KR20220155930A - VR system with blur processing and moving hotspot function - Google Patents

Abstract

The present invention relates to a VR system with blur processing and moving hotspot function that allow a user to capture a panoramic image, produce a VR image based on the captured panoramic image, and produce VR tour content based on the produced VR image.

Description

VR system with blur processing and moving hotspot function {VR system with blur processing and moving hotspot function}

The present invention relates to a VR system equipped with a blur processing and a moving hotspot function, and more particularly, a user proceeds to take a panoramic image, produces a VR image based on the captured panoramic image, and creates a VR image based on the created VR image. It relates to a VR system equipped with a blur processing and moving hotspot function for producing VR tour contents.

In recent years, a navigation system using AR images or VR images has been provided to help a user find a way in accordance with a complicated outdoor or indoor structure.

The AR image is related to augmented reality, takes a picture, uses the picture itself, and shows only the added information virtually. On the other hand, the VR image is related to virtual reality, and there is a difference in that all images, surrounding backgrounds, and objects are created and shown as virtual images.

In other words, in the wayfinding service, AR images are different from VR images in that the actual image of the real world is the main one. For example, an AR image (augmented reality) is to use a photograph taken directly to find a way, such as the service provided by Naver Street View, and a VR image (virtual reality) is to use 3D for various car navigation systems. For example, providing directions through images provided by .

Augmented reality and virtual reality are similar in that they are both used for wayfinding, but there are differences between them, and each has its strengths and weaknesses. In the case of augmented reality, it is easy to photograph and provide a view of the open air, that is, a street, but it may be somewhat difficult to provide directions in a complex indoor space. In the case of virtual reality, since it provides route guidance in 3D, it may be more advantageous for route guidance in complex indoor spaces.

As a conventional technology related to the wayfinding service, Korean Patent Registration No. 10-1583286 (2016.01.07 announcement) "Augmented reality providing system and method for providing spatial information, and recording medium and file distribution method" is announced. This has been done, which is a computer-implemented augmented reality providing method, comprising the steps of providing spatial information corresponding to an image obtained from a mobile device as augmented reality; calculating a viewpoint movement position for switching a viewpoint in the augmented reality in response to manipulation of the mobile device; extracting an image corresponding to the movement position of the viewpoint from a database in which an image including location information is stored; and providing the extracted image in response to manipulation of the mobile device, wherein providing spatial information corresponding to the image to augmented reality may include identifying a target object included in the image and then providing the target object. Providing the spatial information related to the image to be expressed in augmented reality through the screen of the mobile device, and extracting an image corresponding to the viewpoint movement position is adjacent to the viewpoint movement position among images stored in the database. In the step of extracting an image including location information and providing the extracted image, the image displayed on the screen of the mobile device is converted from an image to which the spatial information is applied in augmented reality to an image corresponding to the movement position of the viewpoint. It relates to an augmented reality providing method characterized by controlling the mobile device to be converted.

However, the conventional augmented reality providing system and method for providing spatial information, and the recording medium and file distribution method are provided in augmented reality and are difficult to apply to finding a way in a complex indoor environment. However, since the provision of VR information is unidirectional, it is difficult to have a variety of VR information, so the need for user-participating VR tour contents that allow multiple users to directly upload and use images has been growing.

Republic of Korea Patent Registration No. 10-1583286 (2016.01.07. Announcement), "Augmented reality providing system and method for providing spatial information, and method for distributing recording media and files"

In order to solve the above problems, the present invention produces one VR image based on the panoramic image taken by the user taking a panoramic image and produces VR tour content based on the produced VR image Blur processing and An object is to provide a VR system equipped with a mobile hotspot function.

In order to achieve the above object, the present invention includes a captured image upload unit receiving uploaded images from a plurality of users; VR image generation unit for producing one VR image based on the captured panoramic image; VR tour content production unit for producing VR tour content based on the produced VR image; A mini-map driving unit that generates a mini-map based on the produced VR tour content; VR content mini-map interlocking unit that interlocks VR tour content and mini-map; A VR sharing program including an upload and service unit that uploads linked VR tour contents and a mini-map to a database server and displays them through a terminal to provide services; a database server for receiving and storing data from the VR sharing program and providing the data to the VR sharing program; and a user account that uploads captured images in conjunction with the captured image upload unit of the VR sharing program and receives VR tour contents and a mini-map service in conjunction with the upload and service unit of the VR sharing program. The tour content production unit provides a VR system equipped with a blur processing and a moving hotspot function, characterized in that it produces VR tour contents by performing blur processing on the produced panoramic image and inserting a moving hotspot function.

In addition, the VR image creation unit produces one VR image based on a panoramic image taken by a user, and stores the created VR image in a database server in conjunction with outdoor or indoor GPS location information.

In addition, the mini-map driving unit generates a mini-map based on the produced VR tour contents, and the mini-map displays a wall structure as a 3D image.

In addition, the upload and service unit provides VR tour contents for viewing contents including a combo box, a mini map, an information box, a moving hot spot, a menu bar, and a trade name, and selects a moving hot spot of the VR tour contents to locate the current location. It is characterized by providing a VR image of a point moved in a certain direction in a certain section based on , or providing a VR image of a selected point by selecting a specific location on the mini-map.

In addition, a plurality of the mobile hotspots provided by the uploading and service unit are displayed on the screen, and the user can select them to check the surrounding scenery of the corresponding location.

In addition, the menu bar provided by the upload and service unit includes a video playback function, and the user can play a video taken at the current location using the video playback function.

In addition, the captured image upload unit and the upload and service unit exchange data with a plurality of user accounts to receive captured images and provide VR tour contents.

In the VR system equipped with the blur processing and moving hotspot function according to the present invention, a user takes a panoramic image, produces a VR image based on the captured panoramic image, and produces VR tour contents based on the created VR image. and provide

1 is a structural diagram of a VR system equipped with blur processing and moving hotspot functions according to an embodiment of the present invention;
2 is an exemplary view showing a detailed configuration of a VR sharing program in a VR system equipped with blur processing and a moving hotspot function according to an embodiment of the present invention.
3 is an exemplary view of VR tour content according to an embodiment of the present invention.

The detailed description of the present invention below refers to the accompanying drawings shown as examples of embodiments in which the present invention can be practiced. These embodiments are described in detail so that those skilled in the art will be able to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in one embodiment in another embodiment without departing from the spirit and scope of the invention. Additionally, it should be understood that the location or arrangement of individual components within each described embodiment may be changed without departing from the spirit and scope of the invention.

Accordingly, the detailed description set forth below is not to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all equivalents as claimed by those claims. Like reference numbers in the drawings indicate the same or similar function throughout the various aspects.

The terms used in the present invention have been selected from general terms that are currently widely used as much as possible while considering the functions in the present invention, but these may vary depending on the intention of a person skilled in the art or precedent, the emergence of new technologies, and the like. In addition, in a specific case, there is also a term arbitrarily selected by the applicant, and in this case, the meaning will be described in detail in the description of the invention. Therefore, the term used in the present invention should be defined based on the meaning of the term and the overall content of the present invention, not simply the name of the term.

In the present invention, when a part "includes" a certain component, it means that it may further include other components, not excluding other components, unless otherwise stated.

Hereinafter, with reference to the accompanying drawings, a VR system equipped with a blur processing and moving hotspot function according to the present invention will be described in detail.

1 is a structure diagram of a VR system equipped with blur processing and a moving hotspot function according to an embodiment of the present invention, and FIG. 2 is a VR system equipped with a blur processing and moving hotspot function according to an embodiment of the present invention, VR It is an example diagram showing the detailed configuration of a shared program.

A VR system equipped with a blur processing and moving hotspot function according to the present invention includes a VR sharing program 200, a database server DB, and a plurality of user accounts 100.

More specifically, a VR system equipped with a blur processing and moving hotspot function according to the present invention includes a captured image upload unit 201 that receives images captured from a plurality of users; VR image generation unit 202 for producing one VR image based on the captured panoramic image; VR tour content production unit 203 for producing VR tour content 10 based on the produced VR image; a mini-map driver 204 generating a mini-map 12 based on the produced VR tour content 10; VR contents mini-map linkage unit 205 for linking the VR tour contents 10 and the mini-map 12; A VR sharing program 200 including; an upload and service unit 206 that uploads the linked VR tour contents 10 and minimap 12 to a database server (DB) and displays and services them through a terminal; a database server (DB) that receives and stores data from the VR sharing program 200 and provides the data to the VR sharing program 200; And, it includes a plurality of user accounts 100 that are connected to the VR sharing program 200, upload captured images, and receive VR tour contents 10 and mini-maps 12.

The VR sharing program 200 is the main component of the VR system equipped with the blur processing and mobile hotspot function according to the present invention, and can exchange information by being connected to a plurality of user accounts 100 wirelessly or wired. , Data can be saved and retrieved through the database server (DB).

As shown in FIG. 2, the VR sharing program 200 includes a captured image uploading unit 201, a VR image generating unit 202, a VR tour content producing unit 203, a minimap driving unit 204, and VR content It includes a mini-map interlocking unit 205 and an upload and service unit 206.

The captured image upload unit 201 receives uploaded images from a plurality of users.

It is preferable that subjects uploading images to the captured image upload unit 201 are multiple user accounts 100 using a VR system equipped with a blur processing and moving hotspot function according to the present invention.

The plurality of user accounts 100 are accounts that are connected to the VR sharing program 200, upload captured images, and receive VR tour contents 10 and mini-maps 12, and the first user account 100 -1), the second user account (100-2), the third user account (100-3), ... , thousands to tens of thousands of user accounts 100 up to the nth user account 100-n.

The user account 100 is an account used by users using a VR system equipped with a blur processing and moving hotspot function according to the present invention. Upload the image and become the subject receiving the VR tour contents (10) and the mini map (12).

A user may be a subject who captures a panoramic image.

The panoramic image refers to a set of pictures taken while looking at various angles while rotating a camera having a fixed position.

The user takes a panoramic image while rotating the camera 360° on a certain position. On the other hand, when the user proceeds to capture a panorama, GPS information on the point where the capture was performed may be included in the panoramic image file. In this case, the location where the user took the picture may be input into the detailed information of the panoramic image file. Users will have to meticulously shoot the entire range while rotating the camera in 360° directions to facilitate creating VR images based on the panoramic images.

The user account 100 includes an image upload function, and the user can upload a captured panoramic image to the captured image upload unit 201 using the image upload function of the user account 100 .

The VR image generating unit 202 produces one VR image based on the captured panoramic image.

The VR image creation unit 202 creates one VR image based on the image uploaded to the captured image upload unit 201 and stores it in a database server (DB).

The database server (DB) serves to receive and store data from the VR sharing program 200 and provide data to the VR sharing program 200 again.

The VR image refers to a virtual reality image, that is, a three-dimensional image.

The VR image produced by the VR image generating unit 202 refers to a virtual reality image, and the VR image is reproduced in a 3D structure in a virtual space. For example, simply combining panoramic images results in a one-dimensional photographic image, but the VR image generating unit 202 assigns three-dimensional attributes such as floors and walls to each object, and each object is gathered together. To form a 3D structure in virtual space.

On the other hand, the VR image generator 202 produces one VR image based on the panoramic image taken by the user, and stores the VR image in a database server (DB) by linking it with outdoor or indoor GPS location information. save together

Here, as the GPS location information, it is preferable to use additional information written as detailed information in the panoramic image to be captured when the user captures the image.

In particular, in the present invention, it is important to link the panoramic image taken by the user with indoor GPS location information. The VR system equipped with the blur processing and moving hotspot function according to the present invention provides a wayfinding service inside a building rather than outdoors. because it is easy to do. This is due to the characteristics of VR images, which represent objects in three dimensions. In a building with a complex wall structure, it is easy to show the wall structure inside the building and the spaces divided by the wall. because it does

On the other hand, a method of producing a panoramic image captured by a user in the VR image generating unit 202 as a VR image may use various methods. First, as the most basic method, a method in which an operator directly selects and inputs an area of a floor surface and a wall surface may be used. It's called manual work. This would be a method that can be used if there is no special equipment or program. Also, another method is to use a program for constructing a 3D screen through a photographed image. At this time, it is preferable to use a program that detects a boundary line between a floor surface and a wall surface in a photographed image, and separates the floor surface and the wall surface by itself and makes them three-dimensional. It would be appropriate for the program to use what has been learned to distinguish between the floor and the wall.

The VR tour contents producing unit 203 produces VR tour contents 10 based on the produced VR images.

The VR tour content production unit 203 creates VR tour content 10 based on the produced VR images and stores them in a database server (DB).

First, the VR tour content production unit 203 implements the overall structure of a specific place by combining three-dimensional structures of VR images captured at each point. That is, the VR tour content production unit 203 combines VR images produced in various locations to determine the structure of a specific place, for example, the three-dimensional wall structure of the entire interior of a building, and based on this, VR tour content ( 10) build. The VR tour content producing unit 203 corrects the image for the VR image produced by the VR image generating unit 202, performs blur processing on other people who have been mistakenly captured, and displays the combo box 11 and moving hotspot ( 13) It will be possible to build the basis of the VR tour content 10 by inserting functions and the like.

The VR tour content 10 is a platform provided so that the user can explore a virtual space, and refers to a kind of application or web page platform to be displayed on a terminal to the user. However, it is not a configuration that completely completes the VR tour content 10 of the VR tour content production unit 203, and is the first configuration to build the basis of the VR tour content 10.

The VR tour content production unit 203 can identify the three-dimensional structure of a specific area, classify the area by floor number or building, and list the list in the combo box 11. For example, if the specific area is a multi-story building, the list displayed in the combo box 11 may be a classification of the building by floor number.

Alternatively, although not shown in the drawings, if the corresponding place is an area having a large scale such as an amusement park, specific buildings such as toilets or stores in the amusement park may be listed in the combo box 11. At this time, when the user enters a specific building in the amusement park through the combo box 11, the combo box 11 may be switched to list floors inside the building again.

On the other hand, the VR tour content production unit 203 may be manufactured so that the combo box 11 can emphasize the color of the button of the floor or building where the user is located so that the user can easily recognize the floor or building where the user is currently located. will be.

Meanwhile, the VR tour content production unit 203 may form an information box 11a in the combo box 11, and input information such as a map of the place or a brief description.

On the other hand, the VR tour content production unit 203 inserts the mobile hotspot 13 function into the VR tour content 10, so that the user can move around and search inside a specific place.

Here, the moving hotspot 13 shows a VR image at a specific point, and moves in the direction of the arrow to show a VR image at the next location. That is, in the present invention, the mobile hotspot 13 refers to an icon that integrates a movement function and a screen providing function.

Meanwhile, the moving hotspot 13 may be formed not only at a point where the user has taken a panoramic image, but also at another point where the user has not taken a picture. Unlike conventional wayfinding services based on augmented reality (AR), the present invention is a possible method because it uses 3D rendered VR images. However, the surrounding image may be slightly distorted at a point where the user has not taken a photograph. Therefore, in order to form the moving hotspot 13 at a point where the user has not taken a picture, correction work for the distorted VR image will be required.

Meanwhile, the mobile hotspot 13 inserted by the VR tour content production unit 203 may be formed in plurality on one screen. This is to enable the user to select a desired location, move directly, and look around the surroundings of the location by forming a plurality of the mobile hotspots 13 on one screen. This is different from the conventional AR method of finding a way by providing only arrows in the prior art, and has the advantage of improving accessibility by being able to directly move to a desired point among the points shown in the screen under observation.

Meanwhile, the VR tour content production unit 203 forms a menu bar 14 in the VR tour content 10 so that the user can perform various operations on the VR tour content 10 . The menu bar 14 may include various functions such as enlargement and reduction of the screen and image playback.

On the other hand, the video attached to the video playback function of the menu bar 14 formed by the VR tour contents production unit 203 is received from the building owner or business owner who requested the production of the VR tour contents 10, or the user may be a video taken directly at the corresponding location. The video attached to the video playback function of the menu bar 14 formed by the VR tour content production unit 203 refers to a video taken at a corresponding location and having a length of a certain time. For example, since the video attached to the video playback function of the menu bar 14 formed by the VR tour content production unit 203 is a real video, it is possible to see people passing by or water spouting from a fountain. Since it can include the appearance, etc., it will be possible to have a different effect from conventional wayfinding methods that simply provide only a fixed screen.

The mini-map driving unit 204 generates a mini-map 12 based on the produced VR tour content 10 .

The mini-map driving unit 204 generates a mini-map 12 based on the produced VR tour content 10 . In the VR tour content 10, it is difficult for the user to move directly to a desired location with only the moving hotspot 13, and in order to move to a distant point, it is necessary to press the moving hotspot 13 button several times to move, causing inconvenience. There is, and the mini-map 12 is to compensate for this.

The mini-map driving unit 204 generates a mini-map 12 based on the VR tour contents 10, and the mini-map 12 converts a wall structure into a 3D image and displays it. At this time, when the mini-map 12 displays the inside of a building, it is preferable that the mini-map 12 displays only the floor and walls with the ceiling removed. This is to make it easy for the user to grasp the internal structure of the building with the naked eye.

On the other hand, the mini-map 12 may be displayed not only inside a building, but also a place where the topography has a difference in elevation, such as an amusement park, amusement park, or hiking trail. This is possible because the VR system equipped with the blur processing and moving hotspot function according to the present invention provides a three-dimensional wayfinding service.

Meanwhile, a moving hotspot 13 that the user can select by touching or clicking may be formed on the mini-map 12 .

In addition, it is preferable that the mini-map 12 includes a function that allows the user to enlarge or reduce the size by clicking, touching, or dragging.

Also, it is preferable that the mini-map 12 be changed by a user clicking, touching, or dragging to change the angle at which the mini-map 12 is displayed.

The VR content mini-map interlocking unit 205 interlocks the VR tour content 10 and the mini-map 12.

The VR content mini-map interlocking unit 205 interlocks the mini-map 12 built by the mini-map driving unit 204 with the VR tour contents 10, and the mini-map 12 is connected to the VR tour contents 10. to be displayed on one side of

The VR content mini-map interlocking unit 205 links the VR tour content 10 and the mini-map 12, and the direction of the screen viewed by the user through the VR tour content 10 is displayed on the mini-map 12. It can be displayed in a fan shape.

In addition, through linkage between the VR tour contents 10 of the VR contents mini-map linking unit 205 and the mini-map 12, when a specific location of the mini-map 12 is clicked or touched, the VR tour contents 10 You can also change the user's location on the fly.

The upload and service unit 206 uploads the linked VR tour contents 10 and minimap 12 to a database server DB, displays them through a terminal, and provides service.

The upload and service unit 206 uploads the linked VR tour contents 10 and minimap 12 to a database server (DB), transmits them to each user's terminal, and displays them on the screen so that they can be serviced to users. make it visible

Alternatively, the upload and service unit 206 displays the linked VR tour contents 10 and the minimap 12 on the homepage screen of the building owner or business owner who has requested the introduction of a specific place, Allows visiting visitors to use the VR tour content 10.

The upload and service unit 206 is a VR tour that can view contents including a combo box 11, a mini map 12, an information box 11a, a moving hotspot 13, a menu bar 14, and a name. While providing the content 10, select the moving hotspot 13 of the VR tour content 10 to provide a VR image of a point moved in a certain direction in a certain section based on the current location, or on the mini-map 12 A VR image of the selected point can be provided by selecting a specific location.

The upload and service unit 206 allows the user to directly move to a corresponding location by clicking or touching a list listed in the combo box 11. For example, if the specific area is a multi-story building, the desired number of floors can be selected and moved from the list displayed in the combo box 11.

Meanwhile, the upload and service unit 206 forms an information box 11a in the combo box 11, and the user can touch the information box 11a to be guided to a map of the corresponding place. .

In addition, the upload and service unit 206 allows the user to move the location along the arrow and search inside a specific place by using the mobile hotspot 13 function displayed on the screen of the VR tour content 10. . At this time, the user will be able to check the VR image of the next location by moving in the direction of the arrow. Alternatively, the upload and service unit 206 may allow the user to select one of the plurality of mobile hotspots 13 displayed on one screen and check the surrounding scenery of the desired point.

In addition, the upload and service unit 206 may allow the user to use various functions such as enlargement and reduction of the current screen and video playback using the menu bar 14 displayed on the screen of the VR tour content 10. . In particular, the upload and service unit 206 allows the user to play a video taken at the current location by using the video playback function of the menu bar 14 displayed on the screen of the VR tour content 10. The video attached to the video playback function is a real video, so it can include people passing by or water spouting from a fountain, which is different from conventional wayfinding methods that simply provide a fixed screen. You may have a different effect.

In addition, the upload and service unit 206 allows the user to confirm the name and logo 15 of the place currently located through the name and logo 15 displayed on the screen of the VR tour content 10.

Meanwhile, the upload and service unit 206 may allow the user to directly move to a specific location through the mini-map 12 displayed on one side of the VR tour content 10. In addition, the user can enlarge or reduce the mini-map 12 by touching, clicking, or dragging it, and can change the angle at which the mini-map 12 is displayed.

Using the functions included in the VR tour content 10 as described above, the user can check the surroundings of a specific place as if arriving at the actual place, and while moving to the place using the screen provided in the first person. You will be able to see your surroundings.

The captured image uploading unit and the uploading and service unit of the present invention exchange data with a plurality of user accounts to receive captured images and provide VR tour content 10 that has been produced.

Through this, the plurality of user accounts 100 do not only receive information in one direction, but each of the plurality of user accounts 100 becomes a protagonist of a VR system equipped with blur processing and a moving hotspot function to upload information and to upload information. can be delivered.

Therefore, in the present invention, a user takes a panoramic image, produces a VR image based on the captured panoramic image, and produces VR tour content based on the produced VR image, but multiple users participate to create VR content. State that you have developed a VR system equipped with blur processing and mobile hotspot capabilities that you have uploaded and made available.

Although the present invention has been described with the accompanying drawings, this is only one example of various embodiments including the gist of the present invention, and is intended to be easily practiced by those skilled in the art. As an object, it is clear that the present invention is not limited to the embodiments described above. Therefore, the protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent range by change, substitution, substitution, etc. within the scope of the present invention do not depart from the scope of the present invention. will be included In addition, it is clear that some configurations in the drawings are provided exaggerated or reduced than the actual configuration to more clearly explain the configuration.

10: VR tour contents
11: combo box
11a: information box
12: Minimap
13: Moving hotspot
14: Menu bar
15: Trade name and logo
DB: database server
100: user account
100-1: First user account
100-2: Second user account
100-3: Third user account
100-n: nth user account
200: VR sharing program
201: photographed image upload unit
202: VR image generating unit
203: VR Tour Contents Production Department
204: minimap driving unit
205: VR content mini-map interlocking unit
206: upload and service unit

Claims (7)

a photographed image upload unit receiving photographed images uploaded by a plurality of users; VR image generation unit for producing one VR image based on the captured panoramic image; VR tour content production unit for producing VR tour content based on the produced VR image; A mini-map driving unit that generates a mini-map based on the produced VR tour content; VR content mini-map interlocking unit that interlocks VR tour content and mini-map; A VR sharing program including an upload and service unit that uploads linked VR tour contents and a mini-map to a database server and displays them through a terminal to provide services;
a database server for receiving and storing data from the VR sharing program and providing the data to the VR sharing program; and,
A user account that uploads a captured image in conjunction with the captured image upload unit of the VR sharing program and receives VR tour contents and a mini-map service in conjunction with the upload and service unit of the VR sharing program,
The VR tour content producing unit performs blur processing on the produced panoramic image and inserts a moving hotspot function to produce VR tour content.
According to claim 1,
Blur processing, characterized in that the VR image generation unit produces one VR image based on the panoramic image taken by the user, and stores the VR image together in a database server in conjunction with outdoor or indoor GPS location information, and VR system equipped with mobile hotspot function.
According to claim 1,
The mini-map driver generates a mini-map based on the produced VR tour content, and the mini-map displays a wall structure as a 3D image.
According to claim 1,
The upload and service unit provides VR tour contents for viewing contents including a combo box, mini map, information box, moving hot spot, menu bar, and name, and selects a moving hot spot of the VR tour contents based on the current location. A VR system equipped with a blur processing and moving hotspot function, characterized in that a VR image of a point moved in a certain direction in a certain section is provided, or a VR image of the selected point is provided by selecting a specific location on the mini-map.
According to claim 4,
The mobile hotspot provided by the upload and service unit is displayed in plurality on the screen, and a user can select it to check the surrounding scenery of the corresponding location VR system equipped with a blur processing and mobile hotspot function.
According to claim 4,
The menu bar provided by the upload and service unit includes a video playback function, and the user is provided with a blur processing and moving hotspot function, characterized in that the video taken at the current location can be played using the video playback function VR system.
According to claim 1,
The captured image upload unit and the upload and service unit exchange data with a plurality of user accounts to receive captured images and provide VR tour contents, VR system equipped with a blur processing and moving hotspot function. .

Images