KR102566279B1 - A screen-sharing web 360VR interior space forming apparatus and method in which interior finishing materials are driven together in an immersive 360VR interior space object - Google Patents

Abstract

The present invention relates to a device and a method for forming a screen-sharing type web 360 VR interior space driven with an interior finishing material in a realistic 360 VR interior space object, which can activate an interior finishing material market. The device of the present invention comprises: a customer terminal type web 360 VR interior driving application module (100); a space designer terminal type web 360 VR interior space formation request application module (200); a finishing material product store terminal type finishing material purchase progress application module (300); a triangle type web RTC communication control module (400); and a screen-sharing type web 360 VR interior space forming control module (500).

Description

A screen-sharing web 360VR interior space forming apparatus and method in which interior finishing materials are driven together in an immersive 360VR interior space object}

The present invention controls to form a web 360 VR interior space in which interior finishing materials in a realistic 360 VR interior space object are driven together on a web browser screen, clicks and moves the realistic 360 VR interior space object in the formed web 360 VR interior space, It relates to a screen sharing type web 360VR interior space forming device and method in which the interior finishing materials in a realistic 360VR interior space object that can be controlled to share the screen as it is, the web 360VR screen of the interior finishing material that is watched and interested, is driven together. .

Currently, the process stages of space design include customer consultation, planning design stage of case study, layout planning, 3D perspective drawing production, basic design stage of finishing re-survey, finishing material proposal, construction design stage of finishing material decision, permission and approval, and on-site It goes through the on-site construction stage of explanation and construction.

The most important work process that determines sales profits in space design business is visual proposals that account for 40% of the total work.

However, due to the lack of understanding of space design by consumers, revision design work is performed for up to about 10 days or more.

In addition, it takes about 15 days on average just to select dozens of finishing materials and prepare information, unit price, and list.

Due to this, it takes a long time, 30 to 60 days, to produce an interior VR space including finishing materials, and it is a cause of complaints and dissatisfaction of interior interior designers as they cannot meet the request period of interior interior designers.

In order to solve this problem, Korean Patent Publication No. 10-2421073 has proposed an interior simulation system that provides interior finishing material templates using artificial intelligence, but when experiencing an interior VR space containing finishing materials, Samsung Gear It is necessary to use virtual reality devices such as VR (Gear VR), but there was a problem that the service is supported only on limited software platforms (Android, IOS, etc.).

In addition, the interior VR space with existing finishing materials has only a display function, and users who are customers who want to purchase interior finishing materials in the interior VR space, designers who provide interior VR spaces, and those who want to sell finishing materials products There is no networking connection through screen sharing between the vendors of finishing materials products sold, and interest and interest are reduced due to the lack of information and explanation on finishing materials of users who are customers. There was a problem that the interior finishing materials market was gradually stagnating.

Korean Registered Patent Publication No. 10-2421073

In order to solve the above problems, in the present invention, the web browser supported by the web 360VR is converted and installed in the form of an application, so that not only virtual reality devices such as HTC Vive, Oculus Rift, and Google Cardboard, but also customers, users of smart devices It is possible to experience the web 360 VR interior space through the web browser screen, and to form the web 360 VR interior space on the web browser screen, thereby eliminating the time and space constraints on design reviews between the designer and the retailer of finishing materials, thereby shortening the design cycle. Through screen sharing, the web 360VR screen itself of the interior finishing material that customers are watching and interested in is activated as it is, and the customer terminal type web 360VR interior driving app module provides explanations and advice on interior finishing materials in real time. An object of the present invention is to provide a screen-sharing web 360VR interior space forming device and method in which interior finishing materials in a realistic 360VR interior space object are driven together.

In order to achieve the above object, the screen sharing type web 360VR interior space forming device in which the interior finishing materials in the realistic 360VR interior space object are driven together according to the present invention

On the web browser screen, control to form a web 360VR interior space in which the immersive 360VR interior space object and interior finishing materials are driven together, and click, move, and watch the immersive 360VR interior space object in the formed web 360VR interior space. This is achieved by being configured to control the web 360 VR screen of the interior finishing material of interest to be screen-shared as it is.

The screen sharing type web 360VR interior space forming device is more specifically,

It is activated in the form of an application in the smart device, which is a customer terminal, and downloads and experiences the web 360 VR interior space in which realistic 360 VR interior space objects and interior finishing materials are driven together on the web browser screen from the screen-sharing web 360 VR interior space formation control module. While doing so, click and move the immersive 360VR interior space object, watch and transmit the web 360VR screen of the interior finishing material that you are interested in as it is to the screen sharing type web 360VR interior space formation control module, screen sharing type web 360VR interior space Under the control of the formation control module, under the screen sharing atmosphere, it is connected to the space designer terminal type web 360VR interior driving app module or the finishing material product store terminal type web 360VR interior driving app module to receive explanations and advice on interior finishing materials, and interior finishing materials. A customer terminal type web 360VR interior driving app module 100 for purchase,

Activated in the form of an application within the smart device, a space designer terminal, to the screen-sharing web 360VR interior space formation control module, real-life photo data and video recording data about the interior space, and finishing material data are transmitted to provide realistic 360VR interior Requesting the formation of a web 360 VR interior space in which space objects and interior finishing materials are driven together, and activating the web 360 VR screen itself of the interior finishing materials that the customer is watching and interested in on the screen, which is a web browser, as it is, driving the customer terminal type web 360 VR interior Towards the app module, a space designer terminal type web 360VR interior space formation request app module 200 that provides explanations and advice on interior finishing materials,

It is activated in the form of an application within the smart device, which is a terminal for finishing material product sales, and transmits the finishing material data to be created in the web 360VR interior space to the space designer terminal-type finishing material purchasing process app module, and on the screen, which is a web browser, customers are watching A finishing material product store terminal-type finishing material purchase progress app module 300 that activates the web 360VR screen of the interior finishing material of interest as it is and guides the interior finishing material purchase process toward the customer terminal type web 360VR interior driving app module,

Through web RTC communication, centering on the screen-sharing web 360VR interior space formation control module, customer terminal type web 360VR interior drive app module, space designer terminal type web 360VR interior space formation request app module and finishing material Product sales place Terminal type finishing material purchase progress A triangle-type webRTC communication control module 400 that connects the app modules to form a triangle structure and communicate in real time;

Space designer terminal type web 360VR interior Space formation request App module receives real-life photo data, video recording data, and finishing material data about the interior space, and immersive 360VR interior space objects and interior finishing materials are driven together Web 360VR interior Control to form a space, and click, move, and watch the immersive 360VR interior space object in the web 360VR interior space through the customer terminal type web 360VR interior driving app module, and the web 360VR screen itself of the interior finishing material of interest is as it is. It is characterized in that it consists of a space designer terminal type web 360VR interior driving app module and a screen sharing type web 360VR interior space formation control module 500 that controls the screen sharing to the terminal type web 360VR interior driving app module of a finishing material product store .

As described above, in the present invention

First, as a web browser supported by Web 360VR is converted and installed in the form of an application, not only virtual reality devices such as HTC Vive, Oculus Rift, and Google Cardboard, but also customers, users, can view anytime, anywhere through the web browser screen of the smart device. You can immerse yourself in the web 360 VR interior space.

Second, it is possible to form a web 360VR interior space on the web browser screen, eliminating the time and space constraints on design reviews between designers and finishing product retailers, thereby reducing design cycles by 1.5 to 3 times compared to the existing design cost. As a means of communicating communication with improved dynamic and visual effects, it is possible to maximize marketing effects by actively utilizing it in public relations.

Third, customer terminal-type web 360VR interior drive app module, space designer Terminal-type web 360VR interior space formation request App module and finishing material product sales place Terminal-type finishing material purchase progress In the web 360VR interior space between app modules, video communication and call through screen sharing , And, through chat, customers who want to purchase interior finishing materials can purchase interior finishing materials on-site, or finish materials product retailers terminal-type finishing materials By linking with the purchase progress app module, the interior finishing material market can be activated.

1 is a block diagram showing the components of a screen-sharing type web 360VR interior space forming device 1 in which interior finishing materials in a realistic 360VR interior space object are driven together according to the present invention;
2 is a configuration diagram showing the components of a screen sharing type web 360VR interior space forming device 1 in which interior finishing materials in a realistic 360VR interior space object are driven together according to the present invention;
3 is a block diagram showing the components of a customer terminal type web 360VR interior driving app module according to the present invention;
4 is a block diagram showing components of a customer terminal type web 360VR interior driving activity unit according to the present invention;
5 is a block diagram showing the components of a customer terminal type web 360VR interior driving service control unit according to the present invention;
6 is a block diagram showing the components of a customer terminal type web 360VR interior driving content control unit according to the present invention;
7 is a block diagram showing the components of the space designer terminal type web 360VR interior space formation request app module according to the present invention;
8 is a block diagram showing components of a space designer terminal type web 360VR interior space formation request activity unit according to the present invention;
9 is a block diagram showing the components of a space designer terminal type web 360VR interior space formation request service control unit according to the present invention;
10 is a block diagram showing the components of the space designer terminal type web 360VR interior space formation request content control unit according to the present invention;
11 is a block diagram showing the components of a terminal-type finishing material purchase progress app module for a finishing material product seller according to the present invention;
12 is a block diagram showing the components of a terminal-type finishing material purchase progress activity unit of a finishing material product seller according to the present invention;
13 is a block diagram showing the components of a terminal type finishing material purchase progress service control unit for a finishing material product seller according to the present invention;
14 is a block diagram showing the components of a terminal-type finishing material purchase progress content control unit for a finishing material product seller according to the present invention;
15 is a block diagram showing components of a triangular webRTC communication control module according to the present invention;
16 is a block diagram showing components of a peer connection API unit according to the present invention;
17 is a configuration diagram showing the components of a transport unit according to the present invention;
18 is a block diagram showing the components of a screen sharing type web 360VR interior space formation control module according to the present invention;
19 is a block diagram showing the components of a realistic 360VR interior space object generation engine unit according to the present invention;
20 is a realistic 360VR interior space object consisting of a 360-degree structure of the X-axis, Y-axis, and Z-axis of the interior space of the image space object matched through the feature matching unit in the realistic 360VR interior space object generator according to the present invention An embodiment showing the generation of
21a is an embodiment showing selection and change of finishing materials for each area in VR space according to finishing material selection through the AI space object/feature combining unit according to the present invention;
21b shows the analysis of finishing materials in a realistic 360VR interior space object through the AI spatial object/feature combining unit according to the present invention, matching of the most similar finishing materials according to price and material category, and inputting finishing material information into the VR space. An embodiment showing that,
22 is a block diagram showing the components of a finishing material web rendering generation control unit according to the present invention;
23 is a block diagram showing the components of an instance moving unit according to the present invention;
24 is a web 360VR interior space object created through the realistic 360VR interior space object generation engine unit in the web 360VR interior space formation control unit according to the present invention, and the finishing material rendering generated through the finishing material web rendering creation control unit is connected to form a web 360VR An embodiment showing control to form an interior space,
25 is a block diagram showing the components of the web 360VR interior space formation control unit according to the present invention;
26 is a block diagram showing the components of an entity API unit according to the present invention;
27 is a block diagram showing components of a component API unit according to the present invention;
28 is a block diagram showing the components of the web 360 VR system API unit according to the present invention;
29 is a circular marker position movement instance object formed on a web 360VR screen through a marker position movement unit composed of a Look-Controls component and a Wasd-Controls component according to the present invention, and customer When a user accesses and clicks a circular marker location movement instance object, the immersive 360VR interior space object is moved in one direction selected from among the X-axis, Y-axis, and Z-axis directions,
30 is a block diagram showing the components of a scene API unit according to the present invention;
31 shows a link spot unit 534a, an image list unit 534b, an image addition button unit 534c, a share button unit 534d, a storage button unit 534e, and an icon deletion field unit 534f according to the present invention. , A configuration diagram showing the configuration of the info spot unit 534g,
32 is a configuration diagram showing the configuration of a finishing material list unit 534h, a detail button unit 534i, and a selection button unit 534j according to the present invention;
33 is an embodiment showing listing up all product categories of searched interior finishing materials through a category filter list unit according to the present invention;
34 is a configuration diagram showing the configuration of a highlight effect setting unit 534m, a product specification data pop-up unit 534n, and a page visit button unit 534o according to the present invention;
35 is an embodiment showing that an icon is interlocked with a cursor and selected when clicked when a new one is created through the info spot unit 534g according to the present invention;
36 is a configuration diagram showing the configuration of an All-list button unit 534p and a list extraction unit 534q according to the present invention;
37 is under the control of the screen sharing type web 360VR interior space formation control module according to the present invention, through the customer terminal type web 360VR interior driving app module, clicking on a realistic 360VR interior space object formed on the web 360VR interior space, Moving, observing, and interested in, the web 360VR screen of the interior finishing material itself is screen-sharing with the space designer terminal type web 360VR interior driving app module or the finishing material product store terminal type web 360VR interior driving app module. In one embodiment,
38 is a web 360VR interior space between the customer terminal type web 360VR interior driving app module and the terminal type finishing material purchase progress app module of the finishing material product store according to the present invention, through video communication, call, and selecting any one of chatting, An embodiment showing the description of interior finishing materials, advice on costs, materials, and strength, and the process of purchasing interior finishing materials so that users who want to purchase interior finishing materials can purchase them on the spot.
39 is a flow chart showing a specific process of a screen sharing type web 360VR interior space formation method in which interior finishing materials in a realistic 360VR interior space object are driven together according to the present invention;
40 is a screen sharing type web 360VR interior space formation control module according to the present invention, from the space designer terminal type web 360VR interior space formation request app module, photo data and video recording data about the interior space, and finishing material data A flow chart showing a specific process of receiving and controlling a realistic 360VR interior space object and interior finishing materials to form a web 360VR interior space driven together.

First, 360VR described in the immersive 360VR interior space object and screen-sharing web 360VR interior space forming device described in the present invention is an abbreviation for 360-degree VR, and more specifically, the floor, walls, ceiling, Recognizes the finishing material area of the furniture part and the shade or texture of the image, and proceeds with the purchase of finishing material product sales point terminal-type finishing material Based on the finishing material information entered in the app module, recognizing the texture or shade of the finishing material in the existing area and feeling the same image It refers to 360-degree VR that extracts and realistically drives the finishing materials based on the 360 panorama.

Next, the biggest difference between this patent and the prior patent is: First, the web browser screen controls to form a web 360 VR interior space in which realistic 360 VR interior space objects and interior finishing materials are driven together, and in the formed web 360 VR interior space The point is that the immersive 360VR interior space object is clicked, moved, and the web 360VR screen of the interior finishing material of interest is controlled to share the screen as it is. Second, the customer terminal type web 360VR interior driving app module, space designer terminal Type web 360VR interior space formation request App module and finishing material product sales place Terminal type finishing material purchase progress In the web 360VR interior space between app modules, through video communication through screen sharing, phone call, and chatting, explanation of interior finishing materials and cost It is configured to activate the interior finishing material market by allowing users, customers who want to purchase interior finishing materials, to purchase on-site, or by connecting with the terminal-type finishing material purchase progress app module of the finishing material product store Third, through the AI space object/feature combination unit, the finishing material area of the floor, wall, ceiling, and furniture part in the panoramic image space is automatically distinguished, and the shade or texture of the image is recognized, and the finishing material product sales terminal type Based on the finishing material information entered in the finishing material purchase progress app module, the texture or shade of the finishing material in the existing area is recognized, and the feeling of the image is extracted in the same way, so that the finishing material based on the 360 panorama can be driven realistically.

Hereinafter, a preferred embodiment according to the present invention will be described with accompanying drawings.

1 is a block diagram showing the components of a screen-sharing web 360VR interior space forming device 1 in which interior finishing materials in a realistic 360VR interior space object are driven together according to the present invention, and FIG. 2 is related to the present invention. It relates to a configuration diagram showing the components of a screen-sharing web 360VR interior space forming device (1) in which interior finishing materials in a realistic 360VR interior space object are driven together, which is displayed in a realistic 360VR interior space object on a web browser screen. Control to form a web 360VR interior space in which the interior finishing materials are driven together, and in the formed web 360VR interior space, click, move, and watch the immersive 360VR interior space object, and keep an eye on the web 360VR screen itself of the interior finishing material that you are interested in. , It is configured to control to share the screen.

More specifically, the screen sharing type web 360VR interior space forming device 1 includes a customer terminal type web 360VR interior driving app module 100, a space designer terminal type web 360VR interior space formation request app module 200, a finishing material product sales place It consists of a terminal-type finishing material purchase progress app module 300, a triangle-type webRTC communication control module 400, and a screen-sharing type web 360VR interior space formation control module 500.

First, the customer terminal type web 360VR interior driving app module 100 according to the present invention will be described.

The customer terminal type web 360VR interior driving app module 100 is activated in the form of an application in a smart device, which is a customer terminal, and displays a realistic 360VR interior space object and While downloading and experiencing the web 360VR interior space in which the interior finishing materials are driven together, click, move, watch, and pay attention to objects in the realistic 360VR interior space. It is transmitted to the formation control module, and under the control of the screen sharing type web 360VR interior space formation control module, it is connected to the space designer terminal type web 360VR interior driving app module or the finishing material product store terminal type web 360VR interior driving app module under the screen sharing atmosphere. , receive explanations and advice on interior finishing materials, and play a role in purchasing interior finishing materials.

Here, the customer terminal in the customer terminal type web 360VR interior driving app module is a user (= customer, client) terminal that downloads and experiences the web 360VR interior space virtually, receives explanations and advice on interior finishing materials, and purchases interior finishing materials. says

In addition, the terminal is composed of a smart device in which a web browser is installed or capable of driving VR.

As shown in FIG. 3, this includes a customer terminal type web 360VR interior driving activity unit 110, a customer terminal type web 360VR interior driving service control unit 120, a customer terminal type web 360VR interior driving receiver unit 130, a customer terminal Hyung Web 360VR consists of an interior driving content control unit 140.

First, the customer terminal type web 360VR interior driving activity unit 110 according to the present invention will be described.

The customer terminal type web 360VR interior driving activity unit 110 serves to create a customer terminal type web 360VR interior driving user interface (UI) on the screen of the smart device.

Here, in the customer terminal type web 360VR interior driving user interface (UI), a user who wants to purchase interior finishing materials downloads and experiences the immersive 360VR interior space object and the web 360VR interior space in which the interior finishing materials are driven together, and selects the interior finishing material. It refers to an interface that sets up a UI that creates a screen-sharing atmosphere so that users can buy and purchase.

As shown in FIG. 4, the customer terminal type web 360VR interior driving activity unit 110 includes a customer terminal type web 360VR interior driving fragment unit 111 and a customer terminal type web 360VR interior driving activity life cycle. unit 112, customer terminal type web 360VR interior driving configuration conversion unit 113, customer terminal type web 360VR interior driving activity result receiving unit 114, customer terminal type web 360VR interior driving state storage unit 115, customer terminal It is composed of a type web 360VR interior driving authority setting unit 116 and a customer terminal type web 360VR interior driving process lifecycle unit 117.

[Customer terminal type web 360VR interior driving fragment unit 111]

The customer terminal type web 360VR interior driving fragment part 111 serves to expand and build various interfaces or application programs on one screen.

It consists of a menu bar, a link bar, an image map interface unit, a site map interface unit, a site menu bar, and a directory unit.

The menu bar is a component representing a hierarchical structure and serves to move a user to a desired page.

The link bar plays a role of forming a hyperlink that enables movement to a desired page.

The image map interface unit plays a role of forming a hyperlink to a picture to move to a desired page.

The site map interface unit serves to form a tree structure so that the entire structure of the site can be recognized at a glance.

The site menu bar serves to gather menus and links on the left or right side of the site and form them on one side of the screen.

The directory unit serves to express subjects or items by category.

[Customer terminal type web 360VR interior driving activity life cycle unit 112]

The customer terminal type web 360 VR interior driving activity life cycle unit 112 serves to form a cycle by classifying the activity into Entire, Visible, and Foreground Lifetime according to the operating state of the activity.

[Customer terminal type web 360VR interior driving configuration conversion unit 113]

The customer terminal type web 360VR interior driving configuration conversion unit 113 changes the activity according to the environmental change, calls onDestroy when the runtime is changed, and restarts the activity.

[Customer terminal type web 360VR interior drive activity result value receiver (114)]

The customer terminal type web 360VR interior drive activity result value receiving unit 114 plays a role of returning the result value or receiving the result value when the activity is finished.

[Customer terminal type web 360VR interior driving state storage unit 115]

The customer terminal type web 360VR interior driving state storage unit 115 serves to store the operating state of the activity and the result value of the activity.

[Customer terminal type web 360VR interior driving authority setting unit (116)]

The customer terminal type web 360VR interior drive permission setting unit 116 serves to set access permission for a specific activity.

[Customer terminal type web 360VR interior driving process lifecycle part (117)]

The customer terminal type web 360VR interior driving process lifecycle unit 117 plays a role of automatically removing old processes according to set values and adjusting the priority of processes when the memory of the customer terminal type web 360VR interior driving app is insufficient. do.

As such, the customer terminal type web 360VR interior driving fragment unit 111, the customer terminal type web 360VR interior driving activity life cycle unit 112, the customer terminal type web 360VR interior driving configuration conversion unit 113, the customer terminal type web 360VR interior driving configuration conversion unit 113 Terminal type web 360VR interior operation activity result value receiving unit (114), customer terminal type web 360VR interior driving state storage unit (115), customer terminal type web 360VR interior driving authority setting unit (116), customer terminal type web 360VR interior driving process Through the customer terminal type web 360VR interior driving user interface (UI) created in the customer terminal type web 360VR interior driving activity unit 110 composed of the life cycle unit 117, a user who wants to purchase an interior finishing material can use the realistic 360VR While downloading and experiencing the web 360VR interior space in which the interior space object and interior finishing materials are driven together, a UI that creates a screen sharing atmosphere can be formed to select and purchase interior finishing materials.

Second, the customer terminal type web 360VR interior driving service controller 120 according to the present invention will be described.

The customer terminal type web 360VR interior driving service control unit 120 is executed in the background and binds another component of the customer terminal type web 360VR interior driving app to the service to interact with the service and perform inter-process communication. play a controlling role.

The customer terminal type web 360VR interior driving service control unit does not provide an interface and has a start and bind format.

.

As shown in FIG. 5, the customer terminal type web 360VR interior driving service control unit 120 is composed of a first foreground service control unit 121, a first background service control unit 122, and a first bind control unit 123. do.

The first foreground service control unit 121 serves to control to perform a service task that is clearly visible to the user.

It is configured to display notifications and keep running even when the user is not interacting with the app.

The first background service controller 122 plays a role of controlling to perform a service task that is not directly visible to the user.

For example, if a customer terminal type web 360VR interior driving app uses a service to compress storage, this is the task of the background service control unit.

The first bind control unit 123 serves to control the service to be bound when a bind service, which is a component of the customer terminal type web 360VR interior driving app, is called and the corresponding service is bound.

The bound service provides an interface with the screen-sharing web 360VR interior space formation control module to allow components to interact with the service, receive results, and perform inter-process communication (IPC) across multiple processes. .

As such, the customer terminal type web 360VR interior driving service control unit 120 composed of the first foreground service control unit 121, the first background service control unit 122, and the first bind control unit 123 allows the user to use the customer terminal type web 360VR It is configured to spawn a new thread if work needs to be done outside the main thread while interacting with the interior driven content control.

That is, if you want to perform a one-shot integrated prepayment only while the customer terminal type web 360VR interior driving activity part is running, create a thread in onCreate, start running it in onStart, then onstop ( onStop).

Third, the customer terminal type web 360VR interior driving receiver unit 130 according to the present invention will be described.

The customer terminal type web 360VR interior driving receiver unit 130 serves to generate a broadcast message of notification on the screen when a system event of the smart device occurs.

Here, the system event of the smart device refers to an event such as device charging notification or power off notification.

The customer terminal type web 360VR interior driving receiver unit is configured to transmit and receive broadcast messages in both directions between the system app and the customer terminal type web 360VR interior driving app without providing an interface.

And, it is configured to receive a broadcast message through a receiver declared in the manifest and a receiver registered in the context.

Here, the broadcast message includes a finishing material payment approval notification message and a cost settlement message transmitted from the screen sharing type web 360VR interior space formation control module.

Fourth, the customer terminal type web 360VR interior driving content controller 140 according to the present invention will be described.

The customer terminal type web 360VR interior driving content control unit 140 manages access rights to the customer terminal type web 360VR interior driving content stored in the customer terminal type web 360VR interior driving app, while downloading and experiencing the web 360VR interior space. , Click and move the immersive 360VR interior space object, watch and transmit the 360VR screen of the interior finishing material itself to the screen sharing type web 360VR interior space formation control module as it is, and space designer terminal type web in the screen sharing atmosphere It is connected to the 360VR interior driving app module or the terminal-type web 360VR interior driving app module of the finishing material product store, receives explanations and advice on interior finishing materials, and controls the purchase of interior finishing materials.

As shown in FIG. 6, this includes a web 360VR interior space experience request unit 141, a device access control unit 142 for a customer terminal, a web browser generation unit 143 for driving the first web 360VR, and web 360VR screen sharing data transmission. It is composed of a unit 144, a screen sharing control unit 145 for a customer terminal, and a cost payment control unit 146.

The web 360VR interior space experience request unit 141 serves to request the web 360VR interior space experience to the screen sharing type web 360VR interior space formation control module.

This is requested through a QR code scan or a link to the web 360VR interior space site.

The device access control unit 142 for the customer terminal serves to control the screen sharing type web 360VR interior space formation control module to allow the access authority of the device for the customer terminal through authentication.

Here, the device for the customer terminal refers to a speaker, a microphone, an image camera, and a display unit of a smart device that is a user terminal that wants to purchase an interior finishing material.

The first web browser generator 143 for driving the web 360 VR converts and activates the web browser in the app state, and serves to drive the web 360 VR interior space on the screen of the space designer terminal type web 360 VR interior space formation request app module. .

The web 360VR screen sharing data transmission unit 144 downloads and experiences the web 360VR interior space, clicks, moves, observes, and displays the web 360VR screen itself of the interior finishing material of interest to the web 360VR screen. It is set as shared data and serves to transmit to the screen-sharing type web 360VR interior space formation control module.

The screen sharing control unit 145 for the customer terminal creates a screen sharing room for the customer terminal on the web 360VR interior space, and under the control of the screen sharing type web 360VR interior space formation control module, the space designer terminal type web 360VR interior driving app module Or, it serves to control the screen to be shared with the terminal-type web 360VR interior driving app module of the finishing material product store.

This means that the screen sharing room for the customer terminal is not created on the first screen of the Web 360VR interior space, but at the request of the customer, when the screen sharing change cube is clicked, the screen sharing type Web 360VR interior space is created under the control of the control module, the space A screen sharing room for a customer terminal is created to share the screen with a designer terminal type web 360VR interior drive app module or a terminal type web 360VR interior drive app module for a retailer of finishing materials.

Through this, in the web 360VR interior space between the customer terminal-type web 360VR interior driving app module, space designer terminal-type web 360VR interior space formation request app module and the finishing material product store terminal-type finishing material purchase progress app module, video communication, call, and Through the chat, users who want to purchase interior finishing materials can receive explanations on interior finishing materials, and questions about cost, material, and strength, so that they can purchase them on the spot, or use the finishing material product store terminal-type finishing material purchase progress app module. The interior finishing materials market can be activated by connecting them.

When an interior finishing material to be purchased is clicked, the cost payment control unit 146 activates the cost payment window, and controls the cost payment after user authentication.

Next, the space designer terminal type web 360VR interior space formation request app module 200 according to the present invention will be described.

The space designer terminal type web 360VR interior space formation request app module 200 is activated in the form of an application in a smart device, which is a space designer terminal, and is directed toward the screen sharing type web 360VR interior space formation control module, real-life photo data about the interior space , video recording data, and finishing material data are transmitted to request the formation of a web 360VR interior space in which realistic 360VR interior space objects and interior finishing materials are driven together, and on the screen, a web browser, interior finishing materials that customers are watching and interested in By activating the web 360VR screen itself as it is, it serves to explain and advise on interior finishing materials toward the customer terminal type web 360VR interior driving app module.

As shown in FIG. 7, the space designer terminal type web 360VR interior space formation request activity unit 210, the space designer terminal type web 360VR interior space formation request service control unit 220, and the space designer terminal type web 360VR interior request receiver It consists of a part 230, a space designer terminal type web 360VR interior space creation request content control unit 240.

First, the space designer terminal type web 360VR interior space formation request activity unit 210 according to the present invention will be described.

The space designer terminal type web 360VR interior space formation request activity unit 210 serves to create a space designer terminal type web 360VR interior space formation request user interface (UI) on the screen of the smart device.

Here, the space designer terminal type web 360VR interior space formation request user interface (UI) transmits real-life photo data and video recording data about the indoor interior space, and the web 360VR interior in which realistic 360VR interior space objects and interior finishing materials are driven together It refers to an interface that sets up a UI requesting space formation.

As shown in FIG. 8, the space designer terminal type web 360VR interior space formation request activity unit 210 includes a space designer terminal type web 360VR interior space formation request fragment unit 211, a space designer terminal type Web 360VR interior space formation request activity life cycle unit 212, space designer terminal type web 360VR interior space formation request configuration conversion unit 213, space designer terminal type web 360VR interior space formation request activity result value receiver 214, space Designer terminal type web 360VR interior space formation request state storage unit 215, space designer terminal type web 360VR interior space formation request authority setting unit 216, space designer terminal type web 360VR interior space formation request process lifecycle unit 217 consists of

[Space Designer Terminal Type Web 360VR Interior Space Formation Request Fragments Unit 211]

The space designer terminal type web 360VR interior space formation request fragments unit 211 serves to expand and build various interfaces or application programs on one screen.

It consists of a menu bar, a link bar, an image map interface unit, a site map interface unit, a site menu bar, and a directory unit.

The menu bar is a component representing a hierarchical structure and serves to move a user to a desired page.

The link bar plays a role of forming a hyperlink that enables movement to a desired page.

The image map interface unit plays a role of forming a hyperlink to a picture to move to a desired page.

The site map interface unit serves to form a tree structure so that the entire structure of the site can be recognized at a glance.

The site menu bar serves to gather menus and links on the left or right side of the site and form them on one side of the screen.

The directory unit serves to express subjects or items by category.

[Space designer terminal type web 360VR interior space formation request activity life cycle unit 212]

The space designer terminal type web 360 VR interior space formation request activity life cycle unit 212 plays a role of forming a cycle by dividing the activity into Entire, Visible, and Foreground Lifetime according to the operating state of the activity. do.

[Space designer terminal type web 360VR interior space formation request configuration conversion unit (213)]

The space designer terminal type web 360VR interior space formation request configuration conversion unit 213 changes the activity according to the environmental change, calls onDestroy when the runtime is changed, and restarts the activity.

[Space designer terminal type web 360VR interior space formation request activity result value receiver (214)]

The space designer terminal type web 360VR interior space formation request activity result value receiving unit 214 serves to return the result value or receive the result value when the activity is finished.

[Space designer terminal type web 360VR interior space formation request state storage unit 215]

The space designer terminal type web 360VR interior space formation request state storage unit 215 serves to store the operation state of the activity and the result value of the activity.

[Space designer terminal type web 360VR interior space formation request authority setting unit (216)]

The space designer terminal type web 360VR interior space creation request permission setting unit 216 serves to set access permission for a specific activity.

[Space designer terminal type web 360VR interior space formation request process life cycle unit (217)]

The space designer terminal type web 360VR interior space formation request process lifecycle unit 217 automatically removes old processes according to the set values when the space designer terminal type web 360VR interior request app runs out of memory, and sets the priority of the process. plays a regulating role.

Thus, the space designer terminal type web 360VR interior space formation request fragments unit 211, the space designer terminal type web 360VR interior space formation request activity life cycle unit 212, the space designer terminal type web 360VR interior space formation Request configuration conversion unit 213, space designer terminal type web 360VR interior space formation request activity result receiver 214, space designer terminal type web 360VR interior space formation request state storage unit 215, space designer terminal type web 360VR interior The space designer created by the space designer terminal type web 360VR interior space formation request activity unit 210, which consists of the space formation request authority setting unit 216 and the space designer terminal type web 360VR interior space formation request process life cycle part 217 Terminal-type web 360VR interior space formation Through the user interface (UI), real-life photo data and video recording data related to the interior space are transmitted, and the immersive 360VR interior space object and interior finishing materials are driven together to form a web 360VR interior space form a UI that requests

Second, the space designer terminal type web 360VR interior space creation request service control unit 220 according to the present invention will be described.

The space designer terminal type web 360VR interior space formation request service control unit 220 runs in the background, binds another component of the space designer terminal type web 360VR interior space formation request app to the service and interacts with the service, process It plays a role of controlling to perform inter-communication.

The space designer terminal type web 360VR interior space formation request service control unit does not provide an interface and has a start and bind form.

.

As shown in FIG. 9, the space designer terminal type web 360VR interior space creation request service control unit 120 includes a second foreground service control unit 221, a second background service control unit 222, and a second bind control unit 223. ) is composed of

The second foreground service control unit 221 serves to control to perform a service task that is clearly visible to the user.

It is configured to display notifications and keep running even when the user is not interacting with the app.

The second background service control unit 222 serves to control the execution of service tasks that are not directly visible to the user.

For example, if a space designer terminal type web 360VR interior request app uses a service to compress storage, this is the task of the background service control unit.

The second bind control unit 223 serves to control binding of a service when a corresponding service is bound by calling a bind service, which is a component of the space designer terminal type web 360VR interior request app.

The bound service provides an interface with the screen-sharing web 360VR interior space formation control module to allow components to interact with the service, receive results, and perform inter-process communication (IPC) across multiple processes. .

In this way, the space designer terminal type web 360VR interior space formation request service control unit 220 composed of the second foreground service control unit 221, the second background service control unit 222, and the second bind control unit 223 is a space designer for the user. It is configured to spawn a new thread if work outside the main thread needs to be performed while interacting with the Terminal Web 360VR Interior Space Formation Request Content Control.

That is, if you want to perform a one-shot integration prepayment only while the space designer terminal type web 360VR interior space formation request activity part is running, create a thread in onCreate, start running it in onStart, It is configured to stop on onStop.

Third, the space designer terminal type web 360VR interior space formation request receiver unit 230 according to the present invention will be described.

The space designer terminal type web 360VR interior space formation request receiver unit 230 serves to generate a broadcast message of notification on the screen when a system event of the smart device occurs.

Here, the system event of the smart device refers to an event such as device charging notification or power off notification.

The space designer terminal type web 360VR interior space formation request receiver unit is configured to transmit and receive broadcast messages in both directions between the system app and the space designer terminal type web 360VR interior space formation request app without providing an interface.

And, it is configured to receive a broadcast message through a receiver declared in the manifest and a receiver registered in the context.

Here, the broadcast message includes an approval notification message and a cost settlement message transmitted from the intelligent integrated prepayment brokerage control module.

Fourth, the space designer terminal type web 360VR interior space creation request content controller 240 according to the present invention will be described.

The space designer terminal type web 360VR interior space formation request content control unit 240 manages access rights to the space designer terminal type web 360VR interior space formation request content stored in the space designer terminal type web 360VR interior space formation request app, Web 360VR interior space in which realistic 360VR interior space objects and interior finishing materials are driven together by transmitting actual photo data and video recording data of the interior space, and finishing material data to the screen sharing type web 360VR interior space formation control module. Request formation, and activate the web 360VR screen itself of the interior finishing material that the customer is watching and interested in on the screen of the web browser as it is, and provide explanations and advice on the interior finishing material toward the customer terminal type web 360VR interior driving app module. plays a role in controlling the

As shown in FIG. 10, this includes a web 360VR interior space formation request unit 241, a device access control unit 242 for a space designer terminal, a web browser generation unit 243 for driving a second web 360VR, and a screen for a space designer terminal. It is composed of a sharing control unit 244.

The web 360VR interior space formation request unit 241 transmits photo data, video recording data, and finishing material data related to the indoor interior space to the screen sharing type web 360VR interior space formation control module, thereby creating a realistic 360VR interior space. It serves to request the formation of a web 360VR interior space in which objects and interior finishing materials are driven together.

The device access control unit 242 for the space designer terminal serves to control the screen sharing type web 360VR interior space formation control module to allow the access authority of the space designer terminal device through authentication.

Here, the space designer terminal device refers to a speaker, a microphone, an image camera, and a display unit of a smart device that is a space designer terminal that wants to purchase an interior finishing material.

The second web browser generation unit 243 for driving the web 360 VR converts and activates the web browser in the app state, and serves to drive the interior space of the web 360 VR on the screen of the terminal of the terminal selling the finishing material product.

The screen sharing control unit 244 for the space designer terminal creates a screen sharing room for the space designer terminal on the web 360VR interior space, and under the control of the screen sharing type web 360VR interior space formation control module, the customer terminal type web 360VR interior driving app It plays a role in controlling the screen to be shared with the terminal-type web 360VR interior driving app module of the module or finishing material product store.

This means that a screen sharing room for the space designer terminal is not created on the first screen of the Web 360VR interior space, but at the request of the designer, when the screen sharing change cube is clicked, under the control of the screen sharing type Web 360VR interior space formation control module, the customer terminal A screen sharing room for customer terminals is created to share the screen with the typed web 360VR interior drive app module or the terminal type web 360VR interior drive app module at the place where the finishing material product is sold.

Through this, in the web 360VR interior space between the user terminal, space designer terminal, and finishing material product sales terminal, through video communication and chatting, interior finishing materials are explained, and questions about cost, material, and strength are consulted. The interior finishing material market can be activated by allowing a user who wants to purchase to purchase directly on the spot or by connecting with a finishing material product sales office.

Next, the terminal-type finishing material purchase progress app module 300 according to the present invention will be described.

The finishing material product sales terminal type finishing material purchase progress app module 300 is activated in the form of an application in the smart device, which is a finishing material product sales store terminal, towards the space designer terminal type finishing material purchase progress app module, finishing materials to be created in the web 360VR interior space It transmits data and activates the web 360 VR screen itself of interior finishing materials that customers are watching and interested in on the screen of the web browser as it is, guiding the purchase process of interior finishing materials toward the customer terminal type web 360 VR interior driving app module. do.

Here, the finishing material product sales terminal in the finishing material product sales terminal type finishing material purchase progress app module refers to the finishing material product sales terminal that transmits the finishing material data used in the interior space to the space designer terminal type finishing material purchase progress app module.

In addition, the terminal is composed of a smart device in which a web browser is installed or capable of driving VR.

In addition, interior finishing materials include stucco, stone, wood, steel, brick, ceramic siding, exposed concrete, sandwich panels, tiles, painting, wallpaper, sofas, ceiling lights, and switches.

As shown in FIG. 11, this includes a terminal-type finishing material purchase progress activity unit 310 for a finishing material product seller, a terminal-type finishing material purchase progress service control unit 320 for a finishing material product seller, and a terminal-type finishing material purchase progress receiver unit 330 for a finishing material product seller. , It consists of a finishing material product sales place terminal type finishing material purchase progress content control unit 340.

First, the terminal-type finishing material purchase progress activity unit 310 according to the present invention will be described.

The finishing material product sales place terminal-type finishing material purchase progress activity unit 310 transmits the finishing material data to be created in the web 360VR interior space to the space designer terminal-type finishing material purchase progress app module on the screen of the smart device, and the customer terminal-type It plays a role in creating a user interface (UI) that guides the purchase of interior finishing materials toward the web 360 VR interior driving app module.

As shown in FIG. 12, this includes a Fragments unit 311 for purchasing terminal-type finishing materials for finishing material product sellers, an activity life cycle unit 312 for purchasing terminal-type finishing materials for finishing material product sellers, and a terminal-type finishing material for finishing material product sellers. Purchase progress configuration conversion unit 313, Finishing material product seller Terminal-type finishing material purchase progress Activity result value receiving unit 314, Finishing material product seller Terminal-type finishing material purchase progress status storage unit 315, Finishing material product seller Terminal-type finishing material purchase progress authority setting It is composed of a unit 316 and a terminal-type finishing material purchase progress process life cycle unit 317 where a finishing material product is sold.

[Finish product sales place terminal type finishing material purchase progress Fragments unit 311]

The finishing material product sales place terminal-type finishing material purchase progress fragments unit 311 serves to expand and build various interfaces or application programs on one screen.

It consists of a menu bar, a link bar, an image map interface unit, a site map interface unit, a site menu bar, and a directory unit.

The menu bar is a component representing a hierarchical structure and serves to move a user to a desired page.

The link bar plays a role of forming a hyperlink that enables movement to a desired page.

The image map interface unit plays a role of forming a hyperlink to a picture to move to a desired page.

The site map interface unit serves to form a tree structure so that the entire structure of the site can be recognized at a glance.

The site menu bar serves to gather menus and links on the left or right side of the site and form them on one side of the screen.

The directory unit serves to express subjects or items by category.

[Activity life cycle department (312) in the process of purchasing finishing materials for terminal-type finishing materials]

The activity life cycle unit 312 for purchasing terminal-type finishing materials at the finishing material product seller serves to form a cycle by classifying the activity into Entire, Visible, and Foreground Lifetime according to the operating state of the activity.

[Finish product sales place terminal-type finishing material purchase process configuration conversion unit (313)]

The terminal-type finishing material purchase progress configuration conversion unit 313 of the finishing material product seller serves to change the activity according to changes in the environment, and to call onDestroy and restart the activity when the runtime is changed.

[Finish product sales place terminal-type finishing material purchase progress activity result value receiver (314)]

The finishing material product seller terminal type finishing material purchase progress activity result value receiving unit 314 serves to return the result value or receive the result value when the activity ends.

[Finish product sales store terminal-type finishing material purchase progress state storage unit 315]

The terminal-type finishing material purchase progress state storage unit 315 of the finishing material product seller serves to store the operation state of the activity and the activity result value.

[Finish product sales place terminal-type finishing material purchase process authority setting unit (316)]

The finishing material product sales place terminal type finishing material purchase progress authority setting unit 316 serves to set access authority for a specific activity.

[Process life cycle department (317) for purchasing terminal-type finishing materials for finishing materials product sales]

The finishing material product seller terminal-type finishing material purchase progress process lifecycle unit 317 automatically removes an old process according to a set value and adjusts the priority of the process when the memory of the finishing material product seller terminal-type finishing material purchase progress app is insufficient. play a role

In this way, the finishing material product sales place terminal type finishing material purchase progress fragments unit 311, the finishing material product sales place terminal type finishing material purchase progress activity life cycle unit 312, the finishing material product sales place terminal type finishing material purchase progress configuration conversion unit 313 ), finishing material product sales place terminal type finishing material purchase progress activity result value receiving unit 314, finishing material product sales place terminal type finishing material purchase progress status storage unit 315, finishing material product sales place terminal type finishing material purchase progress authority setting unit 316, finishing material product In the finishing material product seller terminal type finishing material purchasing progress activity part 310 consisting of the vendor terminal-type finishing material purchase progress process lifecycle unit 317, the finishing material data to be created in the web 360VR interior space is transmitted, and on the screen, which is a web browser In this case, the web 360VR screen of the interior finishing material that the customer is watching and interested in is activated as it is, and a UI for guiding the purchase of the interior finishing material toward the customer terminal type web 360VR interior driving app module is formed.

Second, the terminal-type finishing material purchase progress service control unit 320 according to the present invention will be described.

The finishing material product seller terminal-type finishing material purchase progress service control unit 320 runs in the background, binds another component of the finishing material product seller terminal-type finishing material purchase progress app to the service, and performs inter-process communication while interacting with the service. It serves as a control to do so.

The finishing material product sales place terminal type finishing material purchase progress service control unit does not provide an interface and has a start and bind format.

.

As shown in FIG. 13, the finishing material product seller terminal type finishing material purchase progress service control unit 320 includes a third foreground service control unit 321, a third background service control unit 322, and a third bind control unit 323. It consists of

The third foreground service control unit 321 serves to control to perform service tasks that are clearly visible to the user.

It is configured to display notifications and keep running even when the user is not interacting with the app.

The third background service control unit 322 serves to control a service operation that is not directly visible to the user to be performed.

For example, if a terminal-type finishing material purchase progress app of a finishing material product seller uses a service to compress storage, this is the task of the background service control unit.

The third bind controller 323 plays a role of controlling to bind a service when a bind service, which is a component of a terminal-type finishing material purchase progress app for a finishing material product seller, is called and the corresponding service is bound.

The bound service provides an interface with a space designer terminal-type finishing material purchasing progress app module, a screen-sharing web 360VR interior space formation control module, allowing components to interact with the service, receive results, and process across multiple processes. It can be done with inter-intercommunication (IPC).

As such, the finishing material product sales terminal type finishing material purchase progress service control unit 320 composed of the second foreground service control unit 321, the third background service control unit 322, and the third bind control unit 323 allows the user to use the finishing material product sales store terminal It is configured to spawn a new thread if work needs to be done outside the main thread while interacting with the procedural content control.

In other words, if you want to perform a one-shot integrated prepayment only while the finishing material purchase progress activity part of the finishing material product sales place is running, create a thread in onCreate, start running it in onStart, and then onstop. (onStop).

Thirdly, the finishing material product sales place terminal type finishing material purchase progress receiver unit 330 according to the present invention will be described.

The terminal-type finishing material purchase progress receiver 330 of the finishing material product seller serves to generate a broadcast message of notification on the screen when a system event of the smart device occurs.

Here, the system event of the smart device refers to an event such as device charging notification or power off notification.

The finishing material product seller terminal type finishing material purchase progress receiver unit is configured to transmit and receive a broadcast message in both directions between the system app and the finishing material product seller terminal type finishing material purchase progress app without providing an interface.

And, it is configured to receive a broadcast message through a receiver declared in the manifest and a receiver registered in the context.

Fourth, the finishing material product sales place terminal type finishing material purchase progress content controller 340 according to the present invention will be described.

The finishing material product seller terminal-type finishing material purchase progress content control unit 340 manages access rights to the finishing material product seller terminal-type finishing material purchase progress content stored in the finishing material product seller terminal-type finishing material purchase progress app, while purchasing space designer terminal-type finishing materials Towards the progress app module, the finishing material data to be created in the web 360VR interior space is transmitted, and the web 360VR screen itself of the interior finishing material that the customer is watching and interested in is activated as it is on the screen of the web browser, so that the customer terminal type web 360VR Towards the interior driving app module, it serves to control to guide the purchase of interior finishing materials.

As shown in FIG. 14, this includes a finishing material data transmission unit 341, a device access control unit 342 for a terminal of a finishing material product seller, a web browser generating unit 343 for driving a third web 360VR, and screen sharing for a terminal of a finishing material product seller. It is composed of a control unit 344.

The finishing material data transmission unit 341 serves to transmit finishing material data to be created in the web 360 VR interior space to the space designer terminal type finishing material purchase progress app module.

After logging in, input finishing material/product information.

The device access control unit 342 for the finishing material product seller terminal serves to control the screen sharing type web 360VR interior space formation control module to allow the access authority of the device for the finishing material product seller terminal through authentication.

Here, the device for the finishing material product sales store terminal refers to a speaker, microphone, and image camera device of a smart device that is a finishing material product sales store terminal for purchasing interior finishing materials.

The third web browser generation unit 343 for driving the web 360 VR converts and activates the web browser in the app state, and serves to drive the interior space of the web 360 VR on the screen of the terminal of the terminal selling the finishing material product.

The screen sharing control unit 344 for the finishing material product seller terminal creates a screen sharing room for the finishing material product seller terminal on the web 360VR interior space, and under the control of the screen sharing type web 360VR interior space formation control module, the customer terminal type web 360VR interior It plays a role in controlling the screen to be shared with the driving app module or the space designer terminal type web 360VR interior driving app module.

This means that on the first screen of the Web 360VR interior space, a screen sharing room for the terminal of the finishing material product seller is not created, and when the screen sharing change cube is clicked at the request of the finishing material product seller, under the control of the screen sharing type Web 360VR interior space formation control module, A screen sharing room is created for the terminal of a finishing material product store that allows the screen to be shared with the customer terminal type web 360VR interior driving app module or space designer terminal type web 360VR interior driving app module.

Through this, in the web 360 VR interior space between the user terminal and the terminal of a finishing material product store, through video communication and chatting, users who want to purchase interior finishing materials are guided to purchase them on the spot, thereby activating the interior finishing materials market.

Next, the triangle type webRTC communication control module 400 according to the present invention will be described.

The triangle-type webRTC communication control module 400 is a customer terminal type web 360VR interior driving app module centered on a screen sharing type web 360VR interior space formation control module through webRTC communication, space designer terminal type web 360VR interior space formation It plays a role in connecting the requested app module and the finishing material product store terminal-type finishing material purchase progress app module to form a triangle structure and enable real-time communication.

This is configured to enable real-time communication by connecting video communication, phone calls, and chatting about interior finishing material information on a web browser screen through the installation of a separate plug-in or software.

More specifically, as shown in FIG. 15, it is composed of a Get User Media API unit 410, a Peer Connection API unit 420, and a Data Channel API unit 430.

First, the Get User Media API unit 410 according to the present invention will be described.

The Get User Media API unit 410 serves to provide an API for accessing media devices of a microphone, speaker, and image camera on a smart device.

This is configured to obtain a media stream object from the media device of the microphone, speaker, and video camera on the smart device, receive it from the peer connection API unit, and transmit the media stream.

Second, the peer connection API unit 420 according to the present invention will be described.

The peer connection API unit 420 is the interior finishing material between the customer terminal type web 360VR interior driving app module, the space designer terminal type web 360VR interior space formation request application module, and the web browser activated in the finishing material product store terminal type finishing material purchase progress app module. It plays the role of exchanging data such as images and voices related to information.

As shown in FIG. 16, it is composed of a voice engine unit 421, a video engine unit 422, and a transport unit 423.

The voice engine unit 421 serves to control audio-related functions.

This is configured to control functions related to the microphone, speaker, and sound of the customer terminal type web 360VR interior driving app module, the space designer terminal type web 360VR interior space formation request application module, and the terminal type finishing material purchase progress app module of the finishing material product store.

In addition, it supports voice codecs such as iSAC, iLBC, and Opus, and provides echo cancellation and noise cancellation functions.

The video engine unit 422 serves to provide video-related functions.

This is configured to control the functions related to the camera of the customer terminal type web 360VR interior driving app module, the space designer terminal type web 360VR interior space formation request application module, and the terminal type finishing material purchase progress app module of the finishing material product store.

The transport unit 423 serves to provide functions related to the network.

As shown in FIG. 17, it is composed of a stun server unit 423a and a turn server unit 423b.

The Stun server unit 423a connects the customer terminal-type web 360VR interior driving app module, the space designer terminal-type web 360VR interior space formation request app module, and the finishing material product store terminal-type finishing material purchase progress app module to each other. It checks whether browsers exist behind a NAT or firewall, and establishes communication between browsers by sending each browser's public IP address.

The turn server unit 423b tried to set up communication through the Stun server unit, but the customer terminal type web 360VR interior driving app module, space designer terminal type web 360VR interior space formation request app module and finishing material product sales place It plays a role in relaying all information between web browsers when web browsers that want to connect terminal-type finishing material purchase process application modules cannot find each other.

Third, the data channel API unit 430 according to the present invention will be described.

The data channel API unit 430 is the interior finishing material between the customer terminal type web 360VR interior driving app module, the space designer terminal type web 360VR interior space formation request application module, and the web browser activated in the finishing material product store terminal type finishing material purchase progress app module. It plays the role of exchanging text or files related to information.

Next, the screen sharing type web 360VR interior space formation control module 500 according to the present invention will be described.

The screen-sharing type web 360VR interior space formation control module 500 receives real-life photo data and video recording data about the interior space, and finishing material data from the space designer terminal type web 360VR interior space formation request app module, Control to form a web 360VR interior space in which the type 360VR interior space object and interior finishing materials are driven together, click and move the realistic 360VR interior space object in the web 360VR interior space through the customer terminal type web 360VR interior driving app module It plays a role in controlling the screen sharing of the web 360VR screen of the interior finishing material that is watched and interested in as it is, to the space designer terminal type web 360VR interior driving app module and the finishing material product store terminal type web 360VR interior driving app module.

As shown in FIG. 18, it consists of a realistic 360VR interior space object generation engine unit 510, a finishing material web rendering generation control unit 520, and a web 360VR interior space formation control unit 530.

First, the realistic 360VR interior space object generation engine unit 510 according to the present invention will be described.

The realistic 360VR interior space object generation engine unit 510 receives live photo data and video recording data about the indoor interior space transmitted from the space designer terminal type web 360VR interior space formation request app module, and based on AI analysis It plays a role in creating a realistic 360VR interior space object that extracts feature points and drives them through web 360VR.

It conveniently and smartly creates high-quality 3D spatial objects from small objects to large buildings through 2D image or video input.

In addition, realistic 360VR interior space objects of various sizes and dynamic websites can be built.

Here, the realistic 360VR interior space object refers to an indoor interior space consisting of an information desk, lounge, entrance, lobby, room, toilet, and kitchen room formed as a 3D object of X, Y, and Z axes.

That is, it includes all places where the user, the customer, moves or rotates the web 360 VR interior space.

As shown in FIG. 19, the realistic 360VR interior space object generation engine unit 510 includes an image feature extraction unit 511, an image arrangement unit 512, a feature matching unit 513, and a realistic 360VR interior space object. It consists of a generation unit 514 and an AI spatial object/feature combining unit 515.

The image feature extraction unit 511 serves to extract image feature points related to an interior image space object, a background background, and RGB information of an indoor interior space based on actual photo data and video recording data related to the indoor interior space. .

Here, the actual photo data and video recording data related to the interior space are taken using any one of a smartphone, a DSLR, and a drone camera.

The image feature extraction unit includes a POI image feature extraction algorithm engine unit.

Through the image feature extraction unit according to the present invention, by extracting image feature points related to the interior image space object, the background background, and RGB information of the indoor interior space, the RGB information of the indoor interior space is recognized to create a realistic 360VR interior space object. create

The image arrangement unit 512 serves to arrange the interior image space object extracted from the image feature extraction unit, the background background, and the image feature points related to RGB information based on a 1 degree to 360 degree view.

The feature matching unit 513 serves to match image feature points arranged through the image array unit for each image space object.

As shown in FIG. 20, the realistic 360VR interior space object generator 514 has a 360-degree structure of the X-axis, Y-axis, and Z-axis of the indoor interior space for the image space object matched through the feature matching unit. It plays a role in creating 360VR interior space objects.

The AI space object/feature combining unit 515 serves to intelligently combine the interior finishing material features with the realistic 360VR interior space object created by the realistic 360VR interior space object creation unit.

As shown in FIG. 21A, this selects and changes the finishing materials for each area in the VR space according to the selection of finishing materials through the AI space object/feature combining unit, and as shown in FIG. 21B, through the AI spatial object/feature combining unit, realistic After analyzing the finishing materials in the 360 VR interior space object, matching is proposed for the most similar finishing materials according to price and material category, and it is configured to input finishing material information into the VR space.

That is, the AI space object/feature combination unit 515 automatically distinguishes the finishing material areas of the floor, walls, ceiling, and furniture in the panoramic image space, recognizes the shade or texture of the image, and supplies the finishing material product retailer terminal-type finishing material Based on the interior finishing material information entered in the purchase process app module, it recognizes the texture or shade of the interior finishing material in the existing area, extracts the same feeling of the image, and intelligently combines the interior finishing materials based on the 360 panorama to operate realistically together. .

Second, the finishing material web rendering generation control unit 520 according to the present invention will be described.

The finishing material web rendering generation control unit 520 receives the finishing material data transmitted from the space designer terminal type web 360VR interior space formation request app module, renders the finishing material, converts the finishing material into an image or icon, and converts the result to the web. It serves to enable service and handles various visual effects for the result.

Here, web rendering refers to infusing a sense of reality into a two-dimensional finishing material image by considering external information such as light source, location, and color, and forming a three-dimensional interior finishing material to be applied to the web 360VR interior space.

This can form a web 360VR interior space on the web browser screen, eliminating the time and space constraints on design reviews between designers and finishing material product vendors, reducing design cycles by 1.5 to 3 times compared to the existing ones, reducing design costs. As a means of communicating communication with improved dynamic and visual effects, it is possible to maximize marketing effects by actively utilizing it in public relations.

In response to the request for rendering the finishing material of the space designer terminal type web 360VR interior space formation request app module, the finishing material rendering process and the resulting image are transmitted to the space designer terminal type web 360VR interior space formation request application module.

In addition, it is configured to view the rendering results of finishing materials from various perspectives (rotation, zoom).

In other words, at a specific point in time when viewing the resulting image of the realistic 360VR interior space object rendered with the finishing material, it is bound to be a 2D image, but by checking only a specific section during the review process, the entire appearance of the realistic 360VR interior space object made of the selected finishing material is predicted. Because it is difficult to do, it is possible to check the realistic 360VR interior space object made of selected finishing material rendering through various angles and functional implementation such as enlargement and reduction.

Due to this, it is possible to apply various types of finishing materials to the realistic 360VR interior space object according to the selection of the customer, the user.

In addition, various visual effects can be expressed through a change in color, adjustment of the position of a light source, and a degree of brightness in the rendering result of the finishing material.

As shown in FIG. 22, the finishing material web rendering generation control unit 520 includes a rendering size/direction control unit 521, a rendering mode change unit 522, an image format unit 523, an image resolution unit 524, a light It consists of an on/off/color control unit 525, an instance movement unit 526, and a synchronization control unit 527.

[Rendering size/direction control unit 521]

The rendering size/direction control unit 521 serves to control the size and direction of the rendering of the finishing material.

It consists of a zoom unit, a navigation unit, an automatic rotation unit, a user-defined view setting unit, a 2D image generation unit, and a perspective setting unit.

The 3D finishing material model is enlarged or reduced through the zoom unit, and the 3D finishing material model is rotated, moved, or rotated around an axis through the navigation unit.

In addition, through the automatic rotation unit, the 3D finishing material model is automatically rotated clockwise and counterclockwise, and through the user-defined view setting unit, the 3D finishing material model is saved as a user-defined view during operation at a specific point in time, and through the 2D image generation unit, 3D While operating the finishing material model, the rendering result at a specific point in time is created as a 2D image, and through the perspective setting unit, when viewing the rendering result, whether or not perspective is set.

Here, through the perspective setting unit, a realistic 360VR interior space object made of a rendering of a finishing material selected by a user, a customer, is set in perspective.

[Rendering mode change unit 522]

The rendering mode changing unit 522 serves to change and render various rendering modes.

Here, as the rendering mode, one of progressive rendering, non-progressive rendering, non-shading, gpu rendering, sketch rendering, and hybrid rendering is selected.

[Image format unit 523]

The image formatting unit 523 serves to format an image generated as a result of rendering.

[Image resolution unit 524]

The image resolution unit 524 serves to change or set the resolution of an image generated as a result of rendering.

[Light on/off color control unit 525]

The light on/off/color control unit 525 serves to turn on/off the light reflected on the 3D finishing material model and adjust the light color.

[Instance moving unit 526]

The instance moving unit 526 serves to move a specific instance in the 3D finishing material model.

As shown in FIG. 23, it is composed of a Z-direction movement unit 526a, a vertical and horizontal movement unit 526b, and a rendering image output unit 526c.

The Z-direction movement unit 526a serves to set the instance to move in the Z direction.

The up, down, left and right moving unit 526b serves to set the instance to move up and down and left and right.

The rendered image output unit 526c serves to output a rendered image on the screen with a set value.

[Synchronization control unit 527]

The synchronization control unit 527 transmits realistic 360VR interior space objects made of the rendering of the finishing materials selected by the user, the customer, through webRTC communication, to the space designer terminal type web 360VR interior space formation request app module and the finishing material product retailer terminal type finishing materials It also plays a role in controlling the purchase progress app module to be synchronized and displayed.

Third, the web 360VR interior space formation control unit 530 according to the present invention will be described.

As shown in FIG. 24, the web 360VR interior space formation controller 530 converts the realistic 360VR interior space object created through the realistic 360VR interior space object creation engine unit to the finishing material rendering created through the finishing material web rendering creation control unit. It plays a role of controlling to form a web 360 VR interior space by connecting them.

This means that if a browser that supports Web 360VR is installed on the device, users who are customers as well as virtual reality devices such as HTC Vive, Oculus Rift, and Google Cardboard can experience virtual reality through the web browser screen of the smart device. .

In addition, the web 360VR interior space formation control unit is not limited by the operating system conditions of the device such as the version of the Android operating system.

And, the web 360 VR interior space formation control unit is configured to support various input types.

This is a mouse, touch, accelerometer and gyroscope that provide movement and rotation information of smart devices, controllers without degrees of freedom, controllers with 3 degrees of freedom (3DOF), and controllers with 6 degrees of freedom (6DOF). One is selected and entered.

Here, in the case of a controller without degrees of freedom, it is a controller that is fully connected to the viewport, and is configured so that interactions occur at the center of the viewport.

The controller having 3 degrees of freedom (3DOF) provides direction information of three axes X, Y, and Z, that is, information about rotation.

The controller having 6 degrees of freedom (6DOF) provides direction information of X, Y, and Z axes and inclination information of each axis.

In addition, the web 360VR interior space formation control unit according to the present invention is a browser that supports web 360VR, Microsoft Edge in the Windows operating system, Chromium in Google Chrome, Firefox in the Mac operating system, Chrome for Android in the Android operating system, It runs in conjunction with a smart device or PC with Chromium, Samsung Internet, and Oculus browser installed.

As shown in FIG. 25, the web 360 VR interior space formation control unit 530 includes an Entity API unit 531, a Components API unit 532, a Web 360 VR system API unit 533, a scene ( Scene API 534, animation API 535, mixin API 536, asset management system API 537, utility API 538, and screen sharing API 539.

[Entity API unit 531]

The Entity API unit 531 connects the realistic 360VR interior space object created through the realistic 360VR interior space object generation engine unit with the finished material rendering created through the finishing material web rendering creation control unit, and the connected finishing material rendering It plays a role in transmitting the rendering of finishing materials to the Components API part in order to form shapes, operate, and have functions on realistic 360VR interior space objects.

As shown in FIG. 26, the entity component access unit 531a, entity component initialization check unit 531b, entity activation check unit 531c, object 360VR class unit 531d, and finishing material rendering transmission unit 531e It consists of

The entity component access unit 531a serves to access the object 3D class unit through an ID value.

The entity component initialization check unit 531b serves to check whether the entity component access unit, entity activation check unit, and object 3D class unit have been initialized and connected.

The entity activation check unit 531c serves to check that it is activated and is being played.

The object 360VR class unit 531d serves to provide a series of properties and methods for manipulating the rendering of finishing materials in 360VR on a realistic 360VR interior space object.

The finishing material rendering transmission unit 531e serves to transmit the finishing material rendering connected to the immersive 360VR interior space object to the components API unit.

[Components API 532]

The components API unit 532 receives the rendering of the finishing material from the entity API unit, forms a shape on the immersive 360VR interior space object, operates, and serves to generate functions.

As shown in FIG. 27, the array unit 532a, the asset unit 532b, the audio unit 532c, the Boolean unit 532d, and the color unit 532e, an int part 532f, and a map part 532g.

The array unit 532a serves to parse comma-separated values into an array.

The asset unit 532b serves to parse a URL from a string in the form of URL.url (<url>) indicating an asset.

The audio unit 532c serves to display audio assets.

The Boolean unit 532d serves to parse a character string into Boolean.

The color unit 532e serves to provide a color selection tool.

The int unit 532f parses a string to find a number included in the string and converts it into a number.

The map unit 532g serves to display texture assets.

[Web 360VR system API part 533]

The Web 360VR system API unit 533 plays a role of providing the global scope, service and management, and movement of the marker location related to the operation of the Web 360VR to the components API unit.

As shown in FIG. 28, it is composed of a system data unit 533a, a schema unit 533b, and a marker position moving unit 533c.

The system data unit 533a serves to generate data usable in handlers and methods provided by the schema unit.

The schema part 533b serves to parse data generated in the system data part.

The marker position movement unit 533c is a marker position movement instance object that moves in one direction selected from among the X-axis, Y-axis, and Z-axis directions of the immersive 360VR interior space object on the web 360VR screen when a user, who is a customer, accesses it. plays a role in generating

This is configured so that the shooting interval is short, within 3 to 5 steps, and the screen moving to another space is continuous, giving the feeling of actually walking through the space.

In addition, it consists of Look-Controls components to apply the rotation of the device, rotation through mouse click, and rotation through touch drag of the touch screen to the web browser.

In addition, the Wasd-Controls component is included and configured to adjust the direction of the realistic 360VR interior space object using the W, A, S, D keys or arrow keys of the keyboard.

In this way, through the marker position movement unit composed of the Look-Controls component and the Wasd-Controls component, as shown in FIG. 29, a circular marker position movement instance object is formed on the web 360 VR screen When a customer user accesses and clicks the circular marker position movement instance object, it is moved in one direction selected among the X-axis, Y-axis, and Z-axis directions of the realistic 360VR interior space object, so that the customer user Being located in the interior space of the site and moving can give a dynamic effect.

[Scene API 534]

In the Scene API unit 534, the rendering of the finishing material is imaged or iconized as an interior finishing material through the Entity API unit, the Components API unit, and the Web 360 VR system API unit, thereby creating a realistic 360 VR interior space object It plays a role in expressing the scene composed on the image.

As shown in FIG. 30, this includes a link spot unit 534a, an image list unit 534b, an image addition button unit 534c, a share button unit 534d, a save button unit 534e, an icon deletion field unit ( 534f), info spot part 534g, finishing material list part 534h, detail button part 534i, selection button part 534j, category filter button part 534k, category filter list part 534l, highlight effect setting It consists of a part 534m, a product specification data pop-up part 534n, a page visit button part 534o, an All-list button part 534p, and a list extraction part 534q.

As shown in FIG. 31, the link spot part 534a rotates and arranges the direction of the arrow icon when clicked, and serves to move the icon and arrange it within the screen.

After placement, it is configured to select an image of a realistic 360VR interior space object and replace and move the corresponding image when an icon is clicked.

As shown in FIG. 31, the image list unit 534b lists the uploaded interior finishing material images and displays them on the web 360 VR space.

It performs move/highlight selected image, edit image name, and delete function.

As shown in FIG. 31, the image addition button 534c serves to pop up an image upload of an interior finishing material when clicked.

As shown in FIG. 31, when the share button unit 534d is clicked, a screen sharing change cube is created, and through the screen sharing change cube, a screen sharing room for customer terminals, a screen sharing room for designer terminals, Creates a screen sharing room for the terminals of the product vendors.

This is a customer terminal type web 360VR interior driving app module, a space designer terminal type web 360VR interior space formation request app module and a finishing material product store terminal type finishing material purchase progress in the web 360VR interior space between app modules, video communication through screen sharing, calls, In addition, through chat, customers who want to purchase interior finishing materials can purchase interior finishing materials on-site or purchase terminal-type finishing materials from finishing material product stores by receiving advice on interior finishing materials, cost, material, and strength through chatting. Connect with the progress app module.

In addition, in the present invention, when the share button is clicked, the currently formed web 360VR interior space is transmitted in the form of a URL to the space designer terminal type web 360VR interior space formation request app module or the finishing material product store terminal type finishing material purchase progress app module to share let it

Hereinafter, in the present invention, when the share button is clicked, a screen sharing change cube is created, and a screen sharing room for customer terminals, a screen sharing room for designer terminals, and a screen sharing room for terminals selling finished materials are created on the web 360VR interior space through the screen sharing change cube. It is described as a screen sharing center that creates.

As shown in FIG. 31, the storage button 534e serves to store the currently formed web 360VR interior space.

As shown in FIG. 31, the icon deletion field part 534f is activated when an icon is arranged, and performs a function of deleting an icon by dragging it.

This has the effect of expanding the scale when the icon is moved to the field.

Also, when deleting, "Are you sure you want to delete?" It is configured to place a warning window pop-up and a confirmation button in the phrase.

As shown in FIG. 31, the info spot unit 534g enlarges when a mouse is dragged after clicking a button, and serves to list similar finishing material DB information out of the screen when clicked.

As shown in FIG. 35, when a new icon is created, the icon is interlocked with the cursor and is configured to be positioned when clicked.

And, the position of the icon is configured to be able to change later.

At this time, the material specification is configured to be activated as a small pop-up window.

As shown in FIG. 32, the finishing material list unit 534h serves to search and classify all interior finishing material products entering the search field.

When a designated interior finishing material is clicked, a 'detail' or 'selection' button is displayed after expanding to the left of the corresponding area, and a color highlight effect is generated when the cursor enters or clicks the button field.

As shown in FIG. 32, the detail button 534i serves to pop up corresponding product specification data related to interior finishing materials.

This is configured to express the description of the interior finishing material in the form of text.

In addition, through the sharing button, in the web 360VR interior space between the customer terminal type web 360VR interior driving app module, the space designer terminal type web 360VR interior space formation request app module, and the finishing material product store terminal type finishing material purchase progress app module, screen sharing is enabled. Through video communication, phone calls, and chatting, it is configured to receive explanations about interior finishing materials and to receive advice on costs, materials, and strength.

As shown in FIG. 32, the selection button unit 534j, when clicked, moves to the position selection step of the corresponding information pop-up function icon.

When clicked, the category filter button 534k serves to pop up a filtering window capable of classifying all searched products.

As shown in FIG. 33, when clicked, a field expansion/reduction function combination button is configured to classify all products related to the searched interior finishing material.

In addition, when zooming out (clicking), the selected category is automatically applied and configured to be classified in the list of finishing materials.

As shown in FIG. 33, the category filter list unit 534l serves to list up all product categories of the searched interior finishing materials.

This is configured so that when a category is selected (clicked), a check mark and a list of finishing materials are filtered in real time.

As shown in FIG. 34, the highlight effect setting unit 534m serves to set a color highlight effect for the selected interior finishing material list item.

As shown in FIG. 34, the product specification data pop-up unit 534n serves to pop-up a text description window with product information related to interior finishing materials in a 360 image area with an expansion effect.

That is, the country of origin, thickness, slab size, finish, type, use, color, and radon size are popped up in the text description window.

It is configured by including a selection button unit 534n-1 and a cancel button unit 534n-2 on one side of the lower end.

When clicked, the selection button part 534n-1 plays a role of moving to a 360-degree image page and simultaneously moving to a position selection step of a corresponding information strike function icon.

When clicked, the cancel button 534n-2 functions to return to the finishing material list screen.

As shown in FIG. 34, the visit page button part 534o creates a “visit page” click button in the part where product information on the interior finishing material of the product specification data pop-up part has an expansion effect, and when clicked, the corresponding finishing material It plays the role of connecting directly to the app module for the purchase of terminal-type finishing materials from product stores.

When clicked, this is configured to move to a site (URL) operated and managed by the finishing material product sales store terminal type finishing material purchase progress app module, in addition to directly connecting to the finishing material product sales store terminal type finishing material purchase progress app module.

As shown in FIG. 36, the All-list button 534p plays a role of forming a pop-up window with an extension effect to the left where information on all designated interior finishing materials can be checked when clicked.

It is configured to post product listings on the left side.

As shown in FIG. 36, the list extraction unit 534q plays a role in automatically extracting interior finishing material information in the list in a constructed form.

Here, the constructed form consists of a pdf file and an Excel file.

The Scene API unit 534 additionally sets a canvas, a renderer, a render loop, sets a basic camera and lighting, and sets a web 360 VR-polyfill, VR effect It consists of

[Animation API section 535]

The animation API unit 535 serves to set animation effects when rendering of finishing materials is driven on a realistic 360VR interior space object.

It is configured to apply 360 degrees to the Y-axis, which is the value for rotation, and set the animation duration to 1200 milliseconds to 3000 milliseconds.

[Mixin API section 536]

The mixin API unit 536 plays a role of providing a method that can be reused after creating a property set of the used components API unit.

This is configured, for example, to use an <a-mixin> element located within <a-assets>.

And, it is configured to set an id value.

At this time, the Entity API part has the attribute of the mixin API part through the id value of the mixin API part.

[Asset Management System API Unit 537]

The asset management system API unit 537 plays a role of arranging assets in one place, loading them in advance, or managing them to be cached.

That is, assets such as models and textures are loaded in advance before the rendering of finishing materials is activated on the immersive 360VR interior space object.

This ensures that no assets are visually missing.

This helps performance because it prevents the Scene API part from trying to fetch assets when the finish rendering is trying to display a scene constructed on a immersive 360VR interior space object.

Since the Scene API part is not rendered or initialized until the web browser has fetched all the assets or when the assets have timed out, it can degrade performance.

[Utility API section 538]

The utility API unit 538 parses strings into vec3 and vec4 objects, returns individual properties for multi-property components, provides CSS style-related functions, or provides utilities related to virtual reality devices. serves to provide

[Screen Sharing API Unit (539)]

The screen sharing API unit 539 displays the space designer terminal type web 360VR interior space formation request app module and the finishing material product store terminal type finishing material purchase progress app module on the web browser screen, through the customer terminal type web 360VR interior driving app module. Entering the immersive web 360VR interior space, clicking and moving objects in the immersive 360VR interior space, keeping an eye on specific interior finishing materials, and sharing the web 360VR screen itself as it is.

This is after registering the screen sharing component in the Components API, between the customer terminal-type web 360VR interior driving app module and the space designer terminal-type web 360VR interior space formation request app module, or the customer terminal-type web 360VR interior driving app module It is configured to share the screen between the terminal-type finishing material purchase progress app module of the finishing material product store.

First, a screen sharing room is created on the screen of the web browser where Web 360 VR is running, and the space designer terminal type Web 360 VR interior space formation request app module and finishing material product vendor terminal type finishing material purchase progress app module are guided to participate in the created screen sharing room. let it

At this time, when a space designer terminal type web 360VR interior space formation request app module or a finishing material product sales store terminal type finishing material purchase progress app module other than oneself enters the screen sharing room, the component containing the property to be shared is displayed in the space designer terminal type. Request for web 360VR interior space formation App module and finishing material Product sales place Terminal-type finishing material purchase progress Send to the app module.

That is, the screen sharing components transmitted to the space designer terminal type web 360VR interior space formation request app module and the terminal type finishing material purchase progress app module of the finishing material product seller are shown in Table 1 below.

var component_1={

template: template_name,

components: [

'position',

'rotation',

{

selector: '.head',

component : 'material(=interior finishing material)',

property : 'color',

}]};

The screen sharing component enters the immersive web 360VR interior space through the customer terminal type web 360VR interior driving app module, clicks and moves objects in the immersive 360VR interior space, watches a specific interior finish material, and displays a web 360VR screen of interest. It is composed of its own Position and Rotation values.

This includes immersive 360VR interior space objects and templates that determine the shape of interior finishes.

In addition, the screen sharing API unit creates a screen sharing change cube serving as a button for generating an event for changing and applying a screen sharing component in the web 360 VR interior space.

After creating the screen sharing change cube, it adds a controller so that the user, the customer, can select the screen sharing change cube.

That is, when a user, a customer, selects a screen sharing change cube, changes in the size of the cube and color of the controller are applied to the event in order to visually transmit selection completion information to the user, the customer.

The event is configured to include a call to the NAF.schemas.add() function that applies the component containing the modified shared property.

For example, the app module for purchasing terminal-type finishing materials at the end-user terminal-type web 360VR interior drive app module that displays the screen-sharing component that includes the shared properties to be changed by clicking the screen-sharing change cube of the web 360VR interior space. send towards

The customer terminal type web 360VR interior driving app module that has received the screen sharing component clicks the screen sharing change cube button to transmit the screen sharing component to the space designer terminal type web 360VR interior space formation request app module.

Finishing material product sales point Terminal-type finishing material purchase progress The app module enters the web 360VR interior space through the customer terminal-type web 360VR interior driving app module, clicks and moves objects in the immersive 360VR interior space, watches and pays attention to specific interior finishing materials The Position and Rotation values of the web 360VR screen itself are received and provided on the same screen as the customer terminal type web 360VR interior driving app module on the web browser screen.

Through this, in the web 360VR interior space between the customer terminal-type web 360VR interior driving app module, space designer terminal-type web 360VR interior space formation request app module and the finishing material product store terminal-type finishing material purchase progress app module, video communication, call, and Through chat, customers who want to purchase interior finishing materials can receive explanations about interior finishing materials, and questions about cost, material, and strength, so that users who want to purchase interior finishing materials can make purchases on the spot, or finishing materials product retailers terminal-type finishing material purchase progress apps By connecting with the module, the interior finishing material market can be activated.

Hereinafter, a detailed process of a screen-sharing type web 360VR interior space formation method in which interior finishing materials in a realistic 360VR interior space object according to the present invention are driven together will be described.

39 is a flow chart showing a specific process of a screen sharing type web 360VR interior space formation method in which interior finishing materials in a realistic 360VR interior space object are driven together according to the present invention.

First, through the triangle-type webRTC communication control module, centering on the screen sharing type web 360VR interior space formation control module, customer terminal type web 360VR interior driving app module, space designer terminal type web 360VR interior space formation request app module and finishing material products Proceed to purchase terminal-type finishing material from the vendor App module forms a triangle structure and connects to real-time communication (S10).

Next, the finishing material data to be created in the web 360 VR interior space is transmitted to the space designer terminal type finishing material purchasing progress app module through the terminal type finishing material purchase progress app module of the finishing material product store (S20).

Next, through the space designer terminal type web 360VR interior space formation request app module, to the screen sharing type web 360VR interior space formation control module, live photo data and video recording data about the interior space, and data for finishing materials are transmitted , The web 360VR interior space formation in which the immersive 360VR interior space object and the interior finishing material are driven together is requested (S30).

Next, through the screen-sharing web 360VR interior space formation control module, the space designer terminal type web 360VR interior space formation request app module receives actual photo data and video recording data about the interior space, and finishing material data, The realistic 360VR interior space object and the interior finishing material are controlled to form a web 360VR interior space driven together (S40).

As shown in FIG. 40, this receives live-action photo data and video recording data about the indoor interior space transmitted from the space designer terminal type web 360 VR interior space formation request app module through the realistic 360 VR interior space object generation engine unit, Based on the AI analysis, feature points are extracted to create a realistic 360VR interior space object that is driven by the web 360VR (S41).

Then, through the finishing material web rendering creation control unit, the space designer receives the finishing material data transmitted from the terminal type web 360VR interior space formation request app module, renders the finishing material, converts the finishing material into an image or icon, and then converts the result to the web. It enables service and processes various visual effects for the result (S42).

Then, through the web 360VR interior space formation control unit, the realistic 360VR interior space object created through the realistic 360VR interior space object generation engine unit is connected to the finishing material rendering generated through the finishing material web rendering creation control unit to form a web 360VR interior space (S43).

Next, through the customer terminal type web 360VR interior driving app module, a web 360VR interior space in which realistic 360VR interior space objects and interior finishing materials are driven together on the web browser screen from the screen sharing type web 360VR interior space formation control module Download and experience (S50).

Next, through the customer terminal type web 360VR interior driving app module, click, move, watch, and interest in the immersive 360VR interior space object formed on the web 360VR interior space. It is transmitted to the shared web 360VR interior space formation control module (S60).

Next, as shown in FIG. 37, under the control of the screen sharing type web 360VR interior space formation control module, through the customer terminal type web 360VR interior driving app module, the realistic 360VR interior space object formed on the web 360VR interior space Click, move, and share the screen of the web 360 VR screen of the interior finishing material that you are interested in watching with the space designer terminal type web 360 VR interior driving app module or the finishing material product store terminal type web 360 VR interior driving app module (S70).

Finally, through the customer terminal type web 360VR interior driving app module, space designer in the web 360VR interior space, space designer through the terminal type web 360VR interior driving app module or finishing material product retailer terminal type web 360VR interior driving app module finishing material product Receive explanations and advice on the interior finishing materials from the seller, and purchase the interior finishing materials (S80).

That is, as shown in FIG. 38, in the web 360VR interior space between the customer terminal-type web 360VR interior driving app module and the finishing material product store terminal-type finishing material purchase progress app module, any one of video communication, call, and chat is selected. Through this, it provides explanations on interior finishing materials, questions about costs, materials, and strength, and proceeds with purchasing interior finishing materials for users who want to purchase them on the spot.

1: Screen-sharing web 360VR interior space formation growth
100: Customer terminal type web 360VR interior driving app module
110: customer terminal type web 360VR interior driving activity unit
120: customer terminal type web 360VR interior driving service control unit
130: customer terminal type web 360VR interior drive receiver unit
140: Customer terminal type web 360VR interior driving content control unit
200: Space designer terminal type web 360VR interior space formation request application module
210: Space designer terminal type web 360VR interior space formation request activity unit
220: Space designer terminal type web 360VR interior space formation request service control unit
230: Space designer terminal type web 360VR interior request receiver unit
240: Space designer terminal type web 360VR interior space formation request content control unit
300: Finishing material product sales place terminal type finishing material purchase progress app module
310: Finishing material product sales department terminal type finishing material purchase progress activity department
320: Finishing material product sales place terminal type finishing material purchase progress service control unit
330: finishing material product sales place terminal type finishing material purchase progress receiver unit
340: finishing material product sales place terminal type finishing material purchase progress content control unit
400: Triangle type webRTC communication control module
410: Get User Media API unit
420: peer connection API unit
430: Data channel API unit
500: Screen sharing type web 360VR interior space formation control module
510: realistic 360VR interior space object creation engine
520: finishing material web rendering generation control unit
530: Web 360VR interior space formation control unit

Claims (15)

On the web browser screen, control to form a web 360VR interior space in which the interior finishing materials in the immersive 360VR interior space object are driven together, and click, move, and watch the immersive 360VR interior space object in the formed web 360VR interior space. In the screen sharing type web 360VR interior space forming device in which the interior finishing material in the realistic 360VR interior space object is driven together to control the web 360VR screen of the interior finishing material of interest to be screen-shared as it is,
The screen sharing type web 360VR interior space forming device
It is activated in the form of an application in the smart device, which is a customer terminal, and downloads and experiences the web 360 VR interior space in which realistic 360 VR interior space objects and interior finishing materials are driven together on the web browser screen from the screen-sharing web 360 VR interior space formation control module. While doing so, click and move the immersive 360VR interior space object, watch and transmit the web 360VR screen of the interior finishing material that you are interested in as it is to the screen sharing type web 360VR interior space formation control module, screen sharing type web 360VR interior space Under the control of the formation control module, under the screen sharing atmosphere, it is connected to the space designer terminal type web 360VR interior driving app module or the finishing material product store terminal type web 360VR interior driving app module to receive explanations and advice on interior finishing materials, and interior finishing materials. A customer terminal type web 360VR interior driving app module 100 for purchase,
Activated in the form of an application within the smart device, a space designer terminal, to the screen-sharing web 360VR interior space formation control module, real-life photo data and video recording data about the interior space, and finishing material data are transmitted to provide realistic 360VR interior Requesting the formation of a web 360 VR interior space in which space objects and interior finishing materials are driven together, and activating the web 360 VR screen itself of the interior finishing materials that the customer is watching and interested in on the screen, which is a web browser, as it is, driving the customer terminal type web 360 VR interior Towards the app module, a space designer terminal type web 360VR interior space formation request app module 200 that provides explanations and advice on interior finishing materials,
It is activated in the form of an application within the smart device, which is a terminal for finishing material product sales, and transmits the finishing material data to be created in the web 360VR interior space to the space designer terminal-type finishing material purchasing process app module, and on the screen, which is a web browser, customers are watching A finishing material product store terminal-type finishing material purchase progress app module 300 that activates the web 360VR screen of the interior finishing material of interest as it is and guides the interior finishing material purchase process toward the customer terminal type web 360VR interior driving app module,
Through web RTC communication, centering on the screen-sharing web 360VR interior space formation control module, customer terminal type web 360VR interior drive app module, space designer terminal type web 360VR interior space formation request app module and finishing material Product sales place Terminal type finishing material purchase progress A triangle-type webRTC communication control module 400 that connects the app modules to form a triangle structure and communicate in real time;
Space designer terminal type web 360VR interior Space formation request App module receives real-life photo data, video recording data, and finishing material data about the interior space, and immersive 360VR interior space objects and interior finishing materials are driven together Web 360VR interior Control to form a space, and click, move, and watch the immersive 360VR interior space object in the web 360VR interior space through the customer terminal type web 360VR interior driving app module, and the web 360VR screen itself of the interior finishing material of interest is as it is. Characterized in that it includes a space designer terminal type web 360VR interior driving app module and a screen sharing type web 360VR interior space formation control module 500 that controls screen sharing to the terminal type web 360VR interior driving app module of a finishing material product store. A screen-sharing type web 360VR interior space forming device in which the interior finishing materials in the realistic 360VR interior space object are driven together.
delete The method of claim 1, wherein the customer terminal type web 360VR interior driving app module 100
A customer terminal type web 360VR interior driving activity unit 110 that creates a customer terminal type web 360VR interior driving user interface (UI) on the screen of a smart device;
A customer terminal type web 360VR interior driving service control unit 120 that runs in the background and binds another component of the customer terminal type web 360VR interior driving app to the service to interact with the service and controls to perform communication between processes. and,
A customer terminal type web 360VR interior driving receiver unit 130 that generates a broadcast message of notification on the screen when a system event of the smart device occurs;
While managing the access rights to the customer terminal type web 360VR interior driving content stored in the customer terminal type web 360VR interior driving app, while downloading and experiencing the web 360VR interior space, click and move the realistic 360VR interior space object, The web 360VR screen of the interior finishing material that is watched and interested is transferred to the screen sharing type web 360VR interior space formation control module as it is, and the space designer terminal type web 360VR interior driving app module or finishing material product store terminal type web 360VR interior in the screen sharing atmosphere A realistic 360VR interior space object characterized in that it is composed of a customer terminal type web 360VR interior driving content control unit 140 that is connected to the driving app module, receives explanations and advice on interior finishing materials, and controls to purchase interior finishing materials A screen-sharing web 360VR interior space forming device that drives my interior finishing materials together.
The method of claim 3, wherein the customer terminal type web 360 VR interior driving content controller 140

A web 360 VR interior space experience request unit 141 requesting a web 360 VR interior space experience toward the screen sharing type web 360 VR interior space formation control module;
Through authentication, a device access control unit 142 for a customer terminal that controls the screen-sharing type web 360VR interior space formation control module to allow the access authority of the device for the customer terminal 142;
A first web browser generator 143 for driving a first web 360 VR that converts and activates a web browser in an app state to drive a web 360 VR interior space on the screen of a space designer terminal type web 360 VR interior space formation request app module;
While downloading and experiencing the web 360 VR interior space, clicking, moving, watching and interested in realistic 360 VR interior space objects set the web 360 VR screen of the interior finishing material itself as web 360 VR screen sharing data, and screen sharing type web 360 VR interior A web 360VR screen sharing data transmission unit 144 for transmission to the space formation control module;
Create a screen sharing room for customer terminals on the web 360VR interior space, and create a screen sharing type web 360VR interior space Under the control of the control module, space designer terminal type web 360VR interior driving app module or finishing material product store terminal type web 360VR interior driving app A screen sharing control unit 145 for a customer terminal for controlling screen sharing with a module;
When the interior finishing material to be purchased is clicked, the cost payment window is activated, and after user authentication, the interior finishing material in the realistic 360VR interior space object is driven together A screen-sharing web 360VR interior space forming device.
The method of claim 1, wherein the space designer terminal type web 360VR interior space formation request app module 200
A space designer terminal type web 360VR interior space formation request activity unit 210 that creates a space designer terminal type web 360VR interior space formation request user interface (UI) on the screen of the smart device;
Space designer terminal type web 360VR interior space formation that runs in the background and binds another component of the space designer terminal type web 360VR interior space formation request app to the service to interact with the service and controls to perform inter-process communication a request service control unit 220;
A space designer terminal type web 360VR interior space formation request receiver unit 230 that generates a broadcast message of notification on the screen when a system event of the smart device occurs;
Space designer terminal type web 360VR interior space formation request While managing the access rights to the space designer terminal type web 360VR interior space formation request content stored in the app, to the screen sharing type web 360VR interior space formation control module, regarding the indoor interior space By transmitting real-life photo data, video recording data, and finishing material data, it is requested to form a web 360VR interior space in which realistic 360VR interior space objects and interior finishing materials are driven together, and on the screen, which is a web browser, customers pay attention and interest Space designer terminal type web 360VR interior space formation request content control unit (240 ) Screen sharing type web 360VR interior space forming device in which the interior finishing materials in the realistic 360VR interior space object are driven together, characterized in that composed of.
The method of claim 5, wherein the space designer terminal type web 360VR interior space creation request content control unit 240
Web 360VR interior space in which realistic 360VR interior space objects and interior finishing materials are driven together by transmitting actual photo data and video recording data of the interior space, and finishing material data to the screen sharing type web 360VR interior space formation control module. A web 360VR interior space requesting unit 241 for requesting formation;
Through authentication, a space designer terminal device access control unit 242 that controls the screen sharing type web 360VR interior space formation control module to allow the access authority of the space designer terminal device;
A second web browser generating unit 243 for driving a second web 360 VR that converts and activates a web browser in an app state and drives a web 360 VR interior space on the screen of a terminal of a terminal selling finished products;
By creating a screen sharing room for space designer terminals on the web 360VR interior space, under the control of the screen sharing type web 360VR interior space formation control module, the customer terminal type web 360VR interior driving app module or finishing material product store terminal type web 360VR interior driving app A screen sharing type web 360VR interior space forming device in which interior finishing materials in a realistic 360VR interior space object are driven together, characterized in that it consists of a screen sharing control unit 244 for a space designer terminal that controls the screen to be shared with the module.
The method of claim 1, wherein the finishing material product sales place terminal type finishing material purchase progress app module 300
On the screen of the smart device, to the space designer terminal type finishing material purchase progress app module, the finishing material data to be created in the web 360VR interior space is transmitted, and to the customer terminal type web 360VR interior driving app module, which guides the interior finishing material purchase process A finishing material product sales place terminal type finishing material purchase progress activity unit 310 that creates a user interface (UI);
Finishing material product sales store terminal-type finishing material purchase progress service control unit that runs in the background and binds another component of the finishing material product sales store terminal-type finishing material purchase progress app to the service to interact with the service and to control communication between processes ( 320) and,
A terminal-type finishing material purchase progress receiver unit 330 that generates a broadcast message of notification on the screen when a system event of the smart device occurs;
Finishing material product seller Terminal-type finishing material purchase process Finishing material product store stored in the app Finishing material product store Terminal-type finishing material purchase progress While managing access rights to content, space designer terminal-type finishing material purchase progress toward the app module, finishing material to be created in the web 360VR interior space Data is transmitted, and on the screen of the web browser, the web 360VR screen itself of the interior finishing material that the customer is watching and interested in is activated as it is, and the customer terminal type web 360VR interior driving app module is controlled to guide the purchase process of the interior finishing material A screen-sharing web 360VR interior space forming device in which interior finishing materials in a realistic 360VR interior space object are driven together, characterized in that it consists of a content control unit 340 for purchasing finishing materials product sales terminal type finishing materials.
The method of claim 7, wherein the finishing material product sales place terminal type finishing material purchase progress content control unit 340
A finishing material data transmission unit 341 that transmits finishing material data to be created in the web 360 VR interior space toward the space designer terminal-type finishing material purchase progress app module;
Through authentication, a device access control unit 342 for a finishing material product sales store terminal that controls the screen sharing type web 360VR interior space formation control module to allow the access authority of the finishing material product sales store terminal device;
A third web browser generation unit 343 for driving a web 360 VR that converts and activates a web browser in an app state to drive a web 360 VR interior space on the screen of a terminal of a terminal where a finishing material product is sold;
Creates a screen sharing room for the terminals of the finishing material product retailer on the web 360 VR interior space, under the control of the screen sharing type web 360 VR interior space formation control module, the customer terminal type web 360 VR interior driving app module or space designer terminal type web 360 VR interior driving app A screen-sharing type web 360VR interior space forming device in which the interior finishing materials in the realistic 360VR interior space object are driven together, characterized in that it consists of a screen sharing control unit 344 for the terminal of the terminal of the finishing material product store that controls the screen to be shared with the module.
The method of claim 1, wherein the triangle type webRTC communication control module 400
A Get User Media API unit 410 that provides an API for accessing media devices of a microphone, speaker, and image camera on a smart device;
Customer terminal-type web 360VR interior driving app module, space designer Terminal-type web 360VR interior space formation request App module and finishing material product store Terminal-type finishing material purchase progress Data such as image and voice about interior finishing material information between web browsers activated in the app module A peer connection API unit 420 in charge of exchanging
Customer terminal type web 360VR interior driving app module, space designer Terminal type web 360VR interior space formation request App module and finishing material product store Terminal type finishing material purchase progress Sending and receiving text or files about interior finishing material information between web browsers activated in the app module A screen sharing type web 360VR interior space forming device in which interior finishing materials in a realistic 360VR interior space object are driven together, characterized in that it consists of a data channel API unit 430 that plays a role.
The method of claim 1, wherein the screen sharing type web 360VR interior space formation control module (500)
Space designer terminal type web 360VR interior Realistic 360VR interior that receives live-action photo data and video recording data about the interior space sent from the application module requesting space formation, extracts feature points based on AI analysis, and operates with web 360VR A realistic 360VR interior space object creation engine unit 510 that creates space objects;
Space designer terminal type web 360VR receives the finishing material data sent from the application module requesting interior space formation, renders the finishing material and converts it into an image or icon as an interior finishing material, and then provides the result as a web service. A finishing material web rendering generation control unit 520 for processing visual effects;
A web 360VR interior space formation control unit ( 530), a screen-sharing type web 360VR interior space forming device in which interior finishing materials in a realistic 360VR interior space object are driven together.
The method of claim 10, wherein the realistic 360VR interior space object generation engine unit 510
An image feature extraction unit 511 for extracting image feature points related to an interior image space object, a background background, and RGB information of an indoor interior space based on actual photo data and video recording data related to the indoor interior space;
An image array unit 512 that arranges the interior image space object extracted from the image feature extraction unit, the background background, and image feature points related to RGB information based on a 1 degree to 360 degree view;
A feature matching unit 513 that matches image feature points arranged through the image array unit for each image space object;
It consists of a realistic 360VR interior space object generator 514 that creates a realistic 360VR interior space object consisting of a 3D structure of the X, Y, and Z axes of the indoor interior space with the image space object matched through the feature matching unit. A screen-sharing web 360VR interior space forming device in which the interior finishing materials in the realistic 360VR interior space object are driven together.
The method of claim 10, wherein the finishing material web rendering generation control unit 520
A rendering size and direction control unit 521 that controls the size and direction of rendering of the finishing material;
A rendering mode changing unit 522 that changes and renders various rendering modes;
An image formatting unit 523 for formatting an image generated as a result of rendering;
An image resolution unit 524 for changing or setting the resolution of an image generated as a result of rendering;
A light on/off/color control unit 525 that turns on/off the light reflected on the 3D finishing material model and adjusts the light color;
An instance moving unit 526 for moving a specific instance in the 3D finishing material model;
The realistic 360VR interior space object made of the rendering of the finishing material selected by the user, the customer, is synchronized with the application module of the space designer terminal type web 360VR interior space formation request app module and the finishing material product store terminal type finishing material purchase progress through web RTC communication A screen sharing type web 360VR interior space forming device in which interior finishing materials in a realistic 360VR interior space object are driven together, characterized in that it consists of a synchronization control unit 527 that controls to be expressed.
The method of claim 10, wherein the web 360VR interior space formation control unit 530
The realistic 360VR interior space object created through the realistic 360VR interior space object creation engine unit is connected to the finished material rendering created through the finishing material web rendering creation control unit, and the connected finishing material rendering forms a shape on the realistic 360VR interior space object. , an Entity API unit 531 that transmits the rendering of the finishing material to the Components API unit in order to operate and have functions;
A Components API unit 532 that receives finishing material rendering from the Entity API unit, forms a shape on a realistic 360VR interior space object, operates, and creates a function;
A web 360 VR system API unit 533 that provides a global scope related to web 360 VR operation, service and management, and marker position movement to the components API unit,
Through the Entity API part, Components API part, and the web 360VR system API part, the rendering of the finishing material is imaged or iconized as an interior finishing material, and a scene is expressed on a realistic 360VR interior space object (Scene ) API unit 534,
An animation API unit 535 that sets an animation effect when the rendering of the finishing material is driven on a realistic 360VR interior space object;
A mixin API unit 536 that provides reusable methods after creating a property set of the components API unit to be used;
An asset management system API unit 537 that manages to arrange assets in one place, load them in advance, or cache them;
Utility API unit 538 that parses strings into vec3 and vec4 objects, returns individual properties for multi-property components, provides functions related to CSS style, or provides utilities related to virtual reality devices and,
Space Designer Terminal Type Web 360VR Interior Space Formation Request App Module and Finishing Material Product Sales Store Terminal Type Finishing Material Purchase Progress On the web browser screen of the app module, enter the realistic Web 360VR interior space through the customer terminal type web 360VR interior driving app module , Realistic 360VR interior space, characterized in that it consists of a screen sharing API unit 539 that clicks and moves objects in the immersive 360VR interior space, watches specific interior finishes, and shares the web 360VR screen itself as it is of interest. A screen-sharing web 360VR interior space forming device that drives interior finishing materials within objects.
Through triangle-type web RTC communication control module, screen sharing type web 360VR interior space formation control module Customer terminal type web 360VR interior driving app module, space designer terminal type web 360VR interior space formation request application module and finishing material product sales terminal Proceeding with the purchase of molded finishing materials The step of connecting the app module to form a triangle structure and real-time communication (S10);
Sending the finishing material data to be created in the web 360VR interior space through the terminal-type finishing material purchase progress app module of the finishing material product store to the space designer terminal-type finishing material purchase progress app module (S20);
Through the space designer terminal type web 360VR interior space formation request app module, to the screen sharing type web 360VR interior space formation control module, real-life photo data and video recording data about the interior space, and finishing material data are transmitted, Requesting the formation of a web 360 VR interior space in which the 360 VR interior space object and the interior finishing material are driven together (S30);
Through the screen-sharing web 360VR interior space formation control module, space designer terminal type web 360VR interior space formation request application module receives real-life photo data and video recording data about the interior space, and finishing material data, and receives realistic 360VR Controlling to form a web 360 VR interior space in which the interior space object and the interior finishing material are driven together (S40);
Download and experience the web 360 VR interior space in which realistic 360 VR interior space objects and interior finishing materials are driven together on the web browser screen from the screen sharing type web 360 VR interior space formation control module through the customer terminal type web 360 VR interior driving app module The step (S50) of doing,
Through the customer terminal type web 360VR interior driving app module, click, move, observe, and interest in the immersive 360VR interior space object formed on the web 360VR interior space Web 360VR screen itself as it is, screen-sharing web Step of transmitting to the 360VR interior space formation control module (S60);
Under the control of the screen-sharing type web 360VR interior space formation control module, through the customer terminal type web 360VR interior driving app module, clicking, moving, watching and interested in realistic 360VR interior space objects formed on the web 360VR interior space Screen sharing of the web 360VR screen of the interior finishing material with the space designer terminal type web 360VR interior driving app module or the finishing material product store terminal type web 360VR interior driving app module (S70);
Through the customer terminal type web 360VR interior driving app module, space designer in the web 360VR interior space, space designer through the terminal type web 360VR interior driving app module or finishing material product store Terminal type web 360VR interior driving application module's finishing material product store's interior A screen-sharing type web 360VR interior space formation method in which interior finishing materials are driven together in a realistic 360VR interior space object, characterized in that it consists of receiving explanations and advice on the finishing materials and purchasing the interior finishing materials (S80).
The method of claim 14, through the screen sharing type web 360 VR interior space formation control module, real-life photo data and video recording data about the interior space from the space designer terminal type web 360 VR interior space formation request app module, and finishing material data is received and controlled to form a web 360VR interior space in which the immersive 360VR interior space object and the interior finishing material are driven together (S40).
Through the immersive 360VR interior space object generation engine, the space designer terminal type web 360VR interior space formation request app module receives live-action photo data and video recording data about the indoor interior space, and extracts feature points based on AI analysis. Creating a realistic 360VR interior space object to be driven by web 360VR (S41);
Through the finishing material web rendering creation control unit, the space designer receives the finishing material data transmitted from the terminal type web 360VR interior space formation request app module, renders the finishing material, converts it into an image or icon, and then provides the result on the web. and processing various visual effects for the result (S42);
Forming a web 360VR interior space by connecting the realistic 360VR interior space object created through the web 360VR interior space formation control unit to the realistic 360VR interior space object created through the realistic 360VR interior space object generation engine unit and the finishing material rendering created through the finishing material web rendering creation control unit (S43) A screen-sharing type web 360VR interior space formation method in which the interior finishing materials in the realistic 360VR interior space object are driven together.