 used by tourists traveling on the circumference road When the tournament information including the terminal identification number, the password, and the date of birth and the date of birth of the tourist are inputted, the terminal identification number (ID) is stored in the to-be-pod smart device 10 provided on the binocular corresponding to the date of birth, , The password and the tourist information that matches the tourist information, and the smartphone device (10) transmits the tourist information to the tourist smartphone (20) corresponding to the terminal identification number The tournament smart device 10 transmits to the tourist smartphone 20 information indicating that the tourist has passed through the gateway G coinciding with his or her birthday band and a tag matching the tourist information, Output unit 16, and when a password matching the terminal identification number is received through the input / output unit 16, the operator inputs the tag matching the tourist information to the input / output unit The smart device 10 outputs a message to at least one of a voice or a character via the input / output unit 16 when the password is received and outputs the message to the input / output unit 16 And the server 40 includes the terminal identification number of the friend smartphone used by the friend of the tourist in the tourist information, If the terminal identification number of the friend smartphone is input as another tourist information, the friend smartphone 10 transmits the password transmitted by the tourist to the smartphone of the friend, and the smartphone 10 of Fig. And outputs the message through the input / output unit (16) when the password is received, wherein the tourist information includes a terminal identification number of a friend smartphone used by a friend of the tourist and a message to be transmitted to the friend smartphone When the terminal identification number of the friend smartphone is inputted as another tourist information and information indicating that the friend smartphone of the tourist smartphone is detected from the smartphone 10 provided on the sill set by the tourist is received, (40) is a smartphone Sends a message to a group of tourists has been sent.

According to the present invention, a tourist can receive a story related to various postures, health, and family in a twelve-sided figure having his or her birthday zone while walking on the circumference of a single island or area, Tourist guides with distance can be provided.

In addition, according to the present invention, a tourist can stand on the birthday band of his or her twin goddess that is installed for each course portal, and contact his / her smartphone or finger / palm fingerprint, pupil, skin, forearm, , The humidity state of the hand, the pupil state, the body rhythm, etc., along with descriptions of the past, present and future, can be automatically provided. Tourists can enjoy the surrounding food, special products, Can be provided.

In addition, according to the present invention, the tourist can receive the gateway information (photo and video) at the first person's point of view according to the moving position of the tourists, and can more realistically view the scenery and information to be contacted by him / The difference between the information of the terrain and the route which I thought and the image thought in the head can be reduced as much as possible and the image which must be moved on foot is guided to reduce anxiety in the starting route and to increase the margin of satisfaction and satisfaction as a whole There is an effect that can be.

In addition, according to the present invention, the tourist can photograph the photograph and video of the first person's sight of the tourist himself / herself by using the tourist smartphone 20 so as to confirm whether the route type and direction of the road he / It is possible to check the accuracy and the direction of the route that the tourist wants to go, and it can be confirmed in real time, so that the tourist can enjoy the tour and enjoy the uneasiness. There is an effect.

1 is a view showing a circumferential road to which a circumferential road guide system according to the present invention is applied;
FIG. 2 is a block diagram of an embodiment of a circumference guide system according to the present invention. FIG.
FIG. 3 is an external configuration diagram of a snooker-type smart device constituting a circumferential road tour guide system according to the present invention.
FIG. 4 is a block diagram of an internal configuration of a snooker-type smart device constituting a circumferential road tour guide system according to the present invention. FIG.
FIG. 5 is a block diagram of an internal configuration of a smartphone for tourists applied to a circumferential road tour guide system according to the present invention. FIG.
FIG. 6 is a flowchart illustrating a method of touring a circumference using the circumference guide system according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed description of preferred embodiments of the present invention will be given with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In this specification, it is understood that any element 'transmitting' data or signals to another element means that the element transmits the data or signal directly to the other element, or at least one other element Lt; RTI ID = 0.0 > data / signal < / RTI >

1 is a view illustrating a circumferential road to which the circumferential road guide system according to the present invention is applied. Particularly, FIG. 1 shows an example showing first to twelfth gates (G-1 to G-12) each provided with a puzzle device 10, which is a smart device in which a twelve- .

As shown in FIG. 1, the first to twelfth gates (G-1) to (G-12) are formed on a perimeter road 1 provided on one island unit or area unit, Each of the binoculars is provided with a binoculars statue, which is a different statue, in accordance with the walking direction of a tourist, and each binocular has a binocular smart device 10 as a smart device. That is, the POD smart device 10 may be formed in the shape of a duodenum.

Here, as is well known, the zodiac is composed of a child, an ox, a tiger, a grave, a dragon, a sama, a moon, The smart device 10 of each of the first to 12th gates corresponds to a mouse, a cattle, a tiger, a rabbit, a dragon, a snake, , Horses, sheep, monkeys, chickens, dogs, and pigs.

FIG. 2 is a view illustrating a circumferential road guide system according to an embodiment of the present invention, and more particularly, a circumferential road guide system applied to the circumferential road 1 of FIG. 1.

2, the circumferential road guide system according to the present invention is a two-sided smart device (hereinafter referred to as " G-12 " 10, a tourist smartphone 20, a network 30, and a circumference tourist information server 40.

The network 30 may be a high speed backbone network of a large communication network capable of providing large capacity, long distance voice and data services, and may be a next generation wired and wireless network for providing Internet or high speed multimedia service. When the network 30 is a mobile communication network, it may be a synchronous mobile communication network or an asynchronous mobile communication network. The asynchronous mobile communication network may include a WCDMA (Wideband Code Division Multiple Access) communication network. In this case, the network 30 may include an RNC (Radio Network Controller). Although the WCDMA network is described as an example of the asynchronous mobile communication network, the network 30 may be a next generation communication network such as a 3G LTE network or a 4G network, or an IP network based on other IPs. The network 30 plays a role of transmitting signals and data between the POD smart device 10, the smartphone 20 of the tourist, and the tour guide server 40 and other systems.

The POD Smart Device 10 is capable of communicating with the Hourey Road Sightseeing Server 40 via the network 30 and can receive and output various information.

A server generally used for network communication may be applied to the perimeter road information providing server 40.

The tourist smartphone 20 can transmit and receive voice, text, images, and the like through a network. The tourist smartphone 20 may be a smartphone which is generally used at present, or may be a mobile device such as a tablet PC.

Fig. 3 is an external view of an embodiment of a phantom phantom device 10 constituting the circumferential route guidance system according to the present invention. Particularly, in the phantom of the phantom, Fig. 2 is a perspective view of a smart device according to the present invention; Fig. FIG. 4 is a block diagram showing an internal configuration of a to-be-pod smart device 10 constituting a circumferential tour guide system according to the present invention. Hereinafter, a two-sided phantom smart device 10 as shown in Fig. 3 will be described as an example of a phantom smart device to which the present invention is applied.

As shown in FIGS. 3 and 4, the smart device 10 includes a smart recognition module 11 formed in a head shape of both shapes, a fingerprint recognition module 12 provided in a body connected to the front legs of both shapes An ophthalmologic module 13 formed in the same area of both shapes, a blood pressure measurement module 14 formed in a center region of both shapes, an MCU 15, an input / output unit 16, a communication module 17, (18).

The optometric module 13 includes an image pickup element 13a for photographing a pupil of a tourist and an optometric display portion 13b for indicating a pupil state photographed by the image pickup element 13a and an optometric result according to photographing.

The blood pressure measuring module 14 includes a blood pressure measuring unit 14a for measuring a blood pressure by inserting a forearm of a tourist and a blood pressure measuring and displaying unit 14b for outputting a blood pressure measuring guide and a blood pressure measuring result.

The MCU 15 receives an ID of at least one tourist provided by the tourist smartphone 20, a date of birth and date of birth matched with the ID, a unique number such as an IMEI number of the tourist smartphone 20, And controls the communication module 17 to receive the terminal identification number from the peripheries guidance server 40. [

When the MCU 15 is within a preset distance between the contactless communication module 24 of the tourist smartphone 20 and the smart recognition module 11, the MCU 15 transmits the tourist smartphone 20 through the smart recognition module 11 And recognizes and recognizes the terminal identification number of the smartphone 20 of the tourist and uses the terminal identification number of the smartphone 20 of the recognized tourist to identify the tournament visitor's birthday and the birthday of the visitor, It is confirmed that the device 10 is a device. Here, the communication method between the contactless communication module 24 and the smart recognition module 11 can be realized by short range wireless communication (Bluetooth, Zigbee, NFC, etc.), RFID tag, reader method, or the like.

When the MCU 15 judges that the device is a phantom device 10 having a binocular shape matched with a birthday band of a visitor's date of birth and birthday information, Information and character information to the tourist smartphone 20 and to transmit the voice information to the voice input / output unit of the tourist smartphone 20 and the request to output the character information to the video input / output unit to the tourist smartphone 20 And controls the module 17.

When the MCU 15 judges that the binaural smart device 10 is a binaural phantom device 10 that matches the birthday zone of the visitor's date of birth and birthday information, After controlling the communication module 17 to request the contents of past, present, and future tourists of the tourists to the Houligon Tourist Information Server 40 and receive the contents, the contents of the received contents are displayed on the tourist smartphone 20 as character information And controls the smart recognition module 11 to transmit the content, and also outputs the contents of the music through the input / output unit 16 as a voice signal.

The MCU 15 automatically extracts the date of birth from the USIM chip built in the control unit of the tourist smartphone 20 after authentication and automatically extracts the date of birth from the network 30 when the smart recognition module 11 contacts the smartphone 20 of the tourist. Alone type without requiring access to the circumferential road tour guide server 40 through the Internet.

The MCU 15 can recognize the fingerprint (finger or palm) of a tourist through the fingerprint recognition module 12 and measure the blood pressure and the body rhythm when the forearm of the tourist is inserted through the blood pressure measurement module 14 By photographing the pupil of a tourist through the optometrist module 13, a simple ophthalmologic examination function such as a cataract can be performed, which can perform a vision test or image identification.

The MCU 15 allows the tourist to stand on his or her birthday band and put his or her smartphone 20 on the smart recognition module 11 or the finger / palm fingerprint, pupil, The description of the past, present, and future periods together with various health check descriptions such as hand humidity condition, pupil condition, body rhythm, 20, the smart recognition module 11 can be controlled so that the character information is transmitted as character information, and the content of the content can be outputted as a voice signal through the input / output unit 16.

The MCU 15 can control the smart recognition module 11 so that tourist information such as surrounding food, special products, and entertainment formed around the respective gates are transmitted to the tourist smartphone 20 as character information.

The MCU 15 can output the contents of the voice signal through the input / output unit 16. When the audio signal is output, the MCU 15 can output audio in various languages such as Korean, Japanese, and Chinese. Each tourist can select his or her desired language and provide the selected language to the tour guide server 40. The MCU 15 transmits the language transmitted from the perimeter optical tour guide server 40 to the input / .

The input / output unit 16 may be provided in more than one smart device 10.

The event input / output unit 18 performs the same function as the input / output unit 16, and is used for the purpose of providing a specific event.

FIG. 5 is an internal configuration diagram of a smartphone for tourists applied to a circumferential tour guide system according to the present invention.

5, the tourist smartphone 20 includes a video input / output unit 21, a control unit 22, a voice input / output unit 23, a contactless communication module 24, and an RF communication module 25 do.

The control unit 22 controls the RF communication module 25 to access the Houilou tourist information server 40 via the network 30 to register the Houlevour Tour ID, The tourist information service application for the birthday band of the tourists operating and holding the tourist smartphone 20 among the twelve gateways (G-1 to G-12) is performed.

The control unit 22 can control the individual IDs of the wife, son, daughter, parents, and the like separately for the tourists smartphone 20 when a plurality of tourists, for example, an adult male is the owner of the tourist smartphone 20, By applying to the tourist information server 40, it is possible to receive a birthday tag and a tourist guide service related to a plurality of tourists with a single smartphone.

More specifically, the control unit 22 receives the ID of at least one tourist, the date of birth and date of birth provided by matching with the ID, and the terminal identification number, which is a unique number such as the IMEI number of the tourist smartphone 20 And controls the contact communication module 24 to be transmitted to the peripheries information server 40 so that the information is transmitted to the smart device 10.

Accordingly, when the proximity of the contactless communication module 24 and the smart recognition module 11 is within a predetermined distance, recognition of the terminal identification number of the tourist smartphone 20 is completed by the smart recognition module 11 . Using the recognized terminal identification number of the tourist smartphone 20, the MCU 15 recognizes that the twin sagittal smart device 10 to which it is mounted displays a twin sagittal image in which the twin sagittal image is matched with the birthday tag of the visitor's date of birth and birthday information (10). ≪ / RTI >

When the MCU 15 judges that the binocular smart device 10 provided with the binocular smart device 10 is a binoculars smart device 10 in which the binocular smart device 10 having the binocular shape is matched with the date of birth of the tourist and the date of birth of the tourist, The current time and the future contents of the tourists generated by the tour guide server 40 via the time information to the Duralay Tourist Information Server 40 and controls the communication module 17 to receive the request. The MCU 15 can control the smart recognition module 11 to transmit the received content of the song to the tourist smartphone 20 as character information and output the content of the song to the voice output unit 16 can do.

When it is judged by the MCU 15 that the binocular smart device 10 is a binoculars smart device 10 that matches the birthday zone of the visitor's date of birth and birthday information, the control unit 22 displays a gateway G And controls the non-contact communication module 24 to receive voice information and character information indicating that the voice information is passed through the voice input / output unit 23 of the tourist smartphone 20, (21).

When it is judged by the MCU 15 that the binoculars are the twin-soul smart device 10 in which the binaural image is matched with the birthday band of the information of the date of birth and the date of birth of the tourists, the control unit 22 judges whether the past, The control unit 22 controls the contactless communication module 24 that performs communication with the smart recognition module 11. The control unit 22 controls the contactless communication module 24 to communicate with the smart recognition module 11, And receives contents as character information.

The MCU 15 authenticates the date of birth from the USIM chip built in the control section 22 of the smartphone 20 of the tourist when the smart recognition module 11 and the contactless communication module 24 are contacted and then automatically sets the date of birth Can be extracted. Thus, the pod device smart device 10 can be operated in a stand-alone type without access to the circumferential tour guide server 40 through the network 30.

The voice input / output unit 23 outputs information provided from each pod-device smart device 10 by voice, the non-contact communication module 24 performs transmission and reception of data and signals with each pod-device smart device 10, The communication module 25 transmits and receives data and signals to and from the Hourey Road tourist guide server 40 via the network 30. [

Tourists who have the tourist smartphone 20 constructed as described above are allowed to walk on the perimeter road 1 having the first to twelfth gates G-1 to G-12 while walking, It can be confirmed that each image of the shape (the axis, the axis, the phosphorus, the grave, the gin, the yarn, the oh, the mi, the god, the yu, the sake, the sun) is set up. For example, if a tourist who has an amount of birthday band goes to the front of a portal where both forms of the smartphone 10 of the form are located, a tourist can listen to the voice information by the voice input / output unit 23 which is a speaker attached on the tourist smartphone 20 And the character information may be provided to the video input / output unit 21 attached to the smartphone 20 of the tourist.

FIG. 6 is a flowchart illustrating a method of touring a circumference using the circumference guide system according to the present invention.

First, according to the present invention, a tourist travels through a smartphone 20 and a network 30, which are operated and owned by the tour operator, with a tour guide server 40, (G-1 to G-12) of the perimeter road 1 by registering the tour guide information including the tour guide information including the tour guide information including the tour guide information including the tour guide information.

In this case, if an adult male is a tourist and is the owner of a tourist smartphone 20, the tourist can use a single tourist smartphone 20 to store individual IDs for a number of tourists, such as a wife, son, daughter, It is possible to register it in the circumferential road tour guide server 40. [ Accordingly, a tourist can receive a birthday tag and a tourist guide service related to a large number of tourists (wife, son, daughter, parents, etc.) with a tourist smart phone which the tourist uses.

Secondly, after the above step S11, the Houligreen tourist information server 40 compares the ID of at least one tourist provided from the tourist smartphone 20 in the step S11, the date of birth matched with the corresponding ID, Date and time information of the tourist smartphone 20 and tourist information including a terminal identification number such as an IMEI number of the smartphone 20 of the tourist are DB and stored, 10 (S12). However, the Hurley road tourism information server 40 may transmit the tourist information only to the to-be-pod smart device 10 corresponding to the date of birth.

That is, the circumferential tour guide system according to the present invention includes a to-be-paired smart device 10 and a circumferential tour guide server 40 that communicates with the to-be-paired smart device 10, Each of the binocular images arranged along the first gate (G-1) to the twelfth gate (G-12) formed on the road 1 is provided with the above- The circumferential road information server 40 includes a terminal identification number, a password, and a tour operator information including a date of birth and a date of birth of the tourer, which can communicate with a tourist smartphone 20 used by a tourist visiting the circumference road The smartphone device 10 provided on the binocular corresponding to the date of birth of the twin goddesses, or the terminal identification number, the password, and the tourist information, It is possible to transmit matching pieces of information.

Third, after the step S12, one of the two-sided smart devices 10, when the smartphone 20 of the tourist and the smart recognition module 11 approach each other within a predetermined distance, Receives the terminal identification number of the tourist smartphone 20 and recognizes the tourist smartphone 20 (S13). The pod device smart device 10 uses the terminal identification number of the recognized tourist smartphone 20 to determine whether or not the pod device smart device 10 having the twin pod shape that matches the birthday tag of the visitor's date of birth and birthday information ).

Fourth, after the step S13, the pod device smart device 10 confirming the matching of the pattern of the pods is configured to transmit voice information and character information indicating that the user passes through the gateway G matching the birthday band of the tourist, 20) (S14). In this case, the to-be-paired smart device 10 transmits a request for outputting the voice information to the voice input / output unit 23 of the tourist smartphone 20 and the character information to the video input / output unit 21 to the tourist smartphone 20 Lt; / RTI >

Fifthly, after the step S14, the POD Smart Device 10 or the Duryale Tourist Information Server 40 may transmit various kinds of information to the tourist smartphone 20 or various kinds of information included in the tourist information (S15).

First, the pendular smart device 10, which confirms the shape of the binoculars to be matched in the step S13, displays the past, present, and future of the tourists generated by the tour guide server 40 via the birthday and birthday information of the tourists, It is possible to receive the contents of the future of the future from the circumference guidance server 40. [ The podidal smart device 10 can transmit the contents of the pod to the tourist smartphone 20 as voice or text information.

For example, when the tourist smartphone 20 corresponding to the terminal identification number is detected, the smartphone 10 displays information indicating that the tourist passes the gateway G coinciding with his / The tourist smartphone 20 can transmit the tournament information matching the tourist information.

Next, the to-be-pod smart device 10 may output the content of the note to at least one of a voice and a character through the input / output unit 16.

For example, the smartphone 10 may output a part of the terminal identification number through the input / output unit 16.

A tourist who confirms that he / she is part of the terminal identification number used by himself / herself inputs a password matching the terminal identification number through the input / output unit 16. [

When the normal password is received through the input / output unit 16, the smart device 10 may output a voice or a message through the input / output unit 16, which matches the tourist information.

According to the present invention, a plurality of users can sequentially check their own shares through the input / output unit 16.

However, the SSID 10 may not output a part of the terminal identification number. In this case, if a part of the terminal identification number, for example, the last four digits and the password are normally input, Output unit 16 via the input / output unit 16.

To this end, each pod-device smart device 10 may further include a control unit.

The control unit may transmit the date of birth and the date of birth information received from the tourist smartphone 20 to the Duralegui tourist information server 40 by a two-stage CTR encryption method. The control unit receives the date of birth and birthday information from the tourist smartphone 20 and can perform the two-stage CTR encryption using the cipher key 1 and the cipher key 2. [ The control unit may perform one-step CTR encryption to generate E-Nonce by applying block encryption using the encryption key 2. Wherein the control unit arranges the date of birth and the birthday information as the target contents into a plurality of plaintext blocks and performs an XOR operation on each of the E-Nonce and the plaintext block to generate a two-stage encrypted ciphertext block, Can be performed. The control unit provides the birthday and birthday time information to the circumference guidance server 40 through the encrypting steps.

The two-stage CTR encryption method as described above has a feature of blocking hacking and macro input by an unauthorized method from the outside, and reducing burden in error communication and data transmission in wireless communication. By this method, the present invention can select, combine, and provide more objective and reliable information even with smartphone communication, and thus can provide accurate and error-free service.

Next, the to-be-visited smart device 10 may include a message in the tourist information, and when the password is received, the smart device 10 may output the message through the input / output unit 16.

For example, a tourist who visits a circumference route together with a family member or a lover can create a message, voice, text, or a video message to be transmitted to a family member or a lover, and then register the message in the circumference guide server 40.

The smart device 10 may output the message through the input / output unit 16 instead of transmitting the content of the subscription, or transmitting the content of the subscription before or after the normal password is input.

Next, when the tourist information is set as an event and the message is included in the tourist information, the pod smart device 10 transmits the message to the event input / output unit 18 that all tourists can see or hear, As shown in FIG.

For example, a tourist who wishes to publicly propose a proposal or a statement of love or an expression of apology or an expression of appreciation, etc. in a situation where many people are watching, may send a message to a family member, a lover or a friend, And then registers the message as an event to the circumference guidance server 40.

When the normal password is input, the pod-device smart device 10 outputs a message related to the event via the event input / output unit 18, instead of after transmitting the content of the subscription, or before or after transferring the content of the subscription .

The event input / output unit 18 may provide an image that can be viewed by more tourists than the input / output unit 16, or may provide a voice that more tourists can hear than the input / output unit 16. For this purpose, the event input / output unit 18 may include a monitor disposed at a place where tourists are conspicuous, and a speaker disposed at a place where the visitor can hear well.

Next, the pod device smart device 10 outputs a method of transmitting a congratulatory message to the event input / output unit through the input / output unit for the event, and when a congratulatory message is transmitted from another tourist smartphone used by another tourist, And outputs the congratulatory message through the input / output unit for the tourist smartphone 20 or the e-mail included in the tourist information. The congratulatory message may be a character, a voice or an image.

For example, the secondary smart device 10 can communicate with the secondary smart device 10 by pressing a specific button, pressing a specific number, using a specific app, or entering a specific web page Can be outputted through the input / output unit for the event.

Tourists who have seen or listened to the event can use any one of the above methods to send a greeting message to the prospective smart device, a message to accept the proposal, a congratulatory message to forgive, 10).

Upon receiving the congratulatory message, the pod smart device 10 may output the message together with the congratulatory message while outputting the message through the input / output unit for the event.

As a result, more tourists can share joy, happiness and happiness.

The pod device smart device 10 may transmit the message and the congratulatory message to the e-mail included in the tourist smartphone 20 or the tourist information. Therefore, tourists can keep their events forever.

The smart device 10 transmits the memory information input through the input / output unit 16 to the server 40 after the password is received, and the server 40 stores the memory information Visitor information corresponding to tourist information is received, the portable information terminal transmits the memorandum information to the smartphone device 10 corresponding to the returning visitor information, and when the password is inputted, The device 10 can output the memory information through the input / output unit 16. [

For example, when a tourist requests to take a picture through the input / output unit 16, the input / output unit 16 can take a picture. The photographed photograph or moving image (referred to as memorandum information) is transmitted to the Hurley road tour guide server 40, and is matched with the tourist information and stored. The circumferential road information server 40 may provide the memorandum information to the tourists through the electronic medium included in the tourer information.

The circumferential road information server 40 responds to the tourist information (for example, a tourist smartphone number, an ID, a resident registration number, and other information that can identify a tourist) within a preset storage period And when the visiting visitor information is received, transmits the memorandum information to the smart device 10 corresponding to the visiting visitor information.

The smartphone 10, to which the password included in the returning visitor information is input, can output the memory information through the input / output unit 16.

For example, if a tourist who visited the Hangul-jung road in spring saves memories information and then visits the Gul-yul road again in the fall, the tourists can see the memorized information shot in the spring. Therefore, tourists can own more tourist memories.

Next, the server 40 includes the terminal identification number of the friend smartphone used by the friend of the tourist in the tourist information, and when the terminal identification number of the friend smartphone is input as another tourist information, The visitor can transmit the password transmitted by the tourist with the smartphone.

For example, when a tourist registers his / her tourist information in the tour guide server 40, he or she can use a smartphone (friend smartphone) identification number (for example, smart Phone numbers) may be included in the tourist information.

In this case, the tourists can not only provide the terminal identification number of a friend, a lover or a friend of a family who visited the road along with the smartphone, but also a friend identification . ≪ / RTI > For example, if a tourist has a message to tell a friend, lover, family member or a friend, lover, or family member who is expected to visit the road in the future, the friend identification number of the friend smartphone may be changed It can be included in the tourist information and registered in the server 40.

After the terminal identification number of the friend smartphone is registered, if the terminal identification number of the friend smartphone is input as another tourist information, the Houreyou tour guide server 40 or the POD smart device 10 The friend can transmit the password transmitted by the tourist to the smartphone of the tourist.

For example, a visitor visits a courier route in spring, inputs a smartphone number of a mother as a terminal identification number of a friend smartphone in his / her tourist information, and then a mother who visits the above- When the user enters his / her own smartphone terminal into the information, the Hurrey road tourism information server 40 can determine that the tourist is a mother who wishes to transmit the message to the mother.

The mother can input the password to the input / output unit 16 of the POD Smart Device 10 when the password is transmitted.

The smart device 10 may output the message through the input / output unit 16 when the tourist information includes a message and the password is received.

My mother can confirm the message of her son who visited the road in the spring by visiting the road in the autumn.

In addition, when the tourists visiting the circumference road and the lover register their tourist information in order to check their own stock lots, the tourists can use the terminal identification number of the lover's smartphone (friend smartphone) You can register it by including it.

In this case, if a tourist is vacant for a while, the lover can confirm the message left by the tourist alone.

That is, the present invention can provide various memories by providing various message delivery methods.

Next, when the terminal identification number of the smartphone of the friend tourist smartphone is detected from the twin-element smart device 10 provided on another twin gauge with the twin-sided smart device 10 provided thereon, The friend's tourist can transmit the password to the smartphone.

For example, if the tourists visiting the circumference road and their lovers register their tourists' information in order to check their own stocks, the tourists can set the terminal identification number of the lover's smartphone (friend smartphone) Information can be included and registered.

In this case, if the terminal identification number of the friend smartphone 10 is detected from the twin-element smart device 10 provided on the still another twin gauge with the twin gauge smart device 10 corresponding to the date of birth of the tourist , The podagic smart device 10 may transmit the password to the friend smartphone of the lover.

According to the present invention, a friend, a lover, or a family member of the tourist can make more memories in the circumference road by confirming an unexpected message.

Next, the server 40 determines that the terminal identification number of the friend smartphone is not inputted as another tourist information during the predetermined period by the tourist or the server 40, If the password is not detected in the device 10 or the password is transmitted to the friend smartphone of the friend, the result can be reported to the smartphone 10 of the tourist.

Therefore, the tourist can confirm whether or not the message left by him is well communicated to a friend, a lover or a family member.

Next, the tourist information includes a terminal identification number of a friend smartphone used by a friend of the tourist, and a message to be transmitted to the friend smartphone, and the terminal identification number of the friend smartphone is input as another tourist information And when the information indicating that the friend smartphone of the tourist smartphone is detected is received from the smartphone 10, the server 40 sets the smartphone to the friend smartphone 10, Message can be transmitted.

That is, when the smartphone of a friend smartphone set by a tourist is recognized, the smartphone device 10 can transmit a message set by the tourist using the smartphone of the friend smartphone.

Finally, the POD Smart Device 10 can provide information (hereinafter, simply referred to as gateway information) related to each gateway to which a tourist must pass in the future through the input / output unit 16.

For example, the POD smart device 10 may further include a video information providing module at the first person viewpoint to the tourists so that the type of the routes that each tourist passes through through the video information providing module at the first person view , The information about the degree of steepness, angle, terrain, time, difficulty, floor condition, and surrounding scenery of each of the routes can be provided through the input / output unit 16.

In this case, the gateway information may be composed of a photograph, a moving image, a photograph, and a moving image.

Therefore, the tourist can abandon the sightseeing in advance according to his / her condition or preference, or can select the route suitable for his / her condition in advance. In addition, tourists can relax in sight of the route they choose by drawing their own route in the head, and they can visit the place with the desired scenery. Therefore, Satisfaction with tourism can be maximized.

The gateway information may be photographed by the administrator in advance and stored in the smart device 10. The gateway information is photographed by the tourist smartphone 20 during the sightseeing of each tourist and then transmitted to the Hurrey road tourist information server 40 via e-mail, a messenger, a smart phone, etc., May be stored in the device (10).

The input / output unit 16 to which the gateway information is output may be installed on the outer surface of each gateway so that the tourists can see the gateway information while resting at the gateway. That is, the input / output unit 16 may be provided in the SSD 10 itself or separately from the SSD 10. The input / output unit 16 may include at least one screen or a display for performing various functions as described above. At this time, the photographs and videos implemented on the screen or the display are more realistic as pictures and videos at the first person's point of view, which is the angle of the viewer looking at the outside scenery from the viewpoint of the tourists themselves, It displays realistic scenery and information to be contacted by himself. Therefore, he minimizes the difference between the information of the terrain and route that the tourist himself or herself has selected and thought, and the image that he thinks in the head. Thereby reducing the anxiety in the starting route and enhancing the overall leisure and satisfaction of the tour.

The smartphone 10 may also transmit the gateway information to each tourist smartphone 20. In this case, the gateway information may be transmitted from the circumference guidance server 40. [

The gateway information may be changed according to the location information of the tourists. For example, when a tourist consents to the function of providing the location information of his / her tourist smartphone 20 to the tour guide server 40, The guide server 40 can grasp the location of the tourist smartphone 20.

In this case, the circumferential road information server 40 or the smart device 10 may provide the gateway information (photo and moving picture) at the first person's point of view according to the moving position of the tourist. For example, gateway information may be provided that includes information relating to buildings or landscapes seen at each location. At this time, the photographs and videos from the first person's point of view, which is his angle of viewing the outside scenery from the viewpoint of the tourists, rather than the third person's view of seeing the tourists and geography from the outside, , It is possible to reduce the difference between the information of the terrain and the route that the user has selected and thought and the image thought in the head as much as possible and to reduce the anxiety in the starting route by receiving the image to be directly traveled on foot, There is an effect that the margin of the sightseeing and satisfaction can be increased.

In addition, in the system of the present invention, the server 40 or the pod-device smart device 10 is provided to directly display the objects related to the terrestrial and natural life forms such as animals, plants and minerals on the left, An IC chip containing information corresponding to the object is attached to the outer surface of the object, and when a tourist passes by, it communicates with the IC chip through Bluetooth wireless communication of a cell phone or near field communication such as infrared communication, And an automatic information providing module for receiving an input. As a result, tourists can acquire information on natural ecosystem and natural information of various local specialties as well as walking exercise by merely exploring the Oleggia through the automatic information providing module for exhibits, so that they can acquire knowledge and learn.

In addition, in the circumferential route guidance information system according to the present invention, the server 40 or the twin-sided smart device 10 can confirm whether the route type and direction of the route to which the tourist intends to go, For example, about one minute with the gateway information (photo and video) at the first person's point of view according to the travel position of the tourist provided to the above-mentioned tourists, The manager or server may further include an accuracy check module that can receive the photograph and video from the first person's viewpoint and send it to the manager to check the accuracy thereof. After confirming that the information about the type and direction of the desired route of tourists is correct, notify the tourists . This enables tourists to eliminate the anxiety and worry that they will lose their way, and it is possible to confirm in real time whether the accuracy and direction of the route they want to go is correct, thereby relieving the anxiety and enjoy leisurely sightseeing.

The present invention as described above can be implemented as a computer-readable code on a computer-readable recording medium. A computer-readable recording medium includes all kinds of recording apparatuses in which data that can be read by a computer system is stored. Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device and the like, and also implemented in the form of a carrier wave (for example, transmission over the Internet) . The computer readable recording medium may also be distributed over a networked computer system so that computer readable code can be stored and executed in a distributed manner. In addition, functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers of the technical field to which the present invention belongs.

As described above, preferred embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention , And are not intended to limit the scope of the present invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

G-1 to G-12: First to 12th gates
1: Peripheral route 10: Pulsing device Smart device
11: Smart recognition module 12: Fingerprint recognition module
13: Optometric module 13a:
13b: Optometric display section 14: Blood pressure measurement module
14a: blood pressure measuring part 14b: blood pressure measuring display part
15: MCU 16: I /
17: communication module 18: input / output unit for event
20: Tourist Smartphone 21: Video input / output unit
22: control unit 23: voice input /
24: contactless communication module 25: RF communication module
30: Network 40: Houligon Tourist Information Server

Claims (3)

A pseudo-phantom smart device 10, each of which is provided with first and second gates (G-1) to 12 (g-12) formed on a circumference 1 of an island or region; And
And a server (40) for communicating with the secondary smart device (10)
Each of the secondary phantom smart devices 10 includes an input / output unit 16, an input / output unit for an event, a fingerprint recognition module 12, a blood pressure measurement module 14, and an optometrist module 13,
A terminal identification number, a password, and a date of birth of the tourist so that communication can be performed between the tourist smartphone 20 used by a tourist touring the perimeter road, the pod device 10 or the server 40, When the tournament information including the date of birth and the date of birth is input to the server 40 via the communication network, the terminal identification number, the password, and the password are entered into the to-be-pod smart device 10, It transmits tourist information, which matches tourist information,
The terminal identification number is a unique number assigned to the tourist smartphone 20 or a telephone number of the tourist smartphone,
When the tourist smartphone 20 corresponding to the terminal identification number is detected, the to-be-paired smart device 10 transmits information indicating that the tourist passes through a gateway G coinciding with his or her birthday zone, Transmits the matched quadrants to the tourist smartphone 20,
The smartphone 10 outputs a part of the terminal identification number through the input / output unit 16. When the password matching the terminal identification number is received through the input / output unit 16, Outputting the matching quadruple to at least one of voice and character through the input / output unit 16,
When the password is received from the tourist smartphone 20, the smartphone device 10 outputs the message through the input / output unit 16,
If the terminal identification number of the friend smartphone is included in the tourist information, the terminal identification number of the friend smartphone used by the friend of the tourist is included in the tourist information, The smartphone 10 transmits a password transmitted by the tourist to the smartphone 10. The smartphone 10 includes a message in the tourist information and when the password is received from the friend smartphone of the friend smartphone, Respectively,
Wherein the tourist information includes a terminal identification number of a friend smartphone used by a friend of the tourist and a message to be transmitted to the friend smartphone, the terminal identification number of the friend smartphone is input as another tourist information, When the information indicating that the friend smartphone of the tourist smartphone is detected from the smartphone device 10 provided on the sill set by the tourist is received, the server 40 transmits a message transmitted by the tourist to the friend smartphone Lt; / RTI &
When the tourist information is set as an event and the message is included in the tourist information, the pod device smart device 10 outputs the message through the input / output unit for the event that all tourists can see or hear, The smartphone 10 outputs a method of transmitting a congratulatory message to the event input / output unit through the event input / output unit. When the congratulatory message is transmitted from another tourist smartphone used by other tourists, the event input / And transmits the congratulatory message to the e-mail included in the tourist smartphone 20 or the tourist information,
The smart device 10 transmits the memory information input through the input / output unit 16 to the server 40 after the password is received, and the server 40 stores the tour information Visited smart device (10) corresponding to the returning visitor information and transmits the memorandum information to the secondary smart device (10) to which the password contained in the returning visitor information is input 10 outputs the memory information through the input / output unit 16,
When the terminal identification number of the smartphone of the friend tourist smartphone is detected from the smartphone 10 of the twin goddess equipped with the twin goddess smart device 10, Transmits the password to the smartphone,
The server 40 may determine that the terminal identification number of the friend smartphone is not input by the tourist or the server 40 for another predetermined period of time, 10, or if the password is transmitted to the smartphone of the friend tourist, the result is reported to the smartphone 20 of the tourist,
The smart device 10 recognizes the fingerprint (finger or palm) of a tourist through the fingerprint recognition module 12 and displays the blood pressure and the body rhythm through the blood pressure measurement module 14 when the forearm of a tourist is inserted. And photographs a pupil of a tourist through the optometrist module 13 to perform an ophthalmologic examination function such as a vision examination or a cataract which is possible for image identification,
The server 40 or the pod device smart device 10 may be configured to determine the types of routes that the tourist must pass through each gateway in the future, the steep information, angle, terrain, time, Output unit 16 and the smartphone 20 of the tourist. The method according to claim 1,
The gateway information is composed of a photograph and a moving picture. The gateway information is photographed by an administrator in advance and stored in the pod device smart device 10 or photographed by the tourist smartphone 20 during the sightseeing of each tourist, , A messenger, a smart phone, or the like, and then stored in the POD Smart Device (10). The method according to claim 1,
The portal information is set to be transmitted to the tourist smartphone 20 and when the tourist information is registered in the server 40, the location information of the tourist smartphone 20 is transmitted to the Houreyou tour information server 40 The server 40 or the POD Smart Device 10 determines the location of the tourist smartphone 20 and then transmits the gateway information at the first person point corresponding to the location, To the tourist smartphone 20,
In order to confirm whether the route type and the direction of the route to which the tourist intends to go, the tourist photographs the photograph and video of the first person's own sight by the tourist smartphone 20 and sends it to the manager so that the accuracy can be confirmed It features the circumference road guide system.

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