KR102603801B1 - Gps location based user-customized augmented reality zoo viewing system and method - Google Patents

Abstract

The present invention relates to a user-customized augmented reality zoo viewing system and method based on GPS location. More specifically, at least one of a specific location and an augmented reality (AR) marker recognized through GPS location information of a spectator terminal in a specific space. The present invention relates to a user-customized augmented reality (AR) zoo viewing system and method based on GPS location that provides one or more corresponding augmented reality (AR) zoo contents.

Description

GPS LOCATION BASED USER-CUSTOMIZED AUGMENTED REALITY ZOO VIEWING SYSTEM AND METHOD}

The present invention relates to a user-customized augmented reality zoo viewing system and method based on GPS location, and more specifically, to at least one of a specific location and an augmented reality (AR) marker recognized through GPS location information of a spectator terminal. The present invention relates to a user-customized augmented reality zoo viewing system and method based on GPS location that provides corresponding augmented reality (AR) animal content.

Today's zoos provide opportunities to encounter and experience nature through wild animals, and their purpose is to protect extinct wild animals and research wild ecosystems. However, as welfare issues for animals living in limited spaces where their natural instincts and habits are removed have emerged, negative opinions about animal exhibitions in zoos are emerging. Additionally, due to the nature of zoos that require large spaces and significant maintenance costs, there are limitations that prevent many zoo experiences.

The present invention is intended to solve the above-mentioned problems, and maintains the experience function of existing zoos, while providing customization to users based on GPS location by combining augmented reality (AR) zoo contents with spatial images of a specific location without a physically installed zoo. The purpose is to provide an augmented reality zoo viewing system and method.

However, the technical challenges that this embodiment aims to achieve are not limited to the technical challenges described above, and other technical challenges may exist.

A GPS location-based user-customized augmented reality zoo viewing system and method according to an embodiment of the present invention,

Augmented reality (AR) corresponding to at least one of a spectator terminal to receive augmented reality (AR) zoo content in a specific space, a specific location recognized through the GPS location information of the spectator terminal, and an augmented reality (AR) marker. ) May include an AR zoo server that provides zoo content.

Additionally, the AR zoo server may include a viewer management module that manages viewer information including at least one of viewer information and viewing conditions registered from the viewer terminal.

Additionally, the AR zoo server may include a viewing route management module that creates a zoo viewing route using at least one augmented reality (AR) zoo content and corresponding location information.

Additionally, the AR zoo server may include a route recommendation module that provides at least one recommended viewing route that matches a search condition including one or more of the viewer information and satisfaction information.

In addition, the AR zoo server provides zoo content corresponding to at least one of a specific location and an augmented reality (AR) marker recognized through GPS location information of the spectator terminal, and a camera image input from the spectator terminal. It may include a content creation module that combines to create augmented reality (AR) zoo content.

In addition, the AR zoo server may include a viewing control module that guides the viewer according to the viewing route selected by the viewer terminal and controls the corresponding augmented reality (AR) content according to the location of the viewer terminal.

Additionally, the AR zoo server may include a mission management module that manages at least one mission and reward corresponding to the augmented reality (AR) content.

Additionally, the AR zoo server may include a satisfaction management module that analyzes the satisfaction results registered by the viewer terminal and updates satisfaction information.

In addition, the AR zoo server generates a first search category corresponding to viewer information, a second search category corresponding to viewing conditions, and a third search category corresponding to satisfaction evaluation, and the viewer information input through the viewer terminal, It may include a keyword creation module that analyzes viewing conditions and satisfaction evaluation information, generates keywords corresponding to the first search category, second search category, and third search category, maps them to the viewing route, and manages the mapped information. there is.

In addition, in the GPS location-based user-customized augmented reality zoo viewing method, the AR zoo server receives preliminary information including at least one of viewer information and viewing conditions from the viewer terminal, a viewer information receiving step, and one or more recommended viewing conditions. A recommended viewing route provision step that searches for a route and provides it to the viewer terminal, an AR zoo viewing control step that controls the provision of augmented reality (AR) zoo content and route guidance, and a satisfaction evaluation and reflection step for the augmented reality (AR) zoo. may include.

The GPS location-based user-customized augmented reality zoo viewing system and method according to the present invention configures a zoo limited in space and cost into an augmented reality (AR)-based zoo, and can be installed anywhere, such as parks and golf courses without special viewing elements. , We provide a new attraction called an augmented reality (AR) zoo in a large outdoor space so that anyone, regardless of gender or age, can enjoy the zoo easily and safely.

However, the effects of the present invention are not limited to the effects described above, and effects not mentioned can be clearly understood by those skilled in the art from this specification and the attached drawings.

1 is a conceptual diagram of a user-customized augmented reality zoo viewing system based on GPS location according to an embodiment of the present invention.
Figure 2 is a configuration diagram of an AR zoo server among the user-customized augmented reality zoo viewing system based on GPS location according to an embodiment of the present invention.
Figure 3 is a flowchart showing a user-customized augmented reality zoo viewing method based on GPS location according to an embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings. However, the spirit of the present invention is not limited to the presented embodiments, and those skilled in the art who understand the spirit of the present invention may add, change, or delete other components within the scope of the same spirit, or create other degenerative inventions or this invention. Other embodiments that are included within the scope of the invention can be easily proposed, but this will also be said to be included within the scope of the invention of the present application.

In addition, components having the same function within the scope of the same idea shown in the drawings of each embodiment will be described using the same reference numerals.

“Content” mentioned below may be an introduction video for an object or place, or various types of images and videos, including performance videos and animations, and a plurality of contents may have a single story structure.

Figure 1 is a diagram schematically showing a user-customized augmented reality zoo viewing system based on GPS location according to an embodiment of the present invention.

The GPS location-based user-customized augmented reality zoo viewing system according to the present invention basically consists of a spectator terminal 100 and an AR zoo server 200.

More specifically, a spectator terminal 100 for registering prior information including viewer information and viewing conditions, and confirming and participating in zoo viewing information including at least one of viewing route information, content, and mission, and the viewer Based on the prior information registered from the terminal 100, at least one viewing route is recommended and provided, viewing progresses along the selected designated viewing route, confirmation of augmented reality (AR) content mapped on the route, and evaluation of mission participation and satisfaction. It is configured to include an AR zoo server 200 that supports.

The spectator terminal 100 connects to the AR zoo server 200 through an online network and transmits viewing advance information and location information, or receives viewing route, augmented reality (AR) animal content, and mission information from the AR zoo server 200. can receive. The spectator terminal 100 and the administrator terminal 110 should be interpreted as including various communication means such as desktops, tablets, netbooks, personal digital assistants (PDAs), portable multimedia players (PMPs), smartphones, and wearable smart devices. In addition, various functions provided by the AR zoo server 200 can be executed through web-based or separate software/applications.

The AR zoo server 200 is a type of server and can be built to function as a web server, database server, mobile server, etc. For example, it can display the processed results on a web page through an online network or provide necessary input data. It can be transmitted through a web page, where a web page should be interpreted as including software for performing specific tasks such as web applications in addition to simple text, images, sounds, videos, etc., and also includes desktops, laptops, smartphones, It can also be built to provide applications and interfaces to be installed on tablet PCs, etc.

In addition, the online network referred to in the present invention may be a core network integrated with a wired public network, wireless mobile communication network, or mobile Internet, etc., and may be a core network integrated with the TCP/IP protocol and various services existing in its upper layer, that is, HTTP (Hyper Text Transfer). Protocol), HTTPS (Hyper Text Transfer Protocol Secure), Telnet, FTP (File Transfer Protocol), DNS (Domain Name System), and SMTP (Simple Mail Transfer Protocol). , It is not limited to these examples, but comprehensively refers to a data communication network that can transmit and receive data in various forms.

Hereinafter, we will look at specific details related to the viewer terminal 100.

The spectator terminal 100 may input content corresponding to information required for activities in an augmented reality (AR) environment through at least one of a text input method, a touch input method, and a voice input method.

In addition, the input module may include a number of input keys and function keys for receiving numeric or character information and setting various functions. The function keys include direction keys, side keys, and shortcut keys set to perform specific functions. And, the input module may generate and transmit a key signal related to controlling the functions of the spectator terminal 100.

In addition, QWERTY keypad, 3*4 keypad, 4*3 keypad, Ball Joystick, Optical Joystick, Wheel Key, Touch key, Touch Pad and It may be formed with any one or a combination of input means such as a touch-screen.

In addition, as an example, if the spectator terminal supports a full touch screen, it may only include a volume key for volume control formed on the side of the case of the terminal, a power key for screen on/off and a mobile terminal on/off, , In particular, various inputs such as an input signal instructing access to the AR zoo server 200, an input signal corresponding to inputting authentication information, an input signal instructing selection of a specific sandbox, an input signal instructing changing the color and transparency of the content, etc. A signal, etc. may be generated and transmitted to the AR zoo server 200.

The control module of the spectator terminal 100 may control the overall operation of the user-customized augmented reality-based zoo viewing system to be transmitted and the signal flow between internal blocks of the terminals, and may perform a data processing function to process data.

For example, the control module controls the real-time location of the Central Processing Unit (CPU), Application Processor, and viewer terminal 100 to enable viewing and participation in Augmented Reality (AR) content. A GPS (Global Positioning System)-based measurement sensor may be provided to generate information.

Figure 2 is a configuration diagram of an AR zoo server among the GPS-based user-customized augmented reality zoo viewing system according to an embodiment of the present invention.

Below, we will look at specific details related to the AR zoo 200 server.

The viewer management module 210 generates a viewer identification code based on prior information including viewer information and viewing conditions registered from the viewer terminal 100, and maps the generated viewer identification code to the viewer information and viewing conditions. You can manage it by doing this.

For example, the spectator information input from the spectator terminal 100 may include the spectator's personal information such as ID, password, name, birthday, contact information, email, etc., and an authentication procedure for personal information may be added, and the spectator The identification code may be the same as the user ID or may be newly created.

Also, as an example, instead of receiving the viewer information input from the viewer terminal 100, account information can be obtained through SNS (Social Network Service) linkage through an approval procedure of the viewer terminal 100.

In addition, as an example, the entered viewing conditions may include the viewer's viewing conditions such as preferred animal or animal group (e.g., birds, mammals, insects, large animals, small animals, etc.), viewing time, viewing distance, etc. It can be managed by mapping with the identification code of the spectator terminal 100.

In addition, as an example, the viewing conditions are managed as a separate search category, and when the search category is added or changed, the viewing conditions are also added or changed and reflected on the dictionary information input screen displayed on the viewer terminal 100.

The route recommendation module 220 may provide at least one recommended viewing route that matches search conditions including dictionary information registered from the viewer terminal 100 and information on satisfaction with viewing.

For example, the viewer is a 10-year-old boy, and in the viewing conditions included in the prior information, he selects large animals (elephants, hippopotamuses, rhinos, etc.) and wild animals (lions, tigers, etc.) as his preferred animals, and the viewing time is 3. When input as time, keywords representing viewing tendencies, such as “children,” “men,” “large animals,” “game of prey,” “3 hours,” etc., can be extracted from the dictionary information input from the viewer terminal 100. there is. By combining the extracted keywords, a search keyword for recommending a viewing route can be created, and a viewing route that suits the viewer's taste can be searched and recommended using the keyword.

The viewing route management module 230 can create and manage a zoo viewing route consisting of at least one augmented reality (AR) zoo content and corresponding location information.

For example, when creating a new zoo viewing route, the manager terminal 110 may receive a list of augmented reality (AR) zoo contents stored in the AR zoo server 200, and create and arrange a new viewing route.

Also, as an example, a 2D or 3D-based graphic screen can be provided to the manager terminal to create a viewing route, and the process of adding, changing, and deleting the augmented reality (AR) zoo content on the viewing route can be supported.

In addition, as an example, if augmented reality (AR) zoo content is placed on the viewing path in the content list, the total viewing time, viewing distance, and list of missions that can be included can be calculated and displayed on the viewer terminal 100. .

The content creation module 240 is

While the viewer is viewing along the route, the zoo content corresponding to at least one of the specific location and augmented reality (AR) marker recognized through the GPS location information of the viewer's terminal is augmented by combining the camera image. Real-life (AR) zoo content can be created and provided to the viewer terminal 100.

For example, the GPS location information of the viewer terminal 100 is continuously received, and when the viewer terminal 100 enters a specific GPS location, zoo content corresponding to the GPS location information is searched, and the viewer terminal 100 ) Augmented reality (AR) zoo content can be displayed on the viewer terminal 100 by combining the image transmitted through the camera and the zoo content. When the spectator terminal 100 enters a specific GPS location where lion content is to be displayed, the content creation module 240 generates an image of the lion corresponding to the location information of the spectator terminal 100 and the camera of the spectator terminal 100. By combining captured images, augmented reality (AR) zoo content can be provided that allows users to experience a virtual lion zoo in an outdoor space.

Additionally, as an example, structures or AR markers that exist at specific locations where augmented reality (AR) zoo content should be displayed can be created in advance and managed by matching them with at least one augmented reality (AR) content. there is.

The viewing control module 250 provides guidance according to the viewing path selected by the viewer terminal 100 among the recommended viewing paths provided to the viewer terminal 100, and provides augmented reality corresponding thereto according to the location of the viewer terminal 100. (AR) You can control content and missions.

For example, the viewer's location can be continuously determined through the GPS of the viewer terminal 100, it can be determined whether the viewer is moving along the provided route, and the viewer can be guided to the next destination. If the next viewing destination is a giraffe zoo, when the spectator terminal 100 enters the GPS location corresponding to the animal content of the giraffe, augmented reality (AR) content about the giraffe is provided through the content creation module 240, Afterwards, the mission for the giraffe can be searched through the mission management module 260, and the mission can be provided and controlled through the spectator terminal 100.

The mission management module 260 may provide at least one mission corresponding to augmented reality (AR) content to a viewer terminal, determine the results of performing the mission, and generate a corresponding reward.

For example, missions related to augmented reality (AR) content can be provided during the viewing route to increase interest in visiting the zoo and to help viewers complete the tour according to the viewing route. Missions may include formats such as quizzes and treasure hunts related to augmented reality (AR) content, and as rewards for mission success, items that can be applied to augmented reality (AR) content, success stamps, coupons, etc. It may be in a format that includes a product exchange voucher, etc.

Also, as an example, the items provided as rewards are 2D or 3D images that can be applied and displayed on augmented reality (AR) zoo content, and include hats, decorations, and props that can be applied to augmented reality (AR) animals. It can be included.

The satisfaction management module 270 may provide a satisfaction evaluation screen to the viewer terminal, analyze the satisfaction results registered by the viewer terminal, and update satisfaction information.

For example, when the viewer terminal 100 transmits a viewing end signal, or when data is not transmitted from the viewer terminal 100 for a certain period of time, the AR zoo server 200 determines that the viewing is over, and the viewer terminal 100 A satisfaction survey screen can be provided. The satisfaction survey screen can be provided as an app screen or sent to the viewer's SNS in the form of a link to access a web page.

In addition, as an example, the satisfaction survey items may include evaluation items for the viewing route, content included in the viewing route, missions, rewards, recommended routes, etc., and the evaluation items are separately stored and managed to provide recommended viewing to the viewer terminal 100. When providing a route, it can be used as a search item keyword.

The keyword creation module 280 generates a first search category corresponding to viewer information, a second search category corresponding to viewing conditions, and a third search category corresponding to satisfaction evaluation, viewer information input through the viewer terminal, By analyzing the viewing conditions and satisfaction evaluation information, keywords corresponding to the first, second, and third search categories can be generated, mapped to the viewing route, and the mapped information can be managed.

For example, the first search category may include the gender of the viewer and the target (e.g., adults, children, elderly, etc.), and the second search category may include viewing conditions such as preferred animals, viewing time, and viewing time. The third search category may include satisfaction information such as a viewing route, content included in the viewing route, missions, rewards, and recommended routes.

Figure 3 is a flowchart showing a user-customized augmented reality zoo viewing method based on GPS location according to an embodiment of the present invention.

Referring to Figure 3, in the GPS location-based user customized augmented reality zoo viewing method implemented by the GPS location-based user customized augmented reality zoo viewing system,

A viewer information receiving step (S310) in which the AR zoo server receives advance information including viewer information and viewing conditions from the viewer terminal 100;

A recommended viewing route providing step (S320) of searching for one or more recommended viewing routes and providing them to the viewer terminal 100;

An AR zoo viewing control step (S330) that controls the provision of augmented reality (AR) zoo content and route guidance; and

It may include a satisfaction evaluation and reflection step for the augmented reality AR zoo (S340).

When the viewer downloads and executes the app through the QR Code or URL Link provided in advance by the viewer terminal 100, the AR zoo server 200 receives the app access signal and proceeds with the viewer information collection step (S310). A subscription screen can be provided to the viewer terminal 100. The registration screen may include the viewer's personal information such as ID, password, name, birthday, contact information, and email, and may additionally include the viewer's viewing conditions such as preferred animal, viewing time, and viewing distance. In the viewer information collection step (S310), the viewer management module 210 generates a viewer identification code through the viewer information transmitted from the viewer terminal 100, analyzes the viewer information, and stores it according to predefined search categories.

In the step of providing a recommended viewing route (S320),

At least one recommended zoo viewing route that matches the viewer's information and viewing conditions collected by the viewer terminal 100 can be provided. The recommended viewing route is calculated by the recommendation algorithm of the route recommendation module 220, and the recommendation algorithm is optimized to suit the viewer's taste through artificial intelligence (AI) machine learning technology or deep learning technology. It may also include a method of recommending a viewing route.

In the AR zoo viewing control step (S330),

The viewing control module 250 provides map information about the viewing route selected by the viewer terminal 100 to the viewer terminal 100, continuously receives location information of the viewer terminal 100, and sets the designated viewing path selected by the viewer. By comparing with , the next viewing location can be suggested, and content matching the guidance message for a specific space or facility on the viewing route can be provided.

In addition, while viewing the zoo, when a viewer photographs a specific space with the camera of the terminal 100 and transmits the captured video, at least one AR zoo content corresponding to a specific GPS location or augmented reality marker (AR Marker) is transmitted to the camera. Augmented reality (AR) zoo content is displayed on the viewer terminal 100 by combining video and zoo content.

In addition, the mission management module 260 searches for a mission corresponding to AR zoo content while the viewer is viewing the zoo and transmits it to the viewer terminal 100. When the mission performance result is received from the viewer terminal 100, the mission is successful. It determines whether the mission is successful and provides a reward for the mission if it is successful.

In the satisfaction evaluation and reflection stage (S340),

At the end of the viewing, a satisfaction evaluation screen may be provided to the viewer terminal 100 to evaluate the entire viewing, including the viewing route, provided content, and mission. When the satisfaction management module 270 receives the satisfaction evaluation results after the viewer's evaluation, the satisfaction results are analyzed, classified into evaluation items, stored and managed, and used when searching for recommended viewing routes.

In the attached drawings, in order to more clearly express the technical idea of the present invention, components that are unrelated or less relevant to the technical idea of the present invention are briefly expressed or omitted.

In the above, the configuration and features of the present invention have been described based on the embodiments according to the present invention, but the present invention is not limited thereto, and various changes or modifications may be made within the spirit and scope of the present invention. It is obvious to those skilled in the art, and therefore, it is stated that such changes or modifications fall within the scope of the appended patent claims.

100: Viewer terminal 200: AR zoo server
210: Spectator management module 220: Route recommendation module
230: Viewing route management module 240: Content creation module
250: Viewing control module 260: Mission management module
270: Satisfaction management module 280: Keyword creation module??
S310: Spectator information collection step
S320: Recommended viewing route provision step
S330: AR zoo viewing control stage
S340: Satisfaction evaluation and reflection stage

Claims (10)

A spectator terminal to receive augmented reality (AR) zoo content in a specific space; and
Includes an AR zoo server that provides augmented reality (AR) zoo content corresponding to a specific location and an augmented reality (AR) marker recognized through GPS location information of the viewer terminal;
The AR zoo server is,
You can experience a virtual zoo in an outdoor space by combining zoo content corresponding to a specific location and augmented reality (AR) marker recognized through the GPS location information of the spectator terminal and camera images input from the spectator terminal. A content creation module that creates augmented reality (AR) zoo content,
A 2D or 3D-based system that creates a zoo viewing route based on at least one augmented reality (AR) zoo content and corresponding location information, and allows adding, changing, and deleting augmented reality (AR) zoo content on the zoo viewing route. A viewing route management module that provides a graphical interface and
A mission management module that provides at least one mission corresponding to the augmented reality (AR) zoo content to the spectator terminal, determines the results of performing the mission, and provides a reward,
A customized augmented reality zoo viewing system based on GPS location.
In claim 1,
The AR zoo server is,
Comprising a viewer management module that manages viewer information including at least one of viewer information and viewing conditions registered from the viewer terminal,
A customized augmented reality zoo viewing system based on GPS location.
delete In claim 2,
The AR zoo server is,
Comprising a route recommendation module that provides at least one recommended viewing route matching a search condition including one or more of the viewer information and satisfaction information,
A customized augmented reality zoo viewing system based on GPS location.
delete In claim 1,
The AR zoo server is,
Comprising a viewing control module that guides the viewer according to the viewing route selected by the viewer terminal and controls the corresponding augmented reality (AR) content according to the location of the viewer terminal,
A customized augmented reality zoo viewing system based on GPS location.
delete In claim 1,
The AR zoo server is,
Comprising a satisfaction management module that analyzes the satisfaction results registered by the viewer terminal and updates satisfaction information,
A customized augmented reality zoo viewing system based on GPS location.
In claim 1,
The AR zoo server is,
A first search category corresponding to viewer information, a second search category corresponding to viewing conditions, and a third search category corresponding to satisfaction evaluation are created, and the viewer information, viewing conditions, and satisfaction evaluation information input through the viewer terminal are generated. Comprising a keyword generation module that analyzes and generates keywords corresponding to the first search category, second search category, and third search category, maps them to a viewing route, and manages the mapped information,
A customized augmented reality zoo viewing system based on GPS location.
In the GPS location-based user-customized augmented reality zoo viewing method,
A viewer information receiving step of receiving prior information including at least one of viewer information and viewing conditions from the viewer terminal at the AR zoo server;
A recommended viewing route providing step of searching for one or more recommended viewing routes and providing them to the viewer terminal;
An AR zoo viewing control step that controls the provision of augmented reality (AR) zoo content and route guidance; and
Including a satisfaction evaluation and reflection stage for the augmented reality (AR) zoo,
The AR zoo viewing control step is,
You can experience a virtual zoo in an outdoor space by combining zoo content corresponding to a specific location and augmented reality (AR) marker recognized through the GPS location information of the spectator terminal and camera images input from the spectator terminal. Create and provide augmented reality (AR) zoo content, provide at least one mission corresponding to the augmented reality (AR) zoo content to the viewer terminal, determine the results of performing the mission, and provide rewards; ,
The AR zoo server is,
A 2D or 3D-based system that creates a zoo viewing route based on at least one augmented reality (AR) zoo content and corresponding location information, and allows adding, changing, and deleting augmented reality (AR) zoo content on the zoo viewing route. Characterized by providing a graphical interface,
How to visit a user-customized augmented reality zoo based on GPS location.