KR20200021687A - System, server and method for providing complex model house service - Google Patents

Abstract

The present invention relates to a system, server, and method for providing a complex model house service, which is implemented to enable a user for complexly experiencing virtual reality (VR) for a model house with an actual model house. A model house has a plurality of models and a plurality of installations installed in each of the models. A complex model house service device displays a VR image of the model house by receiving VR image information after requesting the VR image information for the model house. A complex model house service providing server reads the VR image information corresponding to a VR image information request according to the VR image information request of the complex model house service device to transmit the VR image information to the complex model house service device.

Description

System, server and method for providing complex model house service

The technical field of the present invention relates to a system, a server, and a method for providing a complex model house service, and in particular, a complex model implemented to experience a virtual reality (VR; model reality) for a model house together with an actual model house. House service providing system, server and method.

A model house is a sample building built in advance to show people who want to buy apartments and villas when they build them. Building a model house is designed to recruit people who want to buy the apartment before the builders build it, before the contract can be settled. In addition, model houses have recently been able to provide virtual reality due to the development of technology.

The model house through the virtual reality provides the buyer with a realistic view of the interior, enabling them to see how the space is divided. In addition, buyers usually want to check the exterior view, that is, the external view, which they see from the purchased floor. The reason for the external view is that the exterior view is different for each location and floor of the building. In other words, the buyer wants to confirm that the exterior view is different for each room and floor where the room is located. The reason why the exterior view is different by floor and floor is that depending on the location of the building and the height of the room, light may be shortened by the surrounding high buildings, or the exterior of the sea, mountains, etc. may be obscured. Because it happens a lot.

Korean Patent Publication No. 10-2013-0131179 (published Dec. 3, 2013) provides a user with a mixture of the real world and the virtual world in real time. A cyber model house system using a metaverse for applying to a model house using metaverse technology that provides additional information or meanings that could not be delivered by the user is disclosed. A user terminal; The cyber model house is provided by using metaverse, the user directly arranges the room and virtual furniture or objects in the user terminal by using the interior props or material information, and creates a quotation by using the interior information. A meta cyber model house server for performing an SNS service by matching the content performed in the virtual space; An interior manufacturer terminal for providing interior information to the meta cyber model house server; And a third party terminal for accessing the SNS service and listening to the content processed by the user terminal. According to the disclosed technology, the cost of building a model house can be reduced and the cost of presale can be lowered. The cyber model house, which is implemented on the web, is a program using a VR camera, which makes the photo easier to read but has limited information. The real model house can only see the formal structure and interior elements, but the cyber model house using metaverse can transform the structural changes and interior components as desired. Through web 3D rendering technology, it is possible to have a realistic view like a miniature image out of plane movement and have a competitive edge in quality.

Korean Patent Application Publication No. 10-2018-0066704 (published Jun. 19, 2018) uses a parallel GPU computing technology to render ultra-high resolution 3D model house contents in real time, and enables users to interact with images through motion recognition. A cyber model house experience system based on real-time parallel rendering that can improve immersion by providing a system is disclosed. According to the disclosed technology, an image output module composed of a plurality of image output devices that are continuously installed to abut the boundary of each screen to form a model house space; A parallel rendering module comprising a plurality of parallel rendering devices connected to a plurality of image output devices; A motion recognition module for generating motion data by recognizing a user's motion and sending it to a parallel rendering module, wherein the parallel rendering module is one of a plurality of parallel rendering devices specified by the parallel rendering device to the server, the remaining parallel rendering The device is configured as a client, and the model house contents and partition data are stored in each parallel rendering device, and the model house contents are the view data corresponding to the view image visible from the window of the indoor space data and the window of the indoor space data. , The object comprises furniture data disposed in the interior spatial data, and illumination data by a light source. The parallel rendering apparatus loads model house contents stored in a database unit and a database unit storing model house contents and partition data. Content loading section, stored in the database section Partition loading unit for importing area data, motion processing unit for receiving motion data and matching motion data from the database unit, and partitioning model house contents according to partition data and partitioning based on motion command data A rendering unit for rendering the model house contents, and a split content sending unit for transmitting the split model house contents rendered by the rendering unit to an image output apparatus connected to the parallel rendering apparatus, and the content loading unit for the loaded model house contents for each object. Characterized in that it further comprises an object extraction unit for extracting.

In the conventional technique as described above, in the case of a real model house, there is a reality, but it is not possible to show the surrounding view, and in addition, the consumer may change the internal structure of the model house, replace the interior interior or furniture, and so on. Providing all model houses in case of change requires a lot of costs, so it is not possible to provide all the model houses that consumers want, and thus it is not possible to satisfy consumers with various needs by providing basic model houses regardless of consumers' wishes. There are also disadvantages. In the case of a model house through virtual reality, the actual model house may not be viewed by displaying an image-based VR panoramic image using a VR device.

Korean Patent Publication No. 10-2013-0131179 Korean Patent Publication No. 10-2018-0066704

The problem to be solved by the present invention is to solve the above-mentioned disadvantages, a complex model house implemented to experience a virtual reality (VR; Virtual Reality) for the model house in combination with the actual model house To provide a service providing system, a server and a method.

According to one aspect of the present invention, there is provided a means for solving the above problems, comprising: a model house having a plurality of models and a plurality of fixtures respectively installed in each model; A complex model house service device which receives the VR image information and displays the VR image of the model house after requesting the VR image information for the model house; And a complex model house service providing server configured to read and transmit the corresponding VR image information according to the VR image information request of the complex model house service device to the complex model house service device. do.

In one embodiment, the model house, a plurality of real model identification points or a plurality of real model identification lines for identifying each of a plurality of real models, and a plurality of real installations for identifying each It is characterized in that it comprises two actual installation identification points or a plurality of actual installation identification lines.

In one embodiment, the model house is a plurality of real model identification points or a plurality of real model identification lines, a plurality of real installation identification points or a plurality of real installation identifications as an identifier that can be recognized by the complex model house service apparatus It is characterized by having a line.

In one embodiment, the model house is characterized by having one or more of a plurality of points, a plurality of lines, a plurality of LEDs having a specific color as an identifier that can be recognized by the complex model house service apparatus. .

In one embodiment, the model house is characterized in that a plurality of real model identification points or a plurality of real model identification line has a different form for each real model.

In one embodiment, the model house, characterized in that the plurality of actual installation identification points or a plurality of actual installation identification line has a different form for each actual installation.

In one embodiment, the complex model house service device generates the VR request signal including device identification information for identifying the complex model house service device and house identification information for identifying the model house, thereby providing the complex model house service. Characterized in that the transmission to the providing server.

In one embodiment, the complex model house service device, characterized in that made of goggles in the form of a structure that can be seen.

In one embodiment, the complex model house service apparatus, after receiving the VR request signal and transmitting to the complex model house service providing server, the interface unit for receiving and transmitting the VR image information from the complex model house service providing server ; A controller for generating and transmitting the VR request signal to the interface unit and receiving and inputting VR image information from the interface unit; A memory unit for storing data or programs necessary for driving the controller; And a display unit for displaying the VR image of the model house according to the VR image information input from the controller.

In one embodiment, the interface unit receives the surrounding view request signal from the control unit and transmits it to the complex model house service providing server, and receives the surrounding view image information from the complex model house service providing server and transmits it to the control unit. Characterized in that.

In an embodiment, the interface unit receives a model or installation change request signal from the control unit and transmits it to the complex model house service providing server, and receives new VR image information from the complex model house service providing server. Characterized in that delivered to.

In one embodiment, the interface unit receives a model or installation arrangement signal from the control unit and transmits it to the complex model house service providing server, and receives new VR image information from the complex model house service providing server to the control unit. It is characterized by transmitting.

In an embodiment, the complex model house service apparatus may further include a camera unit for photographing the model house and delivering actual image information of the model house to the controller.

In an embodiment of the present disclosure, the control unit receives actual image information from the camera unit and inputs the image information to the display unit.

In an embodiment, the controller may overlap the VR image information transmitted from the interface unit with the actual image information transmitted from the camera unit, and input overlap image information to the display unit.

According to an embodiment, the controller may generate a VR request signal when the VR image information request behavior image information transmitted from the camera unit is compared with the VR image information request behavior reference image information previously stored in the memory unit. It is characterized by.

In one embodiment, the control unit, information from the actual image information transmitted from the camera unit a plurality of real model identification points or a plurality of real model identification lines and a plurality of real installation identification points or a plurality of real installation identification lines. Identify and identify each model and each installation of the model house.

In one embodiment, the control unit, reference information for a plurality of VR model identification points or a plurality of VR model identification lines and a plurality of VR installation identification points or a plurality of VR installation identification lines in the VR image information transmitted from the interface unit. It is characterized by identifying each VR model and each VR installation of the model house.

In an embodiment, the control unit matches the plurality of actual model identification points and the plurality of actual installation identification points with the plurality of VR model identification points and the plurality of VR installation identification points in a point-to-point manner, thereby real video and VR video. After this is matched with each other, the VR image information or the actual image information is input to the display unit.

In an embodiment, the control unit matches the plurality of real model identification lines and the plurality of real installation identification lines with the plurality of VR model identification lines and the plurality of VR installation identification lines in a line-to-line manner, thereby real video and VR video. After this is matched with each other, the VR image information or the actual image information is input to the display unit.

According to an embodiment, the controller may generate a neighboring view request signal when the surrounding view view request action image information transmitted from the camera unit is compared with the surrounding view view request action reference image information previously stored in the memory unit. It characterized in that the transfer to the interface unit.

The control unit may include information about a plurality of actual installation identification points, a plurality of actual installation identification lines or device identification information transmitted from the camera unit, in the peripheral view request signal.

In an embodiment of the present disclosure, the controller receives peripheral view image information from the interface unit and inputs the peripheral view image information to the display unit.

In one embodiment, the control unit, the model or installation change request behavior image information transmitted from the camera unit compared to the model or installation change request behavior reference image information previously stored in the memory unit and the model or installation change It generates a request signal and delivers it to the interface unit.

In one embodiment, the control unit, characterized in that for including the information or device identification information for a plurality of identification points or a plurality of identification lines transmitted from the camera unit in the model or installation change request signal.

According to an embodiment, the controller may compare the model or fixture arrangement behavior image information transmitted from the camera unit with the model or fixture arrangement behavior reference image information previously stored in the memory unit, and match the model or fixture arrangement signal. It generates and delivers to the interface unit.

In one embodiment, the control unit, the information or device identification information for a plurality of pre-placement identification points or a plurality of pre-placement identification lines and a plurality of post-placement identification points or a plurality of post-placement identification lines transmitted from the camera unit. It is characterized by including in the model or the installation arrangement signal.

In one embodiment, the memory unit, characterized in that for storing in advance the reference image information for the behavior requesting the VR image information of the consumer.

In one embodiment, the VR image information request action, characterized in that the consumer is a one-touch action in the space.

According to an embodiment, the memory unit may store and store, in advance, reference image information regarding a behavior view request action of a consumer.

According to an embodiment of the present disclosure, the viewing of the surrounding view request is an act of shaking a consumer once in a space by hand.

In one embodiment, the memory unit, characterized in that for storing the preset reference image information for the model or the installation change request behavior of the consumer in advance.

In one embodiment, the request for changing the model or the installation is characterized in that the consumer touches twice by hand in the space.

In one embodiment, the memory unit, characterized in that for storing in advance the reference image information for the model or the installation arrangement behavior of the consumer.

In one embodiment, the act of arranging the model or the installation is characterized in that the act of dragging by the consumer by hand in the space.

The display unit may display an actual image of the model house according to the actual image information input from the controller.

In an embodiment, the display unit may display an image in which the VR image and the real image overlap with each other according to the overlap image information input from the controller.

In one embodiment, the display unit, characterized in that for displaying the peripheral view image according to the peripheral view image information input from the control unit.

In one embodiment, the camera unit, characterized in that the photographing the VR image information request behavior of the consumer, characterized in that for transmitting the image information of the VR image information request action to the controller.

In an embodiment, the camera unit recognizes a plurality of real model identification points or a plurality of real model identification lines and a plurality of real installation identification points or a plurality of real installation identification lines when photographing the model house. Included in the actual image information of the model house, characterized in that the transfer to the controller.

In one embodiment, the camera unit, characterized in that the transfer of the surrounding view view request action image information taken by photographing the surrounding view view request behavior of the consumer to the controller.

In an embodiment, the camera unit recognizes a plurality of actual installation identification points or a plurality of actual installation identification lines with respect to the installation for which the consumer has performed the surrounding view viewing request action, and receives information on the surrounding view viewing request image information. Included in the transfer to the control unit.

According to an embodiment, the camera unit may photograph the model or the installation change request action of the consumer and transmit the captured model or the installation change request action image information to the controller.

In an embodiment, the camera unit recognizes a plurality of identification points or a plurality of identification lines of the model or the installation that has performed the request for changing the model or the installation of the consumer, and provides information on the model or the installation request for changing the image information. Included in the transfer to the control unit.

In one embodiment, the camera unit, characterized in that the photographing of the model or the installation of the installation behavior of the consumer, characterized in that for transmitting the image information of the model or installation placement behavior to the control unit.

In an embodiment, the camera unit recognizes a plurality of identification points or a plurality of identification lines for the model or the installation before the deployment of the consumer's model or the installation, and a plurality of the identification points for the model or the installation after the deployment. B) Recognizing a plurality of identification lines, and information on the recognized plurality of pre-placement identification points or a plurality of pre-placement identification lines and a plurality of post-placement identification points or a plurality of post-placement identification lines. Included in the transfer to the control unit.

In an embodiment, the complex model house service providing server checks device identification information and house identification information from the VR request signal received from the complex model house service device, and reads VR image information corresponding to the identified house identification information. It characterized in that the transmission to the complex model house service device.

In an embodiment, the complex model house service providing server reads reference information on a plurality of VR model identification points or a plurality of VR model identification lines and a plurality of VR installation identification points or a plurality of VR installation identification lines. Included in the image information, characterized in that for transmitting to the complex model house service device.

In an embodiment, the complex model house service providing server checks device identification information, a plurality of actual installation identification points or information on a plurality of actual installation identification lines in the peripheral view request signal received from the complex model house service device. And it is characterized in that to read the surrounding view image information corresponding to the information on the plurality of actual installation identification points or the plurality of actual installation identification line and transmit to the complex model house service device.

In an embodiment, the complex model house service providing server checks device identification information, a plurality of identification points or information on a plurality of identification lines in a model or installation change request signal received from the complex model house service device. Reads one of the model or fixture image information corresponding to the identified plurality of identification points or the plurality of identification lines, and reads the existing model or fixture image information corresponding to the identified plurality of identification points or the plurality of identification lines. It is characterized by generating new VR image information by replacing one model or installation image information and transmitting it to the complex model house service device.

In an embodiment, the complex model house service providing server may include device identification information, a plurality of pre-deployment identification points or a plurality of pre-deployment identification lines, and a plurality of arrangements in a model or fixture arrangement signal received from the complex model house service apparatus. Identify post-identification points or information on a plurality of post-deployment identification lines, and identify post-deployment identifications of model or installation image information corresponding to the identified pre-deployment identification points or information on a plurality of pre-deployment identification lines After the points or a plurality of arrangements are placed to a position corresponding to the information on the identification line to generate a new VR image information, characterized in that for transmitting to the complex model house service device.

In an embodiment, the complex model house service providing system may further include a database configured to store and store VR image information for the model house in advance.

In one embodiment, the database is characterized in that the VR image information is stored in advance in database for each house identification information.

In an embodiment, the database may include a plurality of VR model identification points or a plurality of VR model identification lines for each VR model of the model house, and a plurality of VR installation identification points or a plurality of VR installations of the model house. It is characterized in that the reference information for the VR installation identification line is set in advance and included in the VR image information for the model house to be stored as a database for each house identification information.

In an embodiment, the database may include surrounding view image information based on a plurality of actual installation identification points or information on a plurality of actual installation identification lines, or reference information on a plurality of VR installation identification points or a plurality of VR installation identification lines. It is characterized by storing the database in advance.

In one embodiment, the database is characterized in that to store in advance a database for each model or installation image information that the consumer wants to change for each of the information on a plurality of identification points or a plurality of identification lines.

Means for solving the above problems, according to another aspect of the invention, the interface unit for transmitting and receiving data in association with the complex model house service apparatus via a network; A request confirmation unit for receiving and confirming the VR image information request of the complex model house service device through the interface unit; And a VR providing unit for reading the VR image information corresponding to the VR image information request confirmed by the request confirmation unit and transmitting the corresponding VR image information to the complex model house service device through the interface unit. .

As a means for solving the above problems, according to another feature of the present invention, the VR model for a model house having a complex model house service device having a plurality of models and a plurality of installations each installed in each model Requesting information; Reading, by the complex model house service providing server, the VR image information corresponding to the VR image information request of the complex model house service device, and transmitting the same to the complex model house service device; And receiving, by the complex model house service device, the VR image information and displaying the VR image of the model house.

Advantageous Effects of the Invention The present invention provides a complex model house service providing system, a server, and a method for realizing a complex experience of a virtual reality (VR; model house) together with an actual model house. In response to the model house, the user can experience the surrounding view part or the modified or changed part in virtual reality, and can show the surrounding view, and the consumer can transform the internal structure of the model house, or the interior interior material or furniture Even in case of changing to a desired form by replacing a, it can provide a modified or changed part as a virtual reality in combination with the actual model house, thereby satisfying consumers with various needs.

According to the present invention, it is possible to provide a more effective immersion and reality by providing a complex view of the surrounding view portion or modified or changed portion along with the actual model house.

1 is a view for explaining a complex model house service providing system according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating an example of the complex model house service apparatus of FIG. 1.
3 is a view for explaining the complex model house service providing server in FIG.
4 is a diagram illustrating a method for providing a complex model house service according to an exemplary embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. However, since the description of the present invention is merely an embodiment for structural or functional description, the scope of the present invention should not be construed as being limited by the embodiments described in the text. That is, since the embodiments may be variously modified and may have various forms, the scope of the present invention should be understood to include equivalents for realizing the technical idea. In addition, the objects or effects presented in the present invention does not mean that a specific embodiment should include all or only such effects, the scope of the present invention should not be understood as being limited thereby.

The meaning of the terms described in the present invention will be understood as follows.

Terms such as "first" and "second" are intended to distinguish one component from another component, and the scope of rights should not be limited by these terms. For example, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component. When a component is referred to as being "connected" to another component, it should be understood that there may be other components in between, although it may be directly connected to the other component. On the other hand, when a component is said to be "directly connected" to another component, it should be understood that there is no other component in between. On the other hand, other expressions describing the relationship between the components, such as "between" and "immediately between" or "neighboring to" and "directly neighboring", should be interpreted as well.

Singular expressions should be understood to include plural expressions unless the context clearly indicates otherwise, and terms such as "include" or "have" refer to features, numbers, steps, operations, components, parts, or parts thereof described. It is to be understood that the combination is intended to be present and does not exclude in advance the possibility of the presence or addition of one or more other features or numbers, steps, actions, components, parts or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art unless otherwise defined. Generally, the terms defined in the dictionary used are to be interpreted to coincide with the meanings in the context of the related art, and should not be interpreted as having ideal or excessively formal meanings unless clearly defined in the present invention.

Now, a multi-model house service providing system, server, and method according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view illustrating a system for providing a complex model house service according to an exemplary embodiment of the present invention, and FIG. 2 is a diagram for explaining the system for providing a complex model house service in FIG. 1.

1 to 2, the complex model house service providing system 100, the model house 110, complex model house service device 120, complex model house service providing server 130, database 140, Network 150.

The model house 110 includes a plurality of models such as a room, a kitchen, a living room, a bathroom, a window, a bed, a dresser, a dressing table, a refrigerator, a sink, a dining table, a TV, a sofa, a living room table, a bathtub, A plurality of installations, such as a toilet bowl, a sink, etc. are provided.

In one embodiment, the model house 110 may include a plurality of real model identification points or a plurality of real model identification lines for identifying each of a plurality of real models, and each of the plurality of real installations. A plurality of actual installation identification points or a plurality of actual installation identification lines may be provided for identification.

In an embodiment, the actual model identification point or the actual model identification line and the actual installation identification point or the actual installation identification line are identifiers that can be recognized by the composite model house service device 120, for example, the composite model house service device. It may be an identifier (eg, a point or line having a specific color, an LED, etc.) recognized by the camera unit 125 (see FIG. 2) included in the 120.

In one embodiment, the actual model identification point or the actual model identification line has a different configuration for each physical model, thereby allowing each physical model to be identified.

In one embodiment, the actual installation identification point or the actual installation identification line has a different configuration for each actual installation, thereby allowing each actual installation to be identified.

The complex model house service apparatus 120 requests the VR image information for the model house 110 to the complex model house service providing server 130, and then receives the VR image information transmitted from the complex model house service providing server 130. It receives and displays the VR image of the model house 110.

In one embodiment, the complex model house service device 120 may generate a VR request signal for requesting VR image information for the model house 110 and transmit the generated VR request signal to the complex model house service providing server 130. . In this case, the VR request signal may include device identification information for identifying the complex model house service device 120, house identification information for identifying the model house 110, and the like.

In an embodiment, the complex model house service device 120 may be configured to have a structure in which goggles are worn and viewed as glasses.

In an embodiment, the complex model house service apparatus 120 may include an interface unit 121, a control unit 122, a memory unit 123, and a display unit 124, as shown in FIG. 2. .

The interface unit 121 receives the VR image information transmitted from the complex model house service providing server 130 after transmitting the VR request signal transmitted from the control unit 122 to the complex model house service providing server 130. Transfer to the control unit 122.

In an embodiment, the interface unit 121 transmits the surrounding view request signal transmitted from the control unit 122 to the complex model house service providing server 130, and then is transmitted from the complex model house service providing server 130. The peripheral view image information may be received and transmitted to the controller 122.

In an embodiment, the interface unit 121 transmits a model or installation change request signal transmitted from the control unit 122 to the complex model house service providing server 130, and then, from the complex model house service providing server 130. The new VR image information transmitted may be received and transmitted to the controller 122.

In an embodiment, the interface unit 121 transmits a model or installation arrangement signal transmitted from the control unit 122 to the complex model house service providing server 130, and then transmits from the complex model house service providing server 130. The new VR image information may be received and transmitted to the controller 122.

The controller 122 generates a VR request signal and transmits the VR request signal to the interface unit 121, and then inputs the VR image information transmitted from the interface unit 121 to the display unit 124.

In one embodiment, the controller 122 may input the actual image information transmitted from the camera unit 125 to the display unit 124.

In one embodiment, the controller 122 overlaps the VR image information transmitted from the interface unit 121 and the actual image information transmitted from the camera unit 125 and inputs the overlapped image information to the display unit 124. You can also

According to an embodiment, the controller 122 compares the VR image information request behavior image information transmitted from the camera unit 125 with the VR image information request behavior reference image information previously stored in the memory unit 123 and matches. VR request signal can be generated.

In an embodiment, the control unit 122 may include a plurality of real model identification points or a plurality of real model identification lines and a plurality of real installation identification points or a plurality of real installation identification lines in the actual image information transmitted from the camera unit 125. By checking the information about (ie, the comparison with the information previously stored in the memory unit 123) can be identified each of the actual model and each actual installation of the model house 110.

In one embodiment, the control unit 122, a plurality of VR model identification points or a plurality of VR model identification lines and a plurality of VR installation identification points or a plurality of VR installation identification lines in the VR image information transmitted from the interface unit 121. By confirming the reference information for (ie, the comparison with the information previously stored in the memory unit 123) to identify each VR model and each VR installation of the model house 110.

In one embodiment, the control unit 122, a plurality of VR model identification points and a plurality of VRs identified as described above the plurality of actual model identification points and the plurality of actual installation identification points as described above in a point-to-point method In accordance with the installation identification point, so that the real image and the VR image match each other, the VR image information or the actual image information may be input to the display unit 124.

In one embodiment, the controller 122, the plurality of VR model identification line and the plurality of VR model identification line identified as described above in the line-to-line method and the plurality of actual installation identification line as described above. After matching the installation identification line so that the real video and the VR video match each other, the VR video information or the real video information may be input to the display unit 124.

According to an embodiment of the present disclosure, the controller 122 compares the surrounding view view request action image information transmitted from the camera unit 125 with the surrounding view view request action reference image information previously stored in the memory unit 123, and matches the same. A peripheral view request signal may be generated and transmitted to the interface unit 121, wherein information about a plurality of actual installation identification points or a plurality of actual installation identification lines transmitted from the camera unit 125 (or device identification information) may be provided. May be included in the peripheral view request signal.

In an embodiment, the controller 122 may input the peripheral view image information transmitted from the interface unit 121 to the display unit 124.

In one embodiment, the control unit 122 compares the model or the installation change request behavior image information transmitted from the camera unit 125 with the model or the installation change request behavior reference image information previously stored in the memory unit 123 to match. In this case, a model or installation change request signal may be generated and transmitted to the interface unit 121, in which case information (or device identification information) for a plurality of identification points or a plurality of identification lines transmitted from the camera unit 125 is provided. May be included in the model or fixture change request signal.

In one embodiment, the controller 122 compares the model or fixture arrangement behavior image information transmitted from the camera unit 125 with the model or fixture arrangement behavior reference image information previously stored in the memory unit 123 and matches. Generate a model or installation arrangement signal can be delivered to the interface unit 121, wherein a plurality of pre-deployment identification points or a plurality of pre-deployment identification lines and a plurality of post-layout identification points or a plurality of pre-deployment identification lines transmitted from the camera unit 125 After the dogs are placed, information (or device identification information) about the identification line may be included in the model or fixture arrangement signal.

The memory unit 123 stores data and programs necessary for driving the control unit 122.

In an embodiment, the memory unit 123 may include a plurality of real model identification points or a plurality of real model identification lines and a plurality of real installation identification points for identifying each real model and each real installation of the model house 110. Information on a plurality of actual installation identification lines can be stored in advance by setting the actual model and the actual installation.

In an embodiment, the memory unit 123 may include a plurality of VR model identification points or a plurality of VR model identification lines and a plurality of VR installation identification points for identifying each VR model and each VR installation of the model house 110. The reference information for a plurality of VR installation identification lines can be stored in advance for each VR model and VR installation.

According to an embodiment, the memory unit 123 may perform reference image information (ie, VR image information request behavior criterion) for a behavior of requesting VR image information of a consumer (for example, an action of touching the hand once by a hand in a space). Video information) can be stored in advance.

According to an embodiment, the memory unit 123 may include reference image information (ie, surrounding view viewing request behavior based on the surrounding view viewing request action of the consumer, for example, an action of shaking once by the consumer in the space). Video information) can be stored in advance.

According to an embodiment, the memory unit 123 may include reference image information (ie, model or installation change request) for a model or installation change request action of the consumer (for example, a consumer touches twice by hand in space). Behavior reference image information) can be set and stored in advance.

In an embodiment, the memory unit 123 may include reference image information (ie, model or installation arrangement behavior) of a model or installation arrangement of a consumer (for example, an action of dragging by a consumer by hand in space). Reference image information) can be set and stored in advance.

The display unit 124 displays the VR image of the model house 110 according to the VR image information input from the controller 122.

In one embodiment, the display unit 124 may display the actual image of the model house 110 according to the actual image information input from the controller 122.

According to an embodiment, the display unit 124 may display an image in which the VR image and the real image overlap with each other according to the overlap image information input from the controller 122.

According to an embodiment, the display unit 124 may display the surrounding view image according to the surrounding view image information input from the controller 122.

In one embodiment, the complex model house service apparatus 120 may further include a camera unit 125, as shown in FIG.

The camera unit 125 photographs the model house 110 and transmits the actual image information of the photographed model house 110 to the controller 122.

In an embodiment of the present disclosure, the camera unit 125 may photograph the VR image information request behavior of the consumer and transmit the captured VR image information request behavior image information to the controller 122.

In an embodiment, the camera unit 125 may recognize a plurality of real model identification points or a plurality of real model identification lines and a plurality of real installation identification points or a plurality of real installation identification lines when photographing the model house 110. The information on the recognized plurality of real model identification points or a plurality of real model identification lines and a plurality of real installation identification points or a plurality of real installation identification lines may be included in the actual image information of the corresponding model house 110. It may be included and delivered to the control unit 122.

In an embodiment of the present disclosure, the camera unit 125 may photograph the surrounding view viewing request action of the consumer and transmit the photographed surrounding view viewing request action image information to the controller 122, wherein the surrounding view viewing request of the consumer is provided. It is possible to recognize a plurality of actual installation identification points or a plurality of actual installation identification lines for an installation (eg, a window) that performed an action, and information on the recognized plurality of actual installation identification points or a plurality of actual installation identification lines. Also may be delivered to the control unit 122 together.

In an embodiment of the present disclosure, the camera unit 125 may photograph the model or the installation change request action of the consumer and transmit the captured model or the installation change request action image information to the control unit 122. Recognize a plurality of identification points or a plurality of identification lines for the model or the installation that performed the installation change request action, and also transmits the information on the recognized plurality of identification points or the plurality of identification lines to the controller 122. Can give

In one embodiment, the camera unit 125 may photograph the model or the installation arrangement of the consumer and transmit the photographed model or the installation placement image information to the controller 122, wherein the model or the installation of the consumer is installed. It is possible to recognize a plurality of identification points or a plurality of identification lines for a model or a fixture before placing an action, and at the same time, to recognize a plurality of identification points or a plurality of identification lines for a model or a fixture after deployment. Information about the number of pre-arrangement identification points or the plurality of pre-arrangement identification lines and the plurality of post-disposition identification points or the plurality of post-disposition identification lines may also be transmitted to the controller 122.

The complex model house service providing server 130 receives the VR image information for the model house 110 from the complex model house service device 120, and reads the VR image information from the database 140 to display the complex model house service device. Send to 120.

In one embodiment, the complex model house service providing server 130 receives the VR request signal transmitted from the complex model house service device 120, and receives device identification information, house identification information, and the like from the received VR request signal. In addition, the VR image information corresponding to the identified house identification information may be read from the database 140 and transmitted to the complex model house service device 120.

In an embodiment, the complex model house service providing server 130 may include a plurality of VR model identification points or a plurality of VR model identification lines and a plurality of VR installation identification points or a plurality of VR model information from the database 140 when the VR image information is transmitted. The reference information on the VR installation identification line may be read and included in the VR image information and transmitted to the complex model house service device 120.

In one embodiment, the complex model house service providing server 130 receives the peripheral view request signal transmitted from the complex model house service apparatus 120, and the device identification information and the plurality of actual information from the received peripheral view request signal. Check the installation identification points or information on the plurality of actual installation identification lines, and read the surrounding view image information corresponding to the information on the identified plurality of actual installation identification points or the plurality of actual installation identification lines from the database 140. It can be transmitted to the complex model house service device (120).

In one embodiment, the complex model house service providing server 130 receives a model or installation change request signal transmitted from the complex model house service device 120, and device identification information from the received model or installation change request signal. Checks information on the plurality of identification points or the plurality of identification lines, and reads one of the model or installation image information corresponding to the information on the identified plurality of identification points or the plurality of identification lines from the database 140. The complex model house service apparatus 120 generates new VR image information by replacing existing model or installation image information corresponding to the identified plurality of identification points or the plurality of identification lines with the read model or installation image information. Can be sent to

In an embodiment, the complex model house service providing server 130 receives a model or fixture arrangement signal transmitted from the complex model house service apparatus 120, and includes device identification information and a plurality of device identification information in the received model or fixture arrangement signal. Check the information on the pre-deployment identification points or the plurality of pre-deployment identification lines and the information on the plurality of post-deployment identification points or the plurality of post-deployment identification lines. Complex model house service device by creating new VR image information by newly placing the model or installation image information corresponding to the information about a plurality of identified identification points or a plurality of placement and identification lines after the placement. 120).

The database 140 stores and stores the VR image information of the model house 110 in advance.

According to an embodiment of the present disclosure, the database 140 may store and store a database of VR image information for each house identification information in advance.

In one embodiment, the database 140, a plurality of VR model identification points for each VR model of the model house 110 or a plurality of VR model identification lines and a plurality of VR for each VR installation of the model house 110 The reference information for the installation identification points or the plurality of VR installation identification lines may be set in advance and included in the VR image information for the model house 110 to be stored as a database for each house identification information.

In one embodiment, the database 140, the surrounding view image information for a plurality of actual installation identification points or a plurality of actual installation identification lines (or a plurality of VR installation identification points or a plurality of VR installation identification lines Database can be stored in advance by reference information). At this time, since the real image and the VR image are matched, the information on the plurality of actual installation identification points or the plurality of actual installation identification lines matches the reference information on the plurality of VR installation identification points or the plurality of VR installation identification lines. do.

In an embodiment, the database 140 may store and store in advance a database of the model or installation image information that the consumer wants to change for each of a plurality of identification points or information on a plurality of identification lines.

The network 150 forms a wired or wireless communication between the complex model house service apparatus 120 and the complex model house service providing server 130, including a wired or wireless communication network, and the complex model house service apparatus 120. And to perform data transmission and reception between the complex model house service providing server 130.

The complex model house service providing system 110 having the configuration as described above is implemented by realizing the virtual reality for the model house 110 together with the actual model house 110, thereby real model house Corresponding to 110, the surrounding view portion or the modified or changed portion can be experienced in a virtual reality complex, and not only can show the surrounding view, but also the consumer transforms the internal structure of the model house 110, Even when changing the desired form by replacing interior interior materials or furniture, the modified or changed part can be provided as a virtual reality together with the actual model house, thereby satisfying consumers with various needs.

The complex model house service providing system 110 having the configuration as described above, by providing the surrounding view portion or the modified or changed portion together with the actual model house 110 as a virtual reality, more effective immersion and realism Can give

3 is a view for explaining the complex model house service providing server in FIG.

Referring to FIG. 3, the complex model house service providing server 130 includes an interface unit 131, a request confirmation unit 132, and a VR provider 133.

The interface unit 131 checks the unique device identification information by interworking with the plurality of complex model house service devices 120 through the network 150 to identify each complex model house service device 120, and then identifies the corresponding unit. Transmits and receives data with the complex model house service device 120.

The request confirmation unit 132 receives the VR image information request for the model house 110 transmitted from the complex model house service device 120 through the interface unit 131, and confirms the received VR image information request. Notify the VR providing unit 133.

In an embodiment, the request confirmation unit 132 receives the VR request signal transmitted from the complex model house service device 120 through the interface unit 131, and identifies the device identification information and house from the received VR request signal. The identification information may be checked and notified to the VR provider 133.

In one embodiment, the request confirmation unit 132 receives the peripheral view request signal transmitted from the complex model house service device 120 through the interface unit 131, and device identification information from the received peripheral view request signal. For example, the plurality of actual installation identification points or information on the plurality of actual installation identification lines may be checked and notified to the VR provider 133.

In an embodiment, the request confirmation unit 132 receives a model or installation change request signal transmitted from the complex model house service device 120 through the interface unit 131, and receives the received model or installation change request signal. In the device identification information, a plurality of identification points or information on a plurality of identification lines can be confirmed and notified to the VR provider 133.

In one embodiment, the request confirmation unit 132 receives the model or installation arrangement signal transmitted from the complex model house service device 120 through the interface unit 131, the device from the received model or installation arrangement signal Identification information, a plurality of pre-deployment identification points or a plurality of pre-deployment identification lines and a plurality of post-deployment identification points or information on a plurality of post-deployment identification lines and the like may be checked and notified to the VR provider 133.

The VR provider 133 reads the VR image information from the database 140 according to the VR image information request notified from the request confirmation unit 132 to the complex model house service apparatus 120 through the interface unit 131. Send it.

In one embodiment, the VR provider 133 reads the VR image information corresponding to the house identification information notified from the request confirmation unit 132 from the database 140, and provides the complex model house service through the interface unit 131. To the device 120.

In one embodiment, the VR providing unit 133, a plurality of VR model identification points or a plurality of VR model identification lines and a plurality of VR installation identification points or a plurality of VR installation identifications from the database 140 at the time of transmitting the VR image information. The reference information about the line may be read and included in the VR image information and transmitted to the complex model house service apparatus 120 through the interface unit 131.

In one embodiment, the VR providing unit 133, the database 140 to view the peripheral view image information corresponding to the information on the plurality of actual installation identification points or the plurality of actual installation identification line that is notified from the request confirmation unit 132 Read from it may be transmitted to the complex model house service device 120 through the interface unit 131.

In one embodiment, the VR providing unit 133, the database 140, one of the model or the installation image information corresponding to the information on the plurality of identification points or the plurality of identification lines to be notified from the request confirmation unit 132 Reads from the existing model or installation image information corresponding to the identified plurality of identification points or the plurality of identification lines by generating the new VR image information by replacing the read model or installation image information with the interface unit 131. Through the complex model house service device 120 can be transmitted.

In one embodiment, the VR providing unit 133, the plurality of pre-deployment identification point or the plurality of pre-deployment identification line that is notified from the request confirmation unit 132 or a plurality of confirmed image information corresponding to the information on the pre-deployment identification line After the number of batches can be newly placed to the location corresponding to the information on the identification point or a plurality of identification lines after the batch to create a new VR image information and can be transmitted to the complex model house service device 120 through the interface unit 131. have.

4 is a diagram illustrating a method for providing a complex model house service according to an exemplary embodiment of the present invention.

Referring to FIG. 4, in the complex model house service device 120, a plurality of models such as a room, a kitchen, a living room, a bathroom, a window, a bed, a dresser, a dressing table, a refrigerator, a sink, a dining table, The VR image information for the model house 110 including a plurality of installations such as a TV, a sofa, a living room table, a bathtub, a toilet, a wash basin, etc. is requested to the complex model house service providing server 130 (S401).

In requesting the VR image information in step S401 described above, the complex model house service device 120 generates a VR request signal for requesting the VR image information for the model house 110, and generates the corresponding VR request signal. To the complex model house service providing server 130 may include device identification information for identifying the complex model house service device 120, house identification information for identifying the model house 110, and the like.

In requesting the VR image information in step S401, the control unit 122 provided in the complex model house service device 120 generates a VR request signal to generate an interface unit provided in the complex model house service device 120 ( 121). Accordingly, the interface unit 121 may transmit the VR request signal transmitted from the control unit 122 to the complex model house service providing server 130.

When requesting the VR image information in step S401 described above, when the consumer's VR image information request action (for example, the action of touching the hand once by the hand in the space), the composite model house service device 120 ), The camera unit 125 may transmit the captured VR image information request action image information to the controller 122. Thus, the controller 122 compares the VR image information request behavior image information transmitted from the camera unit 125 with the VR image information request behavior reference image information previously stored in the memory unit 123 and matches the VR request signal. Can create

When requesting the VR image information in step S401 described above, the complex model house service providing server 130 receives the VR image information for the model house 110 from the complex model house service device 120, VR image information The request is confirmed (S402).

In checking the VR image information request in step S402 described above, the complex model house service providing server 130 receives the VR request signal transmitted from the complex model house service device 120, and receives the received VR request signal. Device identification information, house identification information, etc. can be checked.

After confirming the VR image information request in step S402 described above, the complex model house service providing server 130 reads the corresponding VR image information from the database 140 according to the VR image information request checked in step S402 described above. It is transmitted to the complex model house service device 120 (S403).

In transmitting the VR image information in step S403 described above, the complex model house service providing server 130 reads the VR image information corresponding to the house identification information identified in step S402 from the database 140 to read the complex model house. It may be transmitted to the service device 120.

In transmitting the VR image information in the above-described step S403, the complex model house service providing server 130, a plurality of VR model identification points or a plurality of VR model identification lines and a plurality of VR installation identification points from the database 140 The reference information of the plurality of VR installation identification lines may be read and included in the VR image information and transmitted to the complex model house service apparatus 120.

When the VR image information is transmitted in the above-described step S403, the complex model house service device 120 receives the VR image information transmitted from the complex model house service providing server 130 to receive the VR image of the model house 110. It is displayed (S404).

In displaying the VR image in step S404 described above, the interface unit 121 may receive the VR image information transmitted from the complex model house service providing server 130 and transmit the received VR image information to the controller 122. Thus, the controller 122 may input the VR image information transmitted from the interface unit 121 to the display unit 124 provided in the complex model house service device 120. Then, the display unit 124 displays the VR image of the model house 110 according to the VR image information input from the controller 122.

In displaying the VR image in step S404 described above, the camera unit 125 provided in the complex model house service apparatus 120 captures the model house 110 and photographs the actual image of the model house 110. Information may be delivered to the controller 122. Thus, the controller 122 may input the actual image information transmitted from the camera unit 125 to the display unit 124. Then, the display unit 124 may display the actual image of the model house 110 according to the actual image information input from the controller 122.

In displaying the VR image in step S404 described above, the controller 122 overlaps the VR image information transmitted from the interface unit 121 and the actual image information transmitted from the camera unit 125 to display the overlapped image information. It may be input to the display unit 124. Then, the display unit 124 may display an image in which the VR image overlaps with the actual image according to the overlap image information input from the controller 122.

In displaying the VR image in step S404 described above, when the model house 110 is photographed, the camera unit 125 includes a plurality of actual model identification points, a plurality of actual model identification lines, and a plurality of actual installation object identification points or a plurality of images. It is possible to recognize two actual installation identification lines, and the information about the recognized plurality of real model identification points or multiple real model identification lines and multiple real installation identification points or multiple real installation identification lines is recorded in the corresponding model house. It may be included in the actual image information of 110 and transmitted to the controller 122. Thus, the control unit 122, the information on the plurality of real model identification points or a plurality of real model identification lines and the plurality of real installation identification points or a plurality of real installation identification lines in the actual image information transmitted from the camera unit 125 By checking each model of the model house 110 and each installation can be identified.

In displaying the VR image in step S404 described above, the control unit 122, in the VR image information transmitted from the interface unit 121, a plurality of VR model identification points or a plurality of VR model identification lines and a plurality of VR installation identification points Also, by checking the reference information on the plurality of VR installation identification lines, each VR model and each VR installation of the model house 110 may be identified.

In displaying the VR image in the above-described step S404, the control unit 122 includes a plurality of VRs that have identified the plurality of actual model identification points and the plurality of actual installation identification points as described above in a point-to-point manner. After matching the model identification point and the plurality of VR installation identification points so that the real image and the VR image coincide with each other, the VR image information or the actual image information may be input to the display unit 124. Then, the display unit 124 of the model house 110 is matched with the VR image or the VR image of the model house 110 matched with the real image according to the VR image information or the real image information input from the control unit 122. It can also display the actual image.

In displaying the VR image in the above-described step S404, the control unit 122 includes a plurality of VRs confirming the plurality of actual model identification lines and the plurality of actual installation identification lines as described above in a line-to-line manner. After matching the model identification line and the plurality of VR installation identification lines so that the real image and the VR image coincide with each other, the VR image information or the actual image information may be input to the display unit 124.

After displaying the VR image in step S404 described above, in the case of capturing the surrounding view viewing request action of the consumer (for example, the act of shaking the consumer once in the space by hand), in the camera unit 125, The photographed surrounding view view request action image information may be transmitted to the control unit 122, wherein a plurality of actual installation identification points or a plurality of actual installation points for the installation (for example, a window) that performed the view view request action of the consumer are provided. The installation identification line may be recognized, and information about the recognized plurality of actual installation identification points or the plurality of actual installation identification lines may also be transmitted to the controller 122. Thus, the control unit 122 compares the surrounding view view request action image information transmitted from the camera unit 125 with the surrounding view view request action reference image information previously stored in the memory unit 123 and matches the surrounding view request. A signal may be generated and transmitted to the interface unit 121, wherein the plurality of actual installation identification points or information about the plurality of actual installation identification lines transmitted from the camera unit 125 (or device identification information) are displayed in a peripheral view. It can also be included in the request signal. Then, the interface unit 121 may transmit the surrounding view request signal transmitted from the control unit 122 to the complex model house service providing server 130. Accordingly, the complex model house service providing server 130 receives the peripheral view request signal transmitted from the complex model house service apparatus 120, and identifies the device identification information and the plurality of actual installation objects in the received peripheral view request signal. Check the information on the points or the plurality of actual installation identification lines, and the surrounding view image information corresponding to the information on the identified plurality of actual installation identification points or the plurality of actual installation identification lines from the database 140 The model house service device 120 may be transmitted. In this case, the interface unit 121 may receive the peripheral view image information transmitted from the complex model house service providing server 130 and transmit it to the control unit 122. In addition, the controller 122 may input the peripheral view image information transmitted from the interface unit 121 to the display unit 124. In addition, the display unit 124 may display the surrounding view image according to the surrounding view image information input from the control unit 122, thereby converting the surrounding view portion into a virtual reality corresponding to the actual model house 110. It can be experienced in combination, that is, it can show the surrounding view to satisfy consumers with various needs.

On the other hand, after displaying the VR image in the above-described step S404, the camera unit 125 in the case of capturing the model or installation change request behavior of the consumer (for example, the consumer touches twice by hand in the space), ), The photographed model or the installation change request action image information can be delivered to the control unit 122, wherein a plurality of identification points or a plurality of identifications of the model or installation that performed the consumer's model or the installation change request action The line may be recognized, and information on the recognized plurality of identification points or the plurality of identification lines may also be transmitted to the controller 122. Thus, the controller 122 compares the model or the installation change request act image information transmitted from the camera unit 125 with the model or the installation change request act reference image information previously stored in the memory unit 123 and matches the model. Alternatively, the installation change request signal may be generated and transmitted to the interface unit 121. In this case, information (or device identification information) about a plurality of identification points or a plurality of identification lines transmitted from the camera unit 125 may be modeled or used. It may be included in the installation change request signal. Then, the interface unit 121 may transmit a model or installation change request signal transmitted from the control unit 122 to the complex model house service providing server 130. Accordingly, the complex model house service providing server 130 receives the model or the installation change request signal transmitted from the complex model house service device 120, and the device identification information and the plurality of device identification information from the received model or the installation change request signal. Confirming information on the plurality of identification points or the plurality of identification lines, and reading one of the model or installation image information corresponding to the information on the identified plurality of identification points or the plurality of identification lines from the database 140, Replace the existing model or installation image information corresponding to the identified plurality of identification points or the plurality of identification lines with the read model or installation image information to generate new VR image information and transmit it to the complex model house service device 120. I can do it. In this case, the interface unit 121 may receive new VR image information transmitted from the complex model house service providing server 130 and transmit the new VR image information to the control unit 122. In addition, the controller 122 may input new VR image information transmitted from the interface unit 121 to the display unit 124. In addition, the display unit 124 may display a new VR image of the model house 110 according to the new VR image information input from the control unit 122, so that the consumer has an internal structure of the model house 110 ( In case of changing the model structure, or changing the interior interior materials or furniture to the desired form, the modified or changed part can be provided as a virtual reality together with the actual model house, thereby providing various needs. Can satisfy consumers with.

On the other hand, after displaying the VR image in step S404 described above, in the case of photographing the consumer's model or installation arrangement (for example, the consumer's hand dragging in the space), the camera unit ( In 125), the photographed model or the installation arrangement image information may be transmitted to the control unit 122, in which a plurality of identification points or a plurality of identification lines of the model or the installation before the deployment of the consumer's model or installation arrangement behavior are provided. At the same time, it is possible to recognize a plurality of identification points or a plurality of identification lines of the model or the installation after deployment, and identify the corresponding plurality of pre-deployment identification points or a plurality of pre-deployment identification lines and a plurality of post-deployment identifications. After the point or the plurality of arrangements, information on the identification line may also be transmitted to the controller 122. Accordingly, the controller 122 compares the model or fixture arrangement behavior image information transmitted from the camera unit 125 with the model or fixture placement behavior reference image information previously stored in the memory unit 123 and matches the model or fixture installation image information. The batch signal may be generated and transmitted to the interface unit 121, wherein a plurality of pre-arrangement identification points or a plurality of pre-arrangement identification lines and a plurality of post-arrangement identification points or a plurality of post-arrangement signals transmitted from the camera unit 125 Information about the identification line (or device identification information) may be included in the model or fixture arrangement signal. Then, the interface unit 121 may transmit a model or installation layout signal transmitted from the control unit 122 to the complex model house service providing server 130. Accordingly, the complex model house service providing server 130 receives a model or fixture arrangement signal transmitted from the complex model house service apparatus 120, and device identification information and a plurality of arrangements are received from the received model or fixture arrangement signal. Check the information on the pre-identification point or the plurality of pre-deployment identification lines and the plurality of post-deployment identification points or the plurality of post-deployment identification lines, etc. The complex model house service device 120 generates new VR image information by newly placing a model or installation image information corresponding to a plurality of identified identification points or a plurality of batched identification lines after the corresponding arrangement and generating new VR image information. Can be sent to In this case, the interface unit 121 may receive new VR image information transmitted from the complex model house service providing server 130 and transmit the new VR image information to the control unit 122. In addition, the controller 122 may input new VR image information transmitted from the interface unit 121 to the display unit 124. In addition, the display unit 124 may display a new VR image of the model house 110 according to the new VR image information input from the control unit 122, so that the consumer has an internal structure of the model house 110 ( Even if you change the layout of the model structure, or change the layout of the interior interior or furniture, you can provide the modified or changed parts as a virtual reality together with the actual model house. Accordingly, it is possible to satisfy consumers with various needs.

As described above, the embodiment of the present invention is not implemented only through the above-described apparatus and / or operation method, but through a program for realizing a function corresponding to the configuration of the embodiment of the present invention, a recording medium on which the program is recorded, and the like. The implementation may be easily implemented by those skilled in the art to which the present disclosure pertains based on the description of the above-described embodiments. Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

100: complex model house service provision system
110: Model House
120: complex model house service device
121: interface unit
122: control unit
123: memory
124: display unit
125: camera unit
130: complex model house service providing server
131: interface unit
132: request confirmation
133: VR provider
140: database
150: network

Claims (5)

A model house having a plurality of models and a plurality of fixtures respectively installed in each model;
A complex model house service device which receives the VR image information and displays the VR image of the model house after requesting the VR image information for the model house; And
And a complex model house service providing server configured to read and transmit the VR image information corresponding to the VR image information request of the complex model house service device to the complex model house service device.
The method of claim 1, wherein the model house,
A plurality of real model identification points or a plurality of real model identification lines for identifying a plurality of real models, and a plurality of real installation identification points or a plurality of real installations for identifying a plurality of real installations, respectively Complex model house service providing system characterized in that it comprises an identification line.
According to claim 1, The complex model house service device,
Complex model house service, characterized in that for generating the device model identification information for identifying the complex model house service device, the house identification information for identifying the model house and transmitting to the complex model house service providing server Provide system.
An interface unit for transmitting and receiving data in association with a complex model house service apparatus through a network;
A request confirmation unit for receiving and confirming the VR image information request of the complex model house service device through the interface unit; And
And a VR providing unit for reading the VR image information corresponding to the VR image information request confirmed by the request confirmation unit and transmitting the VR image information to the complex model house service device through the interface unit.
Requesting, by the multi-model house service apparatus, VR image information for a model house having a plurality of models and a plurality of installations respectively installed in each model;
Reading, by the complex model house service providing server, the VR image information corresponding to the VR image information request of the complex model house service device, and transmitting the same to the complex model house service device; And
And receiving, by the complex model house service device, the VR image information and displaying the VR image of the model house.

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