KR20180044653A - System for experiencing tour by V.R and for servicing tour plan - Google Patents

Abstract

The present invention relates to a tourism experience and travel plan servicing method using virtual reality. The method includes the steps of: providing travel information; checking whether a member is authenticated and a travel plan is made; allowing a travel plan generating unit to generate a travel plan according to user′s operation when the travel plan is not made; allowing the travel plan generating unit to display a user window for preparing daily itineraries in the travel plan set by the corresponding member when the travel plan is made; allowing a travel plan building unit to reflect dragged specific places into the daily itineraries to build a travel plan when the member drags the specific places from a list of desired places to the daily itineraries; allowing a reservation and ticketing unit to perform reservation and ticketing for corresponding tourist spots when the member′s travel plan is built; and allowing a travel guide unit to guide the member after the travel plan is built and reserved and the member actually visits a travel destination.

Description

TECHNICAL FIELD [0001] The present invention relates to a virtual reality service,

The present invention relates to a tourism experience and travel plan service system and method using virtual reality, and more particularly, to a tourism experience and travel plan service system using a virtual reality (VR device) The present invention relates to a technique for supporting a process of planning, reservation, payment, sightseeing, and ticket release in a single service from a preliminary investigation of a travel destination when establishing a travel plan.

Recently, interest in virtual reality (VR) has been increasing, and various contents using virtual objects such as virtual reality or augmented reality have been proposed.

Generally, virtual reality is a virtual space created by artificial technology using a computer, etc., but it is similar to the real world but is not realistic.

Augmented Reality (AR) is a computer graphics technique that combines virtual objects in a real environment to make them look like objects in the original environment.

The augmented reality is characterized in that the user can interact with a virtual object based on the real world to give enhanced reality.

Various technologies for realizing such virtual reality or augmented reality (hereinafter referred to as virtual reality) have been developed, but their application fields are very limited.

For example, in a state of wearing a goggle type virtual reality apparatus capable of realizing a virtual reality, an image of a sightseeing spot is displayed and indirect experience is performed.

However, such a virtual reality apparatus is limited to an indirect experience of a sightseeing spot, and there is a problem that it is not linked with a function of establishing a travel plan and actually making a reservation in order to actually travel to the tourist destination.

In addition, the tourism industry has been developing in accordance with the increase of the income level and the implementation of the five-day workweek in recent years, and the visits of famous tourist attractions abroad and domestic are increasing through summer vacation or weekend trip.

According to this tendency, there is a need for a technique for linking indirect experience of a tourist resort using a virtual reality machine and a program for establishing and executing a travel plan.

In addition, currently developed tourism-related apps or services do not effectively provide various information.

That is, the travel information providing service is proceeding in a manner that responds to a fragmentary demand without understanding the process from the viewpoint of the user.

It is expected that a large number of tourists from both home and abroad will visit the big sports events such as the 2018 Winter Olympics, and the service for these tourists should be approached from a single process perspective, It is judged to be insufficient.

It is anticipated that the tour schedule of tourists who visit to watch large sports events such as the Olympics will be as follows.

That is, it proceeds to five stages of information collection stage, planning stage, reservation stage, sightseeing stage, and shopping stage.

First, the information gathering phase collects information on the Olympic and major sports event schedule, stadium location, surrounding tourist sites, costs, travel schedules, transportation, restaurants, and shopping centers.

During the planning phase, a specific schedule will be set up for the Olympic Games admission ticket, attractions, accommodation, transportation, food and other activities depending on the duration and cost of the Olympic and major sporting events.

At the reservation stage, you will be able to purchase packaged travel products according to the Olympic and major sporting event viewing plans, or to reserve and purchase airline tickets and accommodation for free travel.

At the sightseeing stage, we travel around sightseeing spots in the venue of the Olympic and major sports events.

At the shopping stage, the user purchases desired goods and services such as the Olympics, large-scale sports-related products, and local souvenirs.

However, the conventional tourism-related services are limited to only one of these stages, and in order to be more useful for tourists participating in large-scale sports events, local festivals, and exhibitions, Although it is necessary to effectively support the whole process ranging from establishment, reservation, and shopping, there are problems in this respect.

In addition, according to the conventional travel plan service, it is possible to calculate a scheduled time to be spent on a travel destination based on a travel scheduled time and a visited place information input by a user, adjust a scheduled consumption time therefrom, A service method is provided in which a recommendation route and a visit recommendation time for reaching the facility are provided to create a time plan or a travel time plan can be established by searching for a basic stay time for a facility that a traveler wants to visit have.

However, this method requires the user to set up the schedule of every visit to the trip, and it is not easy to create a travel plan considering the location of the visited place, the famous sightseeing spot, the time taken, and the like.

In addition, many large-scale sports events such as the Olympics are visited by tourists. Due to the fact that these sports events can not be combined with existing travel services, There is a problem that it is limited to the related schedule.

(Document 1) Korean Patent No. 10-1015203 (Name: Travel Schedule Service Providing Method) (Registered on Feb., 2011) Korean Patent Laid-Open No. 2002-0007790 (titled: How to Provide Optimized Trip Planning Service via Internet) (2002.01.29 released) (Document 3) Korean Registered Patent No. 10-0234598 (Name: Travel Planning System) (registered on September 09, 1999) (Document 4) Korean Laid-Open Patent Application No. 2013-0035659 (Name: International Travel Guide Device and Method of Providing Overseas Travel Guide Service) (Released on March 04, 2013)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a VR device, The present invention provides a travel plan service method capable of supporting the process of plan establishment, reservation, payment, sightseeing, and ticket release from a preliminary investigation of a travel destination in one service when establishing a travel plan for the travel plan.

It is another object of the present invention to provide a travel plan service method which can register late reviews and feelings and can help establish a future travel plan by sharing with each other through SNS or the like.

It is another object of the present invention to provide a travel plan service method which can be easily presented by automatically popping up a screen displayed on a smartphone as an electronic ticket received at the time of reservation of a sightseeing spot reaches the ticket office.

In order to realize the object of the present invention described above,

1. A tourism experience and travel plan service method using a virtual reality, a virtual experience, and a travel plan service system (10) using a virtual reality,

A step of indirectly experiencing a tourist spot by displaying an image of the tourist spot by interlocking the virtual reality server and the virtual reality server;

If a target tourist destination is determined through the virtual reality device, the smartphone and travel plan service server proceeds to establish a travel plan for the tourist destination,

Wherein the step of establishing the travel plan comprises:

The travel information providing unit may provide travel information through a smartphone of a member or a non-member;

Authenticating the member authentication unit member and checking whether or not the travel plan set by the member exists;

The travel plan creating unit creates the travel plan according to the operation of the member if the travel plan of the member is not checked as being present;

The travel plan generating unit displays a user screen for creating a daily schedule in the travel plan set by the member if the travel plan of the member is checked to be present;

The trip plan establishing step may include the step of reflecting the dragged specific place on the daily schedule as the specific place is dragged from the list that the member wants to go to and moved to the daily schedule,

The reservation and ticket issuance section, after the travel plan corresponding to the member is established, proceeding to reservation and ticket release for the tourist spot;

And performing the travel guide procedure when the travel guide unit visits the actual travel destination after the establishment and reservation of the travel plan is completed.

The tourism experience and travel plan service method using the virtual reality has the following advantages.

First, a tour plan can be easily established by indirectly experiencing a sightseeing spot by using a virtual reality device (VR device), and linking the virtual reality device with a travel plan program.

Second, a user screen for creating a daily schedule can be displayed in the travel plan set by the member, and the specific place and plan can be moved from the list that the member wants to go to the daily schedule by the drag method. It is possible to provide the convenience of creating a travel plan by establishing a travel plan by reflecting a place and a plan to which the user intends to go in comparison with the method in the daily schedule.

Third, it provides a function to create and store a tour diary, so that it is possible to register a tourist review and share information with other people through the SNS.

Fourth, it provides convenient reservation and ticket release function, so it is convenient to proceed with booking and ticketing prior to visiting sightseeing spot, and it is convenient when entering ticket office by receiving electronic ticket in advance.

Fifth, when the electronic ticket received at the reservation of the sightseeing destination reaches the ticket office, the smart phone automatically causes the GPS signal and the electronic ticket authentication code to be popped up on the screen, so that the electronic ticket Can be easily presented.

Sixth, it is possible to facilitate settlement of expenses by providing travel charge settlement function after the trip.

1 is a block diagram illustrating a tourism experience and travel plan service system using a virtual reality according to an embodiment of the present invention.
FIG. 2 is a block diagram showing a connection relationship between components constituting the tourism experience and travel plan service system using the virtual reality shown in FIG. 1. FIG.
3 is a block diagram illustrating a tourism experience and travel plan service system using the virtual reality shown in FIG.
4 is a flowchart illustrating a method of providing a tourist experience and a travel plan using a virtual reality according to an exemplary embodiment of the present invention.
5 is a perspective view showing a virtual reality apparatus.
6 is a block diagram showing a structure of a virtual reality apparatus.
7A and 7B are user screens displayed for providing travel destination information according to an embodiment of the present invention.
FIG. 8 shows an example of a user screen for member authentication according to an embodiment of the present invention.
9 is a user screen displayed for searching for a course displayed according to a click of a search button on user screens for providing travel destination information according to an embodiment of the present invention.
10 is a view illustrating an example of a user screen for explaining a travel plan inquiry according to an embodiment of the present invention.
11A-C illustrate user screens for travel plan creation and modification in accordance with one embodiment of the present invention.
12A to 12D are user screens for explaining a travel plan establishment procedure according to an embodiment of the present invention.
13 is a view showing an input window for proceeding with reservation and ticket release displayed on the user's terminal.
FIG. 14 shows an example of a user screen corresponding to my travel guide displayed according to the travel guide procedure of an embodiment of the present invention.
15 is a diagram showing an example of an electronic ticket displayed on the user terminal.
FIG. 16 is a block diagram schematically showing the structure of a travel charge settlement unit according to another embodiment of the present invention.
17 shows an example of a user screen displayed for creating a tour diary according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a tour experience and travel plan service method using a virtual reality according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram illustrating a tourism experience and travel plan service system using a virtual reality according to an embodiment of the present invention.

Referring to FIG. 1, a tourist experience and travel plan service system 10 using a virtual reality apparatus includes a virtual reality apparatus 5 of a goggle type, a first smart phone 20 and a second smart phone 30, Respectively.

The service system 10 corresponds to a server providing travel related information and the virtual reality device 5 and the first smartphone 20 and the second smartphone 30 correspond to a client such as a traveler .

The first and second smartphones 20 and 30 may be loaded with a predetermined application program (or an application) corresponding to a tourist experience and travel plan service using virtual reality.

The system 10 provides travel information at the request of the first smartphone 20 and processes member authentication. Of course, the travel information can be provided even when the first smartphone 20 is not authenticated as a member.

The system 10 provides image or image information of a tourist spot to a virtual reality device through data transmission / reception with the authenticated virtual reality device 5 and the first smartphone 20, Creates a travel plan corresponding to the travel plan 20, establishes a travel plan, and performs a series of service operations to guide the travel destination.

The system 10 may also be configured to send the first smartphone 20 through the SNS account of the first smartphone 20 input via the first smartphone 20 in response to an SNS sharing request of the first smartphone 20, And carries out a service operation of sharing travel information of the smartphone 20.

The system 10 may perform a peripheral search service operation at the request of the first smartphone 20 or may perform a search diary (or travel diary) service Operation may be performed.

In addition, the system 10 may perform a service operation for making a reservation for a lodging, a restaurant, a sightseeing spot, a stadium or the like of a travel destination according to a request of the first smartphone 20 or for issuing a ticket.

2 and 3, the tourism experience and travel plan service system 10 using virtual reality includes a virtual reality server 106 for providing tourist information to the virtual reality apparatus 5, a travel plan service server 110 and a database unit 120. [

The virtual reality device server 106 provides or updates the tourist location information to the virtual reality device 5.

As shown in FIGS. 5 and 6, the virtual reality apparatus 5 includes a frame 60 that can be worn on the head in the form of an eyeglass; An image processing unit 62 mounted on the inner side of the frame and processing image or moving image data of a sightseeing spot; A display unit 64 for displaying the processed image data; A 3D image processing unit 66 for displaying the image on a screen as a three-dimensional moving image in a panoramic format; And an interface unit 68 for displaying sightseeing information such as characters on the screen and selecting a sightseeing spot.

When the virtual reality device 5 is worn by the user and selects a specific sightseeing spot, the virtual reality device 5 can display the actual image of the sightseeing spot and experience the virtual tour as if traveling through the place.

At this time, each configuration can be linked to an operation program installed in the virtual reality server, thereby providing an image of the tourist spot.

In this case, technologies of FlashPix, IIP, Photo Vista, Object Modeler, and Reality Studio are used to provide 3D images, ShapeSnatcher technology for 3D virtual space production is used, Cult3D technology is used for virtual space construction.

The user selects the target tourist destination through the user interface unit 68 while wearing the virtual reality apparatus 5 and the virtual reality unit 5 of the server transmits the data of the selected tourist destination to the virtual reality apparatus do.

The virtual reality device 5 implements the received tourist data on the display, so that the user experiences an indirect experience with the tourist destination.

The virtual reality server 106 includes an identification unit 107 for recognizing the identification code of the virtual reality apparatus 5 and identifying the virtual reality apparatus 5; An image processing unit (108) for processing image data of a tourist spot; A tourist data updating unit 109; A communication unit (129) for transmitting the image data to the virtual reality apparatus (5); And a virtual reality database 60.

The identification unit 107 receives the identification code of the virtual reality device 5 to be connected and verifies it with the identification code stored in the DB to check that the virtual reality device is registered as a member.

The image processing unit 108 extracts image or moving image data of the sightseeing spot from the database and provides it to the virtual reality apparatus 5.

The update unit 109 compares the date of the image processed by the image processing unit 108 with the image date newly stored in the database 60 and provides the updated image to the image processing unit 108 do.

After the user experiences a virtual experience of the sightseeing spot through the virtual reality device 5, the travel plan is established using the smartphone and the travel plan service server when the tourist place to visit is determined.

The travel plan service server 110 includes a travel destination information providing unit 111, a member authenticating unit 112, a travel plan creating unit 113, a travel plan establishing unit 114, a travel guide unit 115, A neighboring searching unit 117, a tour diary creation unit 118, a reservation unit,

The database unit 120 stores the travel destination information DB 121, the member information DB 122, the travel plan information DB 123, the travel plan information DB 124, the map information DB 125, A reservation information DB, and a ticket release information DB.

In this embodiment, the tourism experience and travel plan service server 110 using the virtual reality includes the travel destination information providing unit 111, the member authenticating unit 112, the travel plan creating unit 113, The travel guide unit 115, the peripheral search unit 117, the tour diary creation unit 118, and the reservation and ticket issuance unit 119. However, for convenience of explanation, It is logically divided but not hardware.

The database unit 120 stores the travel information DB 121, the member information DB 122, the travel plan information DB 123, the travel plan information DB 124, the map information DB 125, , A tour diary information DB 126, a reservation information DB, and a ticket release information DB. However, this is logically divided for convenience of explanation, but is not classified by hardware.

The virtual reality-based tourism experience and travel plan service server 110 will be described in more detail.

The travel destination information providing unit 111 provides the travel information stored in the travel destination information DB 121 to a smart phone owned by a member or a non-member. To this end, a smartphone possessed by a member or a non-member may be loaded with a predetermined application program (or an application) corresponding to a tourist experience and travel plan service using virtual reality.

The member authenticating unit 112 checks whether or not the member is authenticated based on the ID and password of the member to be connected and the information stored in the member information DB 122.

At this time, the member authentication unit 112 may login in conjunction with a face book or a Twitter, as well as an existing ID and password scheme.

The travel plan generating unit 113 generates one or more travel plans according to the operation of the member who has been authenticated by the member authentication unit 112 and stores the one or more travel plans in the travel plan information DB 123. [

The travel plan establishing unit 114 provides a daily calendaring service so that a travel plan is established in the travel plan generated by the travel plan generating unit 113. [

That is, one content (i.e., a place or a sightseeing spot) in at least one of a specific place such as a tourist spot category, a lodging category, a restaurant category, a shopping category, a leisure category, Is dragged and moved to the daily schedule, it is reflected in the daily schedule of the member and stored in the travel plan information DB 124.

In the case of a typical tourism application, when a corresponding screen for a destination, a stay, a time, etc. is popped up, a member inputs information desired by the user on the pop-up screen.

At this time, various methods of inputting the desired tourist information can be directly input to the pop-up screen, or a desired content can be dragged from the list of tourist sites to be displayed and inserted into the schedule.

In the case of the drag method, since the member creates his / her own daily schedule by a simple operation of dragging, it is possible to provide simplicity in establishing a travel plan.

As the specific tour, accommodation, restaurant, stadium, etc. are dragged by the member and moved to the daily schedule, the distance information between the respective places can be calculated and displayed automatically in the daily schedule. At this time, the distance calculation can be calculated by coordinates based on a GPS signal or the like.

Accordingly, the member can recognize on the screen whether or not the distances between the respective places are close to each other, so that it is possible to provide a simplification to create a travel plan.

That is, when a user selects a reference location and then drags the selected location to a schedule, the distance between the reference location and the next location is automatically calculated and displayed as a number or symbol on the screen.

Then, the user recognizes the distance, and if the location is too far away, the plan can be adjusted in such a manner that the visiting order is changed.

Of course, it is also possible to preliminarily set the plan distance or more, and if the two places are equal to or greater than the plan distance, it is also possible to program so as to return to the home position without being inserted into the schedule table.

The travel guide unit 115 guides the travel destination of the member based on the travel plan established by the travel plan establishing unit 114. The travel plan includes a daily schedule created by a member in a drag manner.

The social network system sharing unit 116 provides the user's travel information to another user's SNS account set by the user at the request of the user.

The neighboring search unit 117 searches the map information DB 125 for a map corresponding to the current position of the user or a map corresponding to the travel plan of the user, and provides a neighbor search service.

Therefore, the user can search not only the place of visit but also a place that he / she can see around by reference, so that the place can be further included in the schedule.

At this time, if the place is additionally added to the schedule, the schedule can automatically insert the visit schedule of the place into the schedule and adjust the time of the visit place set before and after.

The tour diary creation unit 118 stores a tour diary created by the user in the tour diary information DB 126. [

At this time, the user can register his / her impressions, lectures, photos, videos, etc. on the sightseeing or sports event through a terminal such as a smart phone, and the tour diary creation unit 118 stores the diary data in a diary information DB 126).

The reservation and ticket issuance unit 119 reserves and releases tickets for accommodations, restaurants, sightseeing spots, sports events, etc., which require reservation, in the travel plan set by the user.

That is, the reservation and ticket issuance unit 119 is composed of a reservation module for making reservations and a ticket release module for proceeding to release electronic tickets.

For example, when an online reservation system is supported by a lodging facility, a restaurant, a sightseeing spot, a sports event, etc., an application loaded on the terminal of the member is activated, and the reservation You can connect to the system and try to make a reservation according to the travel plan you set up.

That is, data such as the time of visiting the facility, the number of visitors, the name, and the like are transmitted to the reservation system for reservation.

Of course, when the reservation system does not support the reservation function by the terminal, it is also possible for the user to make a reservation manually by accessing the web page of the facility from the pop-up window of the terminal.

The ticket release module may access the corresponding web page and request the sale of an e-Ticket.

In other words, when a reservation is requested through a reservation module and a fee is paid, an electronic ticket can be requested to be issued in advance. When a ticket is requested to a web page through a ticket module, .

Then, after receiving the electronic ticket, the user stores the electronic ticket in a memory such as a smart phone, and when the user actually visits the tourist spot, the user can present the electronic ticket and enter the electronic ticket.

In addition, the information obtained through the reservation module and the ticket module may be stored in the reservation and ticket information DB 127.

In addition, the present application may add a function of popping-up an electronic ticket automatically on the screen when an electronic ticket stored in a smart phone approaches a gate of a tourist spot as another embodiment.

That is, when traveling normally, a large number of electronic tickets are issued in advance and stored in a memory of a smart phone, and must be presented at a ticket office of a tourist destination. In order to retrieve an electronic ticket stored in the smart phone, It is.

Furthermore, since a large number of photographic images are stored in a smart phone, it is difficult to find an electronic ticket in a short time and present it to a ticket office when the photographic image and the electronic ticket are mixed with each other.

Accordingly, in the present application, an electronic ticket stored in a smart phone can be automatically popped up on the screen when the user approaches the box office, and can conveniently be presented.

The GPS signal of the smartphone, the coordinate data of the tourist spot, and the file name of the electronic ticket are interlocked with each other.

That is, as shown in FIG. 13, when the user accesses the ticket office and activates the related application of the smartphone, the GPS coordinate signal is received. When it is determined that the user approached the ticket office, From the memory and pops up the electronic ticket on the screen.

At this time, since the file name of the electronic ticket includes a recognition code for recognizing the tourist spot, the app can automatically retrieve the electronic ticket matching the tourist spot among many images stored in the memory.

In the above description, the user manually activates the app at the ticket office and the electronic ticket is automatically downloaded. However, the entire process may be automatically performed.

That is, if a beacon is installed at the entrance of a ticket office or an NFC sensor is installed, if the user approaches the smartphone while holding the smartphone, the smartphone senses an NFC sensor or a beacon signal, The electronic ticket can be automatically withdrawn from the memory and popped up through the same process.

As another embodiment of the present invention, as shown in FIGS. 3 and 14, a travel charge settlement function may be further included.

Generally, after the trip, the expense is settled. At this time, the amount of the receipt is added up manually, and the sum of expenses is summed up. In addition, even when the settlement is made by a program such as an app, only the total amount is automatically entered by manually inputting the expenditure amount into the input window displayed on the screen.

This method requires a long settlement time and also low accuracy.

In particular, hotels such as hotels require a deposit of a certain amount when checking in according to circumstances, and are settled at the time of check-out.

At this time, the user uses a credit card as a deposit, and then cancels the payment when checking out. However, even if the credit card settlement is canceled, it is significant that the user is notified the next month, so it is difficult for the user to settle the correct expense up to that point. In addition, when the expense due to the use of the mini bar during the stay is deducted from the deposit, the deducted expense is difficult to grasp accurately at that time, and it is also significant that the payment is canceled in the next month.

Therefore, in the present invention, the travel cost can be settled by further providing the travel cost settlement unit 50 as another embodiment.

The travel expense settlement unit 50 includes an input unit 52 that receives data on expenditure expenses from a server of a financial institution such as a credit card company or a bank; A deposit unit 54 for determining whether a deposit is provided at the time of check-in of a lodging facility; A real cost calculating unit 56 for determining whether or not there is a cost to be paid to a lodging facility among the deposits; And an arithmetic unit 58 for calculating the actual required expenses by subtracting the sum of the total travel expenditure, the deposit, and the actual cost, which have been accumulated through the input unit.

The input unit 52 receives data related to expenses from a credit card company, a server of a VAN company, or a financial institution server through a network.

Then, the deposit unit 54 obtains the amount of the deposit and the amount of the canceled amount from the expenditure expense data received from the credit card company or the server of the financial institution.

In addition, the actual cost settlement unit 56 can also grasp the cost settled to the lodging establishment from such expenditure cost data.

The calculation unit 58 can calculate the actual cost by deducting the deposit and the settlement cost from the total travel expenses inputted by the input unit.

As described above, according to the present embodiment, a screen form for creating a daily schedule is displayed in the travel plan set by the member, and when a specific place is dragged from the destination list to which the member wants to go and is moved to the daily schedule The dragged specific location is reflected on the daily schedule to establish a travel plan, thereby providing convenience in creating a travel plan.

In addition, it is convenient to make reservations and settlement for the travel destination, and to release the electronic ticket in a single service online.

4 is a flowchart illustrating a method of providing a tourist experience and a travel plan using a virtual reality according to an exemplary embodiment of the present invention.

Referring to FIG. 4, a user wears a virtual reality machine and selects a tourist spot through an interface unit. When a sightseeing spot is selected, the virtual reality server transmits the image data of the sightseeing spot to the virtual reality camera.

Since the image data transmitted to the virtual reality device is implemented by the display, the user experiences indirect experience with the tourist destination.

Then, if a tourist resort is determined as a result of the experience through the virtual reality machine, a travel plan for the tourist destination is established using a smartphone.

That is, the travel destination information is provided to the member or non-member smart phone at the request of the member or non-member (step S100).

7A and 7B are user screens displayed for providing travel destination information according to an embodiment of the present invention.

As shown in FIG. 7A, the member or non-member can confirm the travel destination information classified into the course information and the tourist information.

In FIG. 7A, when the member or non-member selects the course information, detailed information on the course is displayed as shown in FIG. 7B.

The detailed information of the sightseeing spot displayed on the screen may include a brief description of the sightseeing spot, photographs showing the sightseeing spot, a detailed description of the sightseeing spot, a place information, a usage guide description, a traffic guide, and the like.

At this time, user screens for searching for a course may be displayed by selecting an icon displayed in the upper right area of the screen where the destination information including the course information and the tourist information is provided.

Then, by selecting a loading selection bar provided at the lower end of the user screen, the course is secured as a plan.

At this time, if the user who is authenticated as the member selects it, it is included as the plan of the corresponding member, but if the non-member selects it, a separate authentication procedure as shown in FIG.

At this time, in the member authentication window, not only the existing ID and password method but also a menu bar that can be linked with a face book or a Twitter can be provided and logged in.

9 is an example of a user screen displayed for searching for a course for providing travel destination information.

That is, in course selection, icons for theme selection and icons for plan selection are displayed.

For example, a user may select a theme of one of family, lover, friend, rest, honeymoon, business trip, solo or other, and the same day, 1 night 2 days, 2 nights 3 days, 3 nights 4 days, 4 nights, 5 days, 6 or more can choose a plan.

Therefore, information corresponding to the theme can be provided on the screen by clicking the menu bar.

Referring again to FIG. 4, it is checked whether the user is a member as a result of requesting the user to log in based on the provided travel destination information (step S110).

FIG. 8 shows an example of a user screen for member authentication according to an embodiment of the present invention.

As shown in the figure, a member may request authentication by writing an e-mail address and a password registered at the time of subscription, or may request authentication through an SNS such as Facebook or Twitter.

If it is not checked as a member in step S110, a membership registration procedure is performed (step S112). The subscription may be made using a Twitter account or a Facebook account.

Using the SNS account such as a Twitter account or a Facebook account to carry out the membership process is intended to share travel information with other users in the future.

If it is checked as a member in step S110, it is checked whether or not there is a travel plan corresponding to the member (step S120). If it is determined in step S120 that the travel plan corresponding to the member does not exist, a procedure for creating a travel plan according to the operation of the member is performed (step S122).

FIG. 9 shows an example of a user screen for explaining a travel plan inquiry according to an embodiment of the present invention.

As shown, a pop-up window for menu selection is displayed by selecting the bar bars displayed on the left side of the screen of the user. The pop-up window for menu selection displays the travel plan list and select characters for travel plan creation, travel destination information, places to go, my travel guide, and select characters for selecting Olympic game information. Additionally, selectable characters for membership registration, logout, and personal information modification are displayed.

11A-11C illustrate user screens for travel plan creation and modification in accordance with one embodiment of the present invention.

As shown, the user creates a travel plan through a procedure of selecting a travel topic, entering a travel title, selecting a period, and selecting a travel destination. After this procedure, the travel plan of the member as shown in FIG. 11C is created.

Referring again to FIG. 4, if it is checked in step S120 that a travel plan corresponding to the member exists, it is checked whether or not a plurality of travel plans set by the member is present (step S130).

If a plurality of travel plans corresponding to the member are checked in step S130, the member is guided to select one travel plan (step S132).

If one travel plan is selected by the member in step S132 or one travel plan corresponding to the member is checked in step S130, a procedure for establishing a travel plan is performed (step S140).

The above-described travel plan establishment includes a series of operations for displaying a list of destinations to go according to a user's selection, a series of operations for creating a daily schedule according to a user's selection, a series of operations for changing a transportation means . ≪ / RTI >

For example, when an authorized member selects a list of places to go, a predetermined application program corresponding to a tourist experience and travel plan service using a virtual reality mounted on the user smart phone may use a pseudo code or the like Bring up a list of places that the member has set up or wants to go to for the member's settings (for example, a list of tourist attractions, a list of accommodations, a food mall, a shopping list, a list of sports events, Display on the phone.

In addition, the predetermined application program corresponding to the tourist experience and travel plan service using the virtual reality mounted on the smartphone of the user performs an operation of displaying a pop-up that can change the transportation means when the user selects the change of the transportation means do.

In addition, the predetermined application program corresponding to the tourist experience and travel plan service using the virtual reality mounted on the smartphone of the user can delete the plan from the list when the user wants to delete the list of places he wants to go to.

In addition, the predetermined application program corresponding to the tourist experience and travel plan service using the virtual reality mounted on the smart phone of the user may be stored with the plan-added data if the user adds the plan in the list of places he wants to go to.

In addition, the predetermined application program corresponding to the tourist experience and travel plan service using the virtual reality mounted on the smartphone of the user may create the daily schedule (or the plan schedule) based on the current schedule of the customer.

In addition, a predetermined application program corresponding to a tourist experience and travel plan service using a virtual reality mounted on a smart phone of a user checks whether a plan is dragged by a user and inserting a plan at a desired time when overlapping plan parts Can be performed.

In addition, the predetermined application program corresponding to the tourism experience and travel plan service using the virtual reality mounted on the smartphone of the user can calculate the distance, the time required, etc. when there is the next plan.

12A to 12D are user screens for explaining a travel plan establishment procedure according to an embodiment of the present invention.

Referring to FIG. 12A, in the initial user screen for establishing a travel plan according to the present embodiment, time blocks in which a day is divided every hour are displayed in the right area of the screen, and tourist areas, Tourism categories such as shopping, sports, events and cultural facilities are displayed.

Referring to FIG. 12B, when establishing the travel plan according to the present embodiment, an operation of dragging a sightseeing spot and inserting it into a daily schedule can be performed.

That is, the user can easily match the sightseeing spot to the tourist spot by dragging any one of the Ohjukheon, the Gangneung Unification Park, and the trail with the finger to move it to the 9 o'clock block, the 10 o'clock block and the 11 o'clock block.

In FIG. 12B, the red square box on the left shows that a certain sightseeing spot is moved to a time block by dragging a finger. With this dragging, the user can create a daily schedule by inserting a desired tourist spot at a desired time.

If a specific place displayed in the left area of the screen is moved to a time block displayed in a vertical direction in the right area of the screen, the specific place can be controlled to disappear from the left area of the screen.

When establishing the travel plan in this manner, an operation of dragging one of the accommodation category, the restaurant category, and the corresponding content in the event category into the daily schedule may be performed.

12C is a user screen for explaining the established travel plan.

In other words, the plan of a specific day matches every hourly tourist spot, and the distance from each sightseeing spot to the next sightseeing spot, time spent by passenger cars, etc. are displayed.

12D is a pop-up screen for explaining a summary of the travel plan established. Referring to FIG. 8D, as the travel plan establishment is completed, brief information on the currently selected travel plan is displayed, and the user can confirm the established travel plan or select another travel plan.

Referring again to FIG. 4, after the travel plan corresponding to the member is established in step S140, reservation and ticket release for the tourist spot can be proceeded.

That is, as shown in FIG. 13, when the user selects a reservation menu bar in the terminal window, the user indicates whether or not the online reservation system is supported in the accommodation, restaurant, tourist spot, sports event, and the like.

Then, a reservation is made for a sightseeing spot that supports the reservation system, an app installed on the terminal of the member is activated, and reservation can be attempted in accordance with the travel plan established by accessing the reservation system.

That is, data such as the time of visiting the facility, the number of visitors, the name, and the like are transmitted to the reservation system for reservation.

In the case of a tourist site that does not support the reservation system, the user accesses the web page of the facility from a pop-up window of the terminal and manually proceeds the reservation.

In this manner, the reservation for the sightseeing spot proceeds, and the related data can be stored in the reservation information DB.

And, for the sightseeing spot where reservation is completed, the user can access the web page of the sightseeing spot and proceed the sale of the e-Ticket.

In other words, when a reservation is requested through a reservation module and a fee is paid, an electronic ticket can be requested to be issued in advance. When a ticket is requested to a web page through a ticket module, .

Then, after receiving the electronic ticket, the user stores the electronic ticket in a memory such as a smart phone, and when the user actually visits the tourist spot, the user can present the electronic ticket and enter the electronic ticket.

At this time, a file name of the electronic ticket and a recognition code capable of recognizing the tourist spot are included in the lower right side.

Therefore, as described later, when the user accesses the ticket office with the electronic ticket stored in the smartphone, the electronic ticket can be automatically popped up in the terminal window by interlocking the code of the GPS signal and the ticket.

As described above, after the establishment and reservation of the travel plan is completed, the travel guide procedure is performed when the user visits the actual travel destination (step S150). The travel guide procedure described above may be performed through a daily schedule and a map created by a user.

FIG. 14 shows an example of a user screen corresponding to my travel guide displayed according to the travel guide procedure of an embodiment of the present invention.

In other words, typical images expressing tourist sites are displayed according to the daily schedule prepared according to the travel plan establishment. In each representative image, an estimated arrival time, a plan order, and an icon for creating a tour diary are displayed in an overlapping manner. In addition, an icon for requesting a map including the current location and the sightseeing spot is displayed in an overlapping manner on the lower right of the travel guide screen.

The icon for the map request may be displayed in a manner fixed to the plan position even if the user drags to confirm the next sightseeing places.

FIG. 15 shows an example in which an electronic ticket of an embodiment of the present invention is automatically popped up on the screen.

That is, when the user accesses the box office and activates the related app of the smart phone, the GPS coordinate signal is received. If it is determined that the user approached the box office, the app retrieves the electronic ticket of the tourist spot matched with the coordinates from the memory It is popped up on the screen.

At this time, since the file name of the electronic ticket and the recognition code for recognizing the tourist spot are included in the lower right corner, the app can recognize the electronic ticket matched to the tourist spot and automatically fetch it.

Referring again to FIG. 4, a step of calculating travel expenses after traveling may be further included. (S155)

In other words, in a hotel like hotel, a deposit of a certain amount is requested when checking in according to circumstances, and the settlement is made at the time of check-out.

At this time, the user uses a method of canceling the settlement at the time of checking out after depositing the deposit using the credit card as a deposit, and even if canceling the settlement of the credit card is notified to the user next month, It is difficult for the user to settle the correct expense until the point of time.

In addition, if there is expenses incurred due to the use of mini bar during the stay, deducted from the deposit, the deducted expenses are difficult to accurately grasp at that time, and it is also significant that the payment is canceled in the next month.

Accordingly, in the present invention, the travel cost can be settled by additionally providing the travel cost settlement unit 50. [

16, the arithmetic operation unit 58 calculates the sum of the total amount of travel expenses inputted by the input unit 52, that is, the sum of the deposit recognized by the deposit unit 54 and the cost calculated by the actual cost adjustment unit 56 The actual cost can be calculated.

Referring again to FIG. 4, as the tour diary creation is selected, a tour diary entry procedure written by the member is performed (step S160). Although FIG. 3 shows that the tour diary entry procedure is performed following step S150, the tour diary entry procedure may be performed in real time on a tourist spot.

17 shows an example of a user screen displayed for creating a tour diary according to an embodiment of the present invention.

Referring to FIG. 17, a tour diary (or a travel diary) displays a selection window or a blank for inputting a date, time, star, memo, photo registration corresponding to the tourist spot. In addition, an icon for photographing the photograph directly on the tourist spot or a selection button for uploading the photographed photograph is displayed.

Accordingly, the user can evaluate the sightseeing spot, write a brief impression, upload it after taking a photograph in real time at the sightseeing spot, or upload a photograph taken by the photographer.

This tour diary allows users to create a tour diary with more realistic and vivid memories.

Meanwhile, the created diary is stored in the tour diary DB, and is shared with other Internet users through the SNS.

In other words, the travel plan established by the user, the impression, the latter period, and the photograph in the tourist spot can be shared with other users through the network, thereby being a reference when another user establishes a new travel plan.

At this time, the tour diary is provided with a recommendation function and a feature to add a schedule, so that other users can make recommendations about the travel plan or the diary.

Referring back to FIG. 3, after the travel guide procedure is performed after step S160 or when the travel guide procedure is performed in step S160, the SNS sharing is requested by the corresponding member, (Step S170). The SNS sharing process is performed to share the travel information corresponding to the travel information with other members.

Referring back to FIG. 3, after the travel guide procedure is performed after step S160 or when the surrounding guide search is requested by the member in the course of performing the travel guide procedure in step S160, A search procedure is performed (step S180).

The tourism experience and travel plan service method using the virtual reality according to the present invention can be implemented in the form of program instructions that can be executed through various computer components and recorded on a computer readable recording medium. The computer-readable recording medium may include program commands, data files, data structures, and the like, alone or in combination.

The program instructions recorded on the computer-readable recording medium may be those specifically designed and configured for the present invention or may be those known and used by those skilled in the computer software arts.

Examples of computer-readable media include magnetic media such as hard disks, floppy disks and magnetic tape, optical recording media such as CD-ROM and DVD, magneto-optical media such as floptical disks, medium, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like.

Examples of program instructions include machine language code, such as those generated by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware device may be modified into one or more software modules for performing the processing according to the present invention, and vice versa.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the appended claims. You will understand.

10: Tourism Experience and Travel Plan Service System using Virtual Reality
20: First smart phone
30: 2nd smartphone
110: Tourism Experience and Travel Plan Service Server using Virtual Reality
120: database unit 111: travel destination information providing unit
112: member authentication unit 113: travel plan creation unit
114: Travel plan establishment part 115: Travel guide part
116: SNS share unit 117: neighbor search unit
118: Tour diary writing section 121: Tourist information DB
122: Member information DB 123: Travel plan information DB
124: travel plan information DB 125: map information DB
126: Tour diary information DB

Claims (8)

1. A tourism experience and travel plan service method using a virtual reality, a virtual experience, and a travel plan service system using the virtual reality,
A step of indirectly experiencing a tourist spot by displaying an image of the tourist spot by interlocking the virtual reality server and the virtual reality server;
If a target tourist destination is determined through the virtual reality device, the smartphone and travel plan service server proceeds to establish a travel plan for the tourist destination,
Wherein the step of establishing the travel plan comprises:
The travel information providing unit may provide travel information through a smartphone of a member or a non-member;
Authenticating the member authentication unit member and checking whether or not the travel plan set by the member exists;
The travel plan creating unit creates the travel plan according to the operation of the member if the travel plan of the member is not checked as being present;
The travel plan generating unit displays a user screen for creating a daily schedule in the travel plan set by the member if the travel plan of the member is checked to be present;
The trip plan establishing step may include the step of reflecting the dragged specific place on the daily schedule as the specific place is dragged from the list that the member wants to go to and moved to the daily schedule,
The reservation and ticket issuance section, after the travel plan corresponding to the member is established, proceeding to reservation and ticket release for the tourist spot; And
And performing a travel guide procedure when the travel guide unit visits the actual travel destination after the establishment and reservation of the travel plan is completed. The method according to claim 1,
The virtual reality service system includes a virtual reality server for providing tourist information in a virtual reality period; Travel plan service server; And a database unit,
The virtual reality apparatus comprises: a frame which can be worn on the head in the form of an eyeglass; An image processing unit mounted on the inner side of the frame and processing image or moving image data of sightseeing spot; A display unit for displaying the processed image data; A 3D image processing unit (3) for displaying an image on a screen in a panoramic format as a moving image in a three-dimensional shape; A tourism experience and travel plan service method using a virtual reality including an interface for displaying sightseeing spot information such as a character on the screen and selecting a sightseeing spot. 3. The method of claim 2,
The virtual reality server includes an identification unit for recognizing the identification code of the virtual reality unit and identifying the virtual reality unit; An image processing unit for processing image data of a sightseeing spot; A tourism data update unit; A communication unit for transmitting the image data to the virtual reality apparatus; A method of tourism experience and travel plan service using virtual reality including virtual reality database. The method according to claim 1,
The travel plan service server includes a travel destination information providing unit, a member authentication unit, a travel plan creating unit, a travel plan establishing unit, a travel guide unit, a social network system sharing unit, a peripheral search unit, a tour diary creation unit, a reservation unit, In addition,
The travel plan may include at least one of tourist information, accommodation information, restaurant information, shopping information, leisure information, event information, and cultural facility information classified by tourism category, Wherein the daily schedule is created and dragged in a manner that allows the user to drag and drop the daily schedule. 5. The method of claim 4,
The tour diary creator further includes a step of creating a tour diary to register the impressions of the visited tourist places during or after the trip,
In the step of creating the tour diary, the tour diary creator displays a window in which a diary can be created on the terminal, and the user registers impressions, late pictures, photos, and moving pictures of the tour or sports event, The diary data is stored in the diary information DB (126). 5. The method of claim 4,
In the step of performing the reservation and ticket release, when the reservation module makes a reservation for the visit site, and supports an online reservation system in one of a lodging facility, a restaurant, a tourist spot, and a sporting event, And the virtual reality is used to make a reservation according to the travel plan established by accessing the reservation system. 5. The method of claim 4,
The step of automatically popping up the electronic ticket on the smartphone of the user as the ticket release module approaches the ticket office of the tourist spot,
In the step of automatically popping up the electronic ticket, when the user accesses the box office and activates the related application of the smartphone, the GPS coordinate signal is received. If it is determined that the user approached the ticket office, Recognizing the recognition code of the electronic ticket of the sightseeing spot and drawing it out of the memory and popping it up on the screen. 5. The method of claim 4,
The travel expense settlement step is performed by the travel expense settlement unit and includes an input unit for receiving data on expenditure expenses from a server of a financial institution such as a credit card company or a bank; A deposit unit for determining whether a deposit is provided at the time of check-in of a lodging facility; A real cost settlement unit for determining whether any of the deposits has a cost for the accommodation facility; An operating unit for calculating an actual cost by subtracting the total travel expenditure cost, the deposit, and the actual cost, which have been accumulated through the input unit,
A method for a tourism experience and travel plan service using a virtual reality in which an actual expense is calculated by subtracting a deposit determined by a deposit unit from a total cost inputted through an input unit and a real rate determined by a real cost settlement unit.

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