KR102014652B1 - AR/VR based integrated building sales system - Google Patents

Abstract

The present invention relates to an augmented reality (AR)/virtual reality (VR) based integrated building distribution system. More particularly, the present invention relates to the AR/VR based integrated building distribution system which integrally provides information through VR and AR images at each stage of building distribution. The AR/VR based integrated building distribution system is to solve the uniform problem of model houses at the time of traditional building distribution as well as to ensure that actual participants receive accurate information in the process of land purchase, land and building permit and sales for each stage according to the provided information.

Description

ARR / JR based integrated building sales system {AR / JR based integrated building sales system}

The present invention relates to an AR / VR based integrated building sale system, and more specifically, at each step for building sale, information is integratedly provided through VR and AR images, and land corresponding to each step is provided according to the provided information. AR / VR-based integrated building sale system to solve the uniform problem of model house in the existing sale, as well as to ensure that the actual participants are provided with accurate information in the process of licensing, building and building It is about.

Augmented Reality (AR) is a technology that displays a 3D virtual image over a real image or background as a single image. When a user illuminates a specific object with a built-in camera (cam) such as a smartphone, information is temporarily displayed on the terminal. Is recorded.

Then, it transmits the information to a specific information system through the Internet, retrieves detailed information of the object from the database, and transmits the result back to the terminal. After receiving this data, the terminal matches the current information through the augmented reality application and displays it in real time.

In a similar concept, Virtual Reality (VR) allows a human to experience in a virtual world made of a computer, and can utilize the HMD, a head mounted display device.

These VR and AR technologies are applied to real estate transactions, and in recent years, businesses that collect various real estate for sale or lease information on their own and then provide them to buyers in a predetermined format through the Internet to allow real estate transactions on the Internet. Attempts have been made, but the situation is merely a real estate transaction for existing buildings.

Korean Patent Application No. 10-2015-0176057 "B2B Real estate transactions pluralistic information system between companies"

The present invention is to solve the above problems, the integrated information through the VR and AR image in each step for building sale, land purchase, land and building license corresponding to each step according to the information provided, It is to provide an AR / VR based integrated building sale system for real participants to receive accurate information.

In addition, the present invention to solve the uniform problem of the model house in the conventional sale, to provide an AR / VR-based integrated building pre-sale system to enable to provide a different model house according to the pre-sale and after-sale based on AR It is for.

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

In order to achieve the above object, AR / VR-based integrated building sale system according to an embodiment of the present invention, land seller terminal 100, network 200, integrated building sale system 300, a plurality of sale applicant terminal ( In the AR / VR based integrated building sale system 1 including a 400, a construction management terminal 500, and an interior construction terminal 600, the building sale server 300a is connected to a network (from the land seller terminal 100). When receiving a land purchase request through 200, the control unit 310 is controlled to receive and return the requested land information to the land seller terminal 100, and the land information as land information (building book site information) Or road name information), satellite map information, and GPS coordinate information (location information), and the received land information is stored in the database 330 together with the first terminal identification number (IMEI) of the land seller terminal 100. But the land A land purchase module 322 that selects a blank application number and stores land information and a first terminal identification number together in a subcategory of the land provision application number; And according to the AR / VR based on the sale progress request from the sales manager mobile terminal 300c having an identification number through the network 200 to transmit the identification number information to the AR / VR providing server 300b through the network 200 Transmitting and receiving unit 310, the AR / VR providing server (300b) via the network 200 via the network 200 to send and install the integrated pre-sale management AR / VR app to the mobile terminal 300c, in the same manner Pre-applicant terminal 400, the construction management terminal 500 and the interior construction terminal 600 to send and install the integrated pre-sale management AR / VR app, land purchase from the land purchase module 322 through the network 200 By using the identification number information of the sale manager mobile terminal (300c) to transmit the requested land information through the network 200, the photographed image taken a photorealistic image of the land information by the sale manager mobile terminal (300c) and The transmitter / receiver 310 is controlled to receive the voice signal recognized by the voice recognition device from the sales manager's mobile terminal 300c, and synthesizes the background image and the voice signal through image recognition of the background image of the received photographed image. An AR / VR app providing module 321a that generates AR-based content among AR / VR-based content and stores the AR-based content in the database 330; Characterized in that it comprises a.

In this case, the AR-based content includes a virtual person image in the land information and a water flow effect image image including valleys, rivers, and seas in addition to the scattering of trees except for the virtual person, and adds a voice signal to each background based on each AR. When the real estate manager photographs the image and the real-time user object image through the camera of the sales manager mobile terminal 100c for the land information, the image is included in the design drawing through object recognition of the photographed location information and the captured image information. Characterized in that it is provided as building design information, design unit information.

In the AR / VR based integrated building sale system according to an embodiment of the present invention, information is integrated and provided through VR and AR images at each step for building sale, and land purchase and land corresponding to each step are provided according to the provided information. And it provides the effect that the actual involvement can be provided accurate information in the licensing and sale of the building.

In addition, the AR / VR-based integrated building for sale system according to another embodiment of the present invention, solving the uniform problem of the model house in the conventional sale, providing a differential model house according to the pre-sale and after-sale based on AR This has a possible effect.

1 is a diagram illustrating an AR / VR based integrated building sale system 1 according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating the components of the building sale server 300a among the AR / VR based integrated building sale system 1 of FIG. 1.
3 is a view for explaining the structure of the database 330 of the building sale server 300a of FIG.

Hereinafter, the detailed description of the preferred embodiment of the present invention will be described with reference to the accompanying drawings. In the following description of the present invention, detailed descriptions of well-known functions or configurations will be omitted when it is deemed that they may unnecessarily obscure the subject matter of the present invention.

1 is a diagram illustrating an AR / VR based integrated building sale system 1 according to an embodiment of the present invention. Referring to Figure 1, AR / VR-based integrated building sale system (1) is a sale applicant consisting of land seller terminal 100, network 200, integrated building sale system 300, a plurality of sale applicant terminal 400 The terminal group 400g may include a construction management terminal 500 and an interior construction terminal 600.

FIG. 2 is a diagram illustrating the components of the building sale server 300a among the AR / VR based integrated building sale system 1 of FIG. 1. 3 is a view for explaining the structure of the database 330 of the building sale server 300a of FIG.

First, referring to FIG. 2, the building sale server 300a may include a transceiver 310, a controller 320, and a database 330. The controller 320 may provide the AR / VR app providing module 321a, the AR / VR based first service providing module 321b, the AR / VR based second service providing module 321c, and the AR / VR based third service. Module 321d, AR / VR based fourth service providing module 321e, land purchase module 322, integrated license processing module 323, sale proceeding module 324, construction information providing module 325 and interior provision Module 327 may be included.

AR / VR app providing module 321a is AR / VR providing server 300b in accordance with the AR / VR based on the sale progress request through the network 200 from the sales manager mobile terminal 300c having an identification number The transceiver 310 may be controlled to transmit the data through the network 200. Accordingly, the AR / VR providing server 300b transmits and installs the integrated pre-sale management AR / VR app to the presale manager mobile terminal 300c through the network 200. In the same manner, the AR / VR app providing module 321a may transmit and install the integrated preservation management AR / VR app to the preparatory applicant terminal 400, the construction management terminal 500, and the interior construction terminal 600. .

Thereafter, the AR / VR app providing module 321a uses the identification information of the land management mobile terminal 300c as land information requested for land purchase from the land purchase module 322 via the network 200 to the network 200. Transmitting and receiving unit 310 so as to receive from the sales manager mobile terminal 300c by receiving a photographed image of the real-world image of the land information by the sales manager mobile terminal 300c and the voice signal recognized by the voice recognition device Can be controlled.

Thereafter, the AR / VR app providing module 321a synthesizes the background image and the audio signal through image recognition on the background image of the received photographed image and generates the AR-based content among the AR / VR-based content to the database 330. Can be stored.

Here, the AR-based content may include a virtual person image in the land information and an effect image image such as water flow of trees, valleys, rivers, seas, etc. except the virtual person. In addition, the AR-based content adds a voice signal, and the location where the AR-based background image and the real-time user object image are photographed when the actual sales manager photographs the land information through the camera of the sales manager's mobile terminal 100c. It may be provided as building design information and design unit information included in a design drawing to be described later through object recognition of the information and the captured image information.

Meanwhile, when the land purchase module 322 receives a land purchase request from the land seller terminal 100 through the network 200, the land purchase module 322 requests and receives the land information requested for purchase from the land seller terminal 100 to receive and return the land information. 310 may be controlled. The land information may include building number information or road name information, which is the site information of the building book, and may further include satellite map information and GPS coordinate information (location information). Here, the satellite map information and the GPS coordinate information may be provided by each land seller terminal 100 from a satellite map providing server or through a GPS receiver and an application.

Thereafter, the land purchase module 322 stores the received land information in the database 330 together with the first terminal identification number (IMEI) of the land seller terminal 100, but selects the land provision application number to provide the land provision application number. It is preferable to store the land information and the first terminal identification number together in the subcategory of.

The AR / VR based first service providing module 321b receives the procedure information for the integrated license from the license server through the network 200 and then controls the transceiver 310 to transmit the information to the sales manager mobile terminal 300c. do.

In this case, the AR / VR based first service providing module 321b may receive a licensed counselor video image from the AR / VR providing server 300b based on VR and proceed with the presale manager mobile terminal 300c. The voice of the licensed counselor may also be provided with voice output information through the network 200 to the license server in order to give a feeling of consulting offline.

For this purpose, the AR / VR providing server 300b is a license examination text for providing a license counselor image image based on a VR for performing an integrated license before a pre-scheduled license examination time for integrated license for land information by the license server. After receiving the information, it is preferable to generate the text information for the license examination provided as a VR-based license counselor image.

That is, the AR / VR-based first service providing module 321b sequentially extracts a plurality of license procedures provided by the license server based on the procedure information for the integrated license, and selects the extracted license procedure method in self-coaching mode or counseling coaching. Depending on the mode may be performed by the sales manager mobile terminal 300c through the VR-based licensed counselor image provided by the license server based on AR / VR.

In this case, the AR / VR-based first service providing module 321b checks the divided VR video zones according to the procedure for the integration license, and then integrates at least one or more according to the change of the location information of each VR video zone that proceeds sequentially. It is possible to perform the consultation on the license, which can be performed by the land seller terminal 100 directly through the license access to the license server rather than relaying between the building sale server 300a and the sale manager mobile terminal 300c. have.

Meanwhile, the integrated license processing module 323 transmits land information stored in the database 330 to the license server through the network 200 in order to proceed with the above-described AR / VR based first service providing module 321b. After controlling the transmission and reception unit 310 to transmit the self-developed development activity permission application, the development activity permission result may be stored as a subcategory of the land provision application number stored in the database 330.

In other words, the integrated license processing module 323 is a development act permission procedure for land applied for land provision by a license server operated by a local government. Is performed based on the VR by the above-described AR / VR based first service providing module 321b with respect to the license server.

When the integrated license processing module 323 is determined to permit development activities by the license server, the integrated license processing module 323 generates a design drawing in accordance with the requirements of the building code, and transfers the building license application form according to the design drawing to the license server through the network 200. After controlling the transmitter / receiver 310 to transmit, the building result can be stored as a subcategory of the land offer application number stored in the database 330.

In this case, the integrated license processing module 323 controls the transceiver 310 to transmit the building design information and the design unit information included in the design drawings to the license server through the network 200 to apply for the building license.

When the integrated license processing module 323 generates the design unit information, the predetermined area is extracted from the building register site information in order to extract information on the surrounding buildings from the satellite map information among the land information. After the satellite map form of the 2D image is extracted, the GPS coordinate information divided by the latitude and longitude of the site corresponding to the building site information is extracted from the extracted satellite map form of the 2D image. Floor plan information of a building entering a land may be generated using satellite map information of a two-dimensional image including information on the GPS map and GPS coordinate information of the zone information for building design.

The integrated license processing module 323 classifies the boundary information between the adjacent building and the target building included in the satellite map information through coordinate information, and then obtains the shape of the area of the target building site as the plan view information. The area and volume information of the building can be generated by applying the section information about the building included in the building design information to the floor plan information. In this case, the partition information about the building may include data on the area and the orientation of each space for which different identifiers (IDs) are specified, so that the integrated license processing module 323 extracts the center coordinates for each space. In addition, it is possible to extract the center coordinate distance between adjacent spaces constituting each layer, arrange the spaces according to each center coordinate distance, the area and volume information for each arranged layer, and the total area of each layer. And full volume information.

The integrated license processing module 323 generates correlation information including distance information and height information of a building and an adjacent building. The integrated license processing module 323 configures the area and volume information of the generated target building in the generated floor plan information, and then receives the received information. From the satellite map information, it is possible to generate floor plan information in the same manner as described above for the adjacent surrounding buildings. Here, when the integrated license processing module 323 is searched by searching the building design information stored in the database 330 the area and volume information for each surrounding building on the floor plan information generated for the surrounding building of the building to be built on land If it is not extracted, the search can be applied to control the transceiver 310 to receive through a request for a license server corresponding to the public authority server having jurisdiction through the network 200 to apply the received information.

The integrated license processing module 323 generates horizontal distance information based on adjacent boundary coordinates between the building to be built on the land and the adjacent building, and height information indicating the difference between the highest heights according to the distance information unit between each horizontal. After generating, the correlation analysis information corresponding to the set of correlation information units may be generated using distance information and height information for each adjacent boundary coordinate as one correlation information unit.

The correlation analysis information generated may be used to determine the amount of sunshine and the distance between boundaries in the building law among the judgments of building permits when the building is licensed by the license server.

The integrated license processing module 323 is a land provision application number stored in the database 330 using the building section information, the floor plan information, the area and volume information of the target building, and the correlation analysis information as one design unit information to be built on the land. Can be saved as a category.

Accordingly, when the integrated license processing module 323 receives a building law licensing decision corresponding to the result of the license application (pass or reject) from the license server through the network 200, the integrated license processing module 323 notifies to the sale proceeding module 324 for sale. Let's proceed.

The AR / VR based second service providing module 321c grants access to the sale request through the network 200 by each sale requester terminal 400 to the membership system, and then provides the integrated sale management AR / VR app. The execution request is made to each pre-sale applicant terminal 400 based on pre-sale AR / VR image. Thereafter, the AR / VR-based second service providing module 321c receives the pre-sale AR / VR image from the AR / VR providing server 300b, and then transmits and receives the transceiver 310 to transmit to each sale requester terminal 400. Can be controlled.

At this time, the AR / VR-based second service providing module 321c may receive pre-sale counselor video images based on pre-sale AR / VR images to proceed with pre-sale as well as pre-sale. The voice of the counselor may also be provided to each sale applicant terminal 400 as voice output information.

Here, the pre-sale VR image may be provided through the pre-sale applicant terminal 400 and the HMD, and pre-sale AR image is entered into the dummy model house in which the pre-sale applicant terminal 400 exhibits only a predetermined building. The internal components may be provided in a manner of matching and implementing through AR recognition based on image recognition of a location of a building.

On the other hand, the sale proceeding module 324 configures the sale applicant terminal group 400g by providing at least one of the sale area information according to the design drawing to be viewed on the sale web page or the sale swap page when the approval of the building law is completed. After granting access to the sale request by the at least one sale requester terminal 400 to the membership system, the above-described AR / VR based second by the at least one sale requester terminal 400 according to each sale area information. After receiving the application according to the pre-sale system mode based on the AR / VR image provided by the service providing module 321c, the application number and application mode information of the pre-applicant terminal 400 applied for each pre-sale area information on the database 330. Can be stored together as sub-category information.

The third AR / VR based service providing module 321d grants construction management access through the network 200 by the construction management terminal 500 to membership system, and then executes the integrated presale management AR / VR app. The request to perform the request to the construction management terminal 500 based on the pre-sale AR / VR image. Thereafter, the AR / VR-based third service providing module 321d receives the after-sale AR / VR image from the construction management terminal 500, and then controls the transceiver 310 to transmit to each pre-sale applicant terminal 400. Can be.

At this time, the AR / VR-based third service providing module 321d may receive the pre-sale counselor video image based on the pre-sale AR / VR image and proceed with the pre-sale process, and the voice of the pre-sale counselor to give a feeling of counseling in real offline. Also may be provided to each sale applicant terminal 400 as voice output information.

Here, the post-sale system VR image may provide building process information through the pre-sale applicant terminal 400 and the HMD, and the pre-sale system AR image is a dummy-type model in which the pre-sale applicant terminal 400 displays only partition walls of a predetermined building. After entering the house, it may take a method of providing a sequential progress of the internal building process information by matching and implementing the AR image based on image recognition of the location of the building.

The construction information providing module 325 provides the building process information according to the start of construction of the building by the construction server after the winner announcement and the payment of the deposit for each pre-sale mode or the post-sale system mode are completed in the pre-sale or incomplete state. After controlling the transceiver 310 to receive through the network 200, the building process information may be stored as a subcategory of the land providing application number stored in the database 330.

Thereafter, the sale revocation arrangement module 326 receives the transceiver 310 to receive the withdrawal of the sale request by the sale applicant terminal 400 in the presale mode and the presale mode according to the building process information through the network 200. Can be controlled.

Accordingly, the withdrawal withdrawal arrangement module 326, the withdrawal application by the pre-sale applicant terminal 400 in the pre-sale system mode, withdrawal of the first ratio for the down payment as a penalty, the pre-sale application applicant in the pre-sale system mode In the case of withdrawal of the sale request by the terminal 400, the second rate (quantitative value lower than the first rate) for the down payment is recovered as a penalty, and the collected penalty amount information is lower than the land providing application number stored in the database 330. You can save it as a category.

Subsequently, when the sale retraction arrangement module 326 reaches a point at which the evaluation of the house is possible, corresponding to a predetermined threshold process in the building process information provided by the construction information providing module 325, the pre-sale mode and the after-sale mode are changed. After extracting all the information on the pre-sale space that has been vacant, and extracting it, the amount corresponding to the total amount of the collected penalty amount is deducted from the pre-sale amount corresponding to the pre-sale information. For the pre-applicant terminal 400 who wants to apply for the additional minute pre-sale mode for the place corresponding to the pre-sale space information that has not yet been applied for pre-sale, but has been vacant, the pre-sale is provided on the pre-sale web page or pre-sale WP page. If there is only one terminal applying for additional after-sale on module 324, the down payment payment section If the person that is, the one terminal application for more hubunyangje onto pre-sale proceeds module 324 and proceeds to multiple winners announcement and proceed with the down payment for each payment process, pre-sale area information.

Accordingly, when the sale proceeding module 324 completes the middle plating payment or the balance payment for the place corresponding to all the pre-sale area information through the additional minute post-sale system according to the provision of the view of the building process information by the construction information providing module 325. You can proceed to.

The AR / VR based fourth service providing module 321e grants access to the interior request through the network 200 by each prescriber terminal 400 to the membership system, and then provides the integrated preservation management AR / VR app. Transmitting and receiving unit 310 to receive the pre-sale AR / VR image or post-sale AR / VR image for the AR / VR providing server 300b to perform the application request based on the pre-sale AR / VR image or post-sale AR / VR image Can be controlled.

At this time, the AR / VR based fourth service providing module 321e may receive the interior counselor image based on the pre-sale AR / VR image or the post-sale AR / VR image and proceed with the interior procedure according to the pre-sale or after-sale. In order to give a feeling to consult in the interior of the counselor may also be provided to each sale applicant terminal 400 as voice output information.

Here, the pre-sale and post-sale VR images can be provided through the pre-sale applicant terminal 400 and the HMD, and pre-sale and post-sale pre-sale AR images are stored in a dummy-type model house in which the pre-sale applicant terminal 400 displays only a predetermined building. After entering, it is possible to take a method of providing interior construction through interior materials through matching by implementing image recognition on the location of the building based on AR image.

Accordingly, the interior providing module 327 is the pre-set period (for example, after the completion of the payment of the middle plating), each sale requester terminal 400 provided by the construction server to each sale requester terminal 400, the application for sale Along with the construction process information that has been carried out so far about the information on a pre-sale area, the transmission and reception are transmitted through the network 200 to transmit the virtual reality (AR) or augmented reality (AR) image generated by using the captured image of the site and the captured image. The unit 310 may be controlled.

Thereafter, the interior providing module 327 may provide first selection input information on one of a plurality of partition areas of a virtual reality (VR) or augmented reality (AR) image of the site and an interior that may be provided to the first selection input partition area. Transmitting and receiving unit 310 to receive the second selection input information for one of the object (cab cabinet, built-in kitchen appliances, lighting according to the grade, ...) from each sale applicant terminal 400 through the network 200 Can be controlled.

Accordingly, the interior providing module 327 not only provides the design drawing generated by the integrated license processing module 323, but also the sale area information, the field image, the VR or AR image, the first selection input information, and the second selection input information. It may be stored as a subcategory of the land provision application number stored in the database 330.

Thereafter, the interior providing module 327 grants the interior request access by the interior construction terminal 600 to the membership system so that the interior work is performed as an essential process included in the building process information, and then provides information on each sale area. The second terminal identification number (IMEI) of the interior construction terminal 600 after the application for the interior bidding by the interior construction terminal 600 according to the pre-sale system, after-sale mode, additional minute after-sale mode, each application for each pre-sale area information And the cost estimate information presented by the interior construction terminal 600 may be stored as a subcategory of the land provision application number stored in the database 330.

In one embodiment of the present invention, the interior providing module 327 requests the selection of one of the interior bidding for the sale requester terminal 400 applied in the pre-sale mode mode at an amount corresponding to 100% of the cost estimation information. .

On the other hand, in another embodiment of the present invention, the interior providing module 327 is the pre-sale application terminal 400 applied in the post-sale system mode, when the difference between the pre-sale price and the pre-sale price in the cost estimate information, the line, Since the presale price is determined to be lower than the presale price, it is requested to select the cost estimate information by adding the quantitative value corresponding to the difference-if the difference is "+", the presale price is lower than the presale price. By deciding the amount of quantitative value corresponding to the + difference from the cost estimation information, it is possible to recover the inequality between the presale mode and the postsale mode.

On the other hand, in another embodiment of the present invention, the interior providing module 327 is for the pre-sale applicant terminal 400 applied in the additional minutes pre-sale mode, the difference between the additional pre-sale price and post-sale price in the cost estimate information is "-" value In this case, it is determined that the process omitted from the building process information has occurred, so as to request the selection by subtracting the quantitative value corresponding to the difference from the cost estimate information, and to perform the own cost processing on the reduced amount. At this time, the interior providing module 327, on the contrary, if the difference is a "+" value, it is determined that the added process occurs in the building process information, and adds a quantitative value corresponding to the + difference in the cost estimate information, and requests selection. In addition, the added amount should be used to preserve the added process.

That is, the interior providing module 327 provides differential cost and minimum cost estimation information according to the sale request mode of the sale requester terminal 400, while each sale according to the process added and removed during the construction process. Eliminate inequalities in presale prices based on the mode of application.

The ownership management module 526 relays the ownership registration process between the applicant's terminal 400 and the public institution server 800 through the network 200 when payment of the balance for the sale price by the applicant's terminal 400 is completed. , The ownership registration procedure provided by the public institution server 800 is provided to the purchaser terminal 400 through the ownership registration procedure VR (Virtual Reality) or AR (Augmented Reality) video generated by itself, the ownership registration procedure VR or After the AR image is received, the authentication information input by the pre-sale applicant terminal 400 may be received through the network 200 and then transmitted to the public institution server 800 through encryption of the authentication information.

On the other hand, the ownership management module 526 may be provided through the same process as the ownership registration process in the previous registration, change registration, and the like.

As described above, the present specification and drawings have been described with respect to preferred embodiments of the present invention, although specific terms are used, it is only used in a general sense to easily explain the technical contents of the present invention and to help the understanding of the present invention. It is not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention can be carried out in addition to the embodiments disclosed herein.

1: AR / VR based integrated building sale system
100: land seller terminal
200: network
300: Integrated Building Sale System
300a: Building Sales Server
300b: AR / VR server
300c: pre-sale manager mobile terminal
400: pre-sale applicant terminal
400g: Pre-sale applicant terminal group

Claims (2)

In addition to the integrated building sale system 300 including the building sale server 300a, the AR / VR providing server 300b, and the sale manager mobile terminal 300c, the land seller terminal 100, the network 200, a plurality of sale In the AR / VR based integrated building sale system 1 including an applicant terminal 400, a construction management terminal 500, and an interior construction terminal 600,
Building sale server 300a,
When the land purchase request is received from the land seller terminal 100 through the network 200, the transceiver 310 is controlled to receive and return the requested land information from the land seller terminal 100 to the land seller terminal. Receives the construction site including site number information (or road name information), satellite map information and GPS coordinate information (location information), and receives the received land information of the first terminal identification number (IMEI) of the land seller terminal 100 A land purchase module 322 for storing the land information and the first terminal identification number in a sub-category of the land provision application number by selecting the land provision application number;
Transmitting and receiving the identification number information through the network 200 to the AR / VR providing server 300b in accordance with the AR / VR based on the sale progress request from the sales manager mobile terminal 300c having an identification number through the network 200 To control the unit 310, the AR / VR providing server (300b) through the network 200 via the network 200 to transmit and install the integrated pre-sale management AR / VR app to the presale manager mobile terminal (300c), pre-sale in the same way Applicant terminal 400, the construction management terminal 500 and the interior construction terminal 600 to transmit and install the integrated pre-sale management AR / VR app, land purchase request from the land purchase module 322 through the network 200 The recorded land information by using the identification number information of the sale manager mobile terminal (300c) through the network 200, the photographed image and sound recording the real picture of the land information by the sale manager mobile terminal (300c) The transceiver 310 is controlled to receive the voice signal recognized by the sex recognition device from the sales manager's mobile terminal 300c, and synthesizes the background image and the voice signal through image recognition of the background image of the received photographed image. An AR / VR app providing module 321a that generates AR-based content among AR / VR-based content and stores the AR-based content in the database 330;
After receiving the procedure information for the integrated license from the license server through the network 200, VR-based from the AR / VR providing server 300b to control the transceiver 310 to transmit to the sales manager mobile terminal (300c) Receiving the licensed counselor video image to proceed with the procedure for the presale manager mobile terminal (300c), and based on the procedure information for the integrated license, the licensing process extracted by sequentially extracting a plurality of licensing procedures provided by the license server Is performed by the sales manager mobile terminal 300c through the VR-based licensed counselor video provided by the license server based on the AR / VR based on the self-coaching mode or the counseling coaching mode, and is divided according to the procedure for the integrated license. After confirming the video zone, at least according to the change in the location information of each VR video zone which proceeds sequentially. Counseling process for one or more integrated licenses, so that the land seller terminal 100 is performed through the license access directly to the license server rather than relaying between the building sale server 300a and the sale manager mobile terminal 300c. AR / VR based first service providing module 321b;
In order to proceed with the procedure of the AR / VR-based first service providing module 321b, the land information stored in the database 330 is transmitted to the license server through the network 200, and the self-developed development activity permission application is transmitted. After controlling the transceiver 310, and stores the result of the development activity permit as a sub-category of the land offer application number stored in the database 330,
If it is determined that the development activity is allowed by the license server, the transceiving unit 310 is controlled to transmit the license application under the building law according to the design drawing according to the requirements of the building law to the license server through the network 200, and then, Transmitting and receiving unit 310 to store the license result as a sub-category of the land offer application number stored in the database 330, and to transmit the building design information and the design unit information included in the design drawing to the license server through the network 200. To control the license to apply for building permits,
After generating the unit information for designing, the satellite map information of the land information is extracted from the map information of the building site in advance in order to extract the information about the surrounding buildings based on the site information of the building site. When the GPS coordinate information divided by latitude and longitude of the site corresponding to the building site information is completed in the satellite map form of the extracted 2D image, the satellite map information of the 2D image including the information about the surrounding buildings is completed. And, using the GPS coordinate information of the zone information for the building design to generate the floor plan information of the building entering the land,
After dividing the boundary information between the adjacent building and the target building included in the satellite map information through the coordinate information, the area shape of the target building site is acquired as the floor plan information, and the obtained floor plan information is included in the building design information. The area and volume information of the building is generated by applying the partition information on the constructed building, and since the partition information on the building includes data on the area and orientation for each space to which different identifiers (IDs) are assigned, Extract the center coordinates for each layer, extract the center coordinate distance between adjacent spaces constituting each layer, arrange the spaces according to each center coordinate distance, area and volume information for each layer arranged, and each Generate total area and total volume information,
When generating correlation information including distance information and height information between a building and an adjacent building, the area and volume information of the generated target building are configured in the generated floor plan information, and then received from the satellite map information to adjacent neighboring buildings. Generates floor plan information in the same manner as described above, and searches the building design information stored in the database 330 for the area and volume information of each neighboring building on the floor plan information generated for the surrounding building of the building to be built on land. If the search is extracted and applied, if the search is not applied through the network 200 by controlling the transceiver 310 to receive through a request for a license server corresponding to the jurisdiction public institution server, and applies the received information,
Generates horizontal distance information centering on adjacent boundary coordinates between the building to be built and adjacent buildings, and generates height information indicating the difference between the highest heights according to the distance information unit between each horizontal area, and then, each adjacent boundary. Correlation analysis information generated by generating correlation analysis information corresponding to a set of correlation information units using distance information and height information for each coordinate as one correlation information unit is among the judgments of legal compliance at the time of licensing the building by the license server. To be used for judging the right to sunshine and the distance between boundaries according to the
Building section information, floor plan information, target building area and volume information, correlation analysis information to be built on the land as a unit of design information stored in the category of the land offer application number stored in the database 330, the license server An integrated license processing module 323 for notifying the sale proceeding module 324 to proceed with the sale when the building law receives a decision on the building law corresponding to the result of the license application (passing or rejecting) from the network 200;
After granting access to the application for sale through the network 200 by the individual applicants 400, the membership system, and requesting the execution of the integrated pre-sale management AR / VR app based on the pre-sale AR / VR image After performing a request to the terminal 400, receiving the pre-sale AR / VR image from the AR / VR providing server 300b, and controls the transceiver 310 to transmit to each pre-sale applicant terminal 400,
The pre-sale system is provided with the pre-sale system as well as the pre-sale system, so that the voice of the pre-sale counselor is also provided to each pre-sale applicant terminal 400 as voice output information in order to give a feeling of counseling offline. An AR / VR based second service providing module 321c;
Upon completion of the licensing decision under the Building Act, at least one or more sale area information according to the design drawing is provided for viewing on a sale web page or a sale swap page, thereby forming at least one sale applicant terminal group 400g. After granting access to the sale request by the membership system, the AR / VR-based second service providing module 321c may be provided by the at least one sale requester terminal 400 according to each sale area information. After receiving the application according to the pre-sale system mode based on the AR / VR image, the sale that stores the application number and application mode information of the pre-applicant terminal 400 applied for each pre-sale space information as sub-category information on the database 330. Progress module 324;
After granting construction management access through the network 200 by the construction management terminal 500 to the membership system, the execution management request for the integrated pre-sale management AR / VR app is based on the post-sale AR / VR image. After receiving the request to perform 500, after receiving the pre-sale AR / VR image from the construction management terminal 500, and controls the transceiver 310 to transmit to each pre-sale applicant terminal 400, based on the post-sale AR / VR image After receiving the pre-sale counselor video image according to the pre-sale system proceeds, and in order to give the feeling of counseling in the real offline counseling of the pre-sale counselor also provides the AR / VR-based third service to each pre-sale applicant terminal 400 as voice output information Module 321d; And
Building process following the start of building construction by construction server A construction information providing module 325 for controlling the transceiver 310 to receive the information through the network 200, and then storing the building process information as a subcategory of the land providing application number stored in the database 330; Including;
The pre-sale VR image is provided through the HMD connected to the pre-applicant terminal 400 with respect to the pre-applicant terminal 400, and when the pre-applicant terminal 400 enters a dummy-type model house displaying only a predetermined building. The pre-sale VR video is provided by matching the internal components through AR recognition based on image recognition of the location of the building.
The post-sale system VR image provides building process information through the HMD connected to the pre-applicant terminal 400 with respect to the pre-applicant terminal 400, and the pre-applicant terminal 400 displays only a partition wall of a predetermined building. Based on AR / VR, after the pre-sale AR image is provided, the sequential progress of the internal building process information is matched and implemented based on AR image based on AR image. Integrated building sale system.
The method according to claim 1, AR-based content,
In addition to the virtual person image in the land information and the image of water flow effect including valleys, rivers, and seas, in addition to the scattering of trees excluding the virtual person, the voice signal is added and each AR-based background image and real-time user object image are included. When the real estate manager photographs through the camera of the sales manager mobile terminal 300c for land information, the building design information, the design unit included in the design drawing through the object recognition of the photographed location information and the image information AR / VR-based integrated building sale system, characterized in that the information provided.

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