KR101334540B1 - Virtual self interior system - Google Patents

Abstract

The present invention relates to a virtual self interior service system, which performs virtual self interior by comprising a server computer connected through a network, a seller terminal and a user terminal including at least one mobile terminal, a PDA, a smart phone, a note book or a personal computer. A control part provides virtual self interior service in which a modeling method processing a room as an individual unit and a simulation method providing planar view and projection view from four edges of the room are applied. A user reduces failure and purchase satisfaction by purchasing a product after performing interior coordination in advance by generating a virtual room easily when the user purchases an interior product, under the network environment which the user can operate easily in the mobile terminal, the PDA or the smart phone. And thus, advertisement chance is provided to a seller through a store and a virtual show room. [Reference numerals] (AA) Manager;(BB) Commission;(CC) Advertisement chance and distributors are provided;(DD) Product selling commission;(EE) Employment;(FF) User 2;(GG) Virtual self interior service;(HH) Seller;(II) Sales support;(JJ) Interior planner;(KK) Review marketing;(LL) Product selling price;(MM) Quality product;(NN) Construction fee;(OO) Interior total service;(PP) User 1

Description

Virtual self interior service system {Virtual self interior system}

The present invention relates to a virtual self-interior service system, and more particularly, to a general user who wants to purchase an interior product, to provide a system that can easily adjust the size of a room in a virtual space, arrange furniture and coordinate interiors, The present invention relates to a service system supporting product sales of various interior vendors.

In general, a number of programs for building a space in virtual space in three dimensions have been developed. However, due to the nature of the program having a three-dimensional information, the capacity is too large to drive slowly and difficult to operate, there was a problem that is difficult for the general public to easily handle. On the other hand, the game was produced as a program that is easy for the general public to operate, but this is a simple entertainment program, it was impossible to model the house to the exact size desired by the user.

There are many shopping malls that sell interior products, but the development of shopping malls that can purchase products after simulation in advance in the space where the products are to be placed is insufficient. This is due to the heavy capacity and difficulty of operation of 3D modeling program. This is because it is difficult to commercialize by combining with the internet shopping mall used.

Accordingly, the general public can model the product with intuitive and easy operation, and it is possible to drive a mobile device due to its light weight, and has developed a service system that can purchase a product after demonstrating the actual interior products in circulation.

The service provided by the conventional interior product commerce system is limited to simply introducing the product, so that the buyer is sure that the size of the interior product that he / she wants to purchase in his or her home is appropriate, and that the color and design match well with other products. It was difficult to determine if it would work. In addition, when purchasing wallpaper, flooring, curtains, etc., only samples were purchased, so when they were directly displayed on a large wall or floor, they were disappointed.

An object of the present invention for solving the above problems is to reduce the failure and increase the purchase satisfaction by the purchaser by arranging several interior products in a virtual house to simulate and purchase which one is most appropriate and beautiful in terms of size and harmony. To provide a service.

In addition, it is intended to provide services that can be used smoothly by smartphones and PDAs for ordinary users.

According to a feature of the present invention for achieving the above object, first, on the premise that the general user supports the system for modeling and interior coordination of the house in the most intuitive and easy way, second, in the mobile terminal, PDA It is characterized by reducing the capacity of the program as much as possible to enable smooth running with the application.

The virtual self-interior service system of the present invention for achieving the above object is connected via a user terminal, an operator terminal, a seller terminal and a network including at least one mobile terminal, PDA, smartphone, notebook or personal computer. A system for performing a virtual self interior with a server computer, the server computer comprising a control unit for controlling a program and a database for storing information, the control unit comprising: a user authentication program for authenticating a user; A modeling program for creating a rectangular room according to a dimension input by a user and adding an additional shape according to a user's selection to modify the shape of the room or additionally create a room; A simulation program that displays an image of a product in a virtual room when a user selects an interior product and moves, rotates, and deletes the placed product, and corrects and displays the image to reflect the selection; And a product sales program that receives the purchase information of the user and generates sales information of the product. The database includes a user database storing user authentication information and interior layout information created by the user. A seller database including business information and reliability of the interior product seller and showroom information initiated by the business for advertising; A product database including three-dimensional information, specifications, and detailed information of prototypes registered by an interior product seller; And a product sales information database storing product sales information.

In addition, the modeling program, in order to model in the most intuitive and easy way, rather than building the entire appearance of the house at the same time, it is characterized in that to build independently by separating the individual rooms that are the sub-elements constituting the house. The house is composed of several rooms, but it is very difficult and complicated for the general user to model the plane of the whole house at the same time with the actual correct size. However, if the rooms exist only individually, the user will feel that the virtual space of the house is incomplete, so there exists a higher concept (folder) called 'House 1' and the rooms included in 'House 1' are 'Room 1', 'Room 2' And a sub-concept (file) of 'room 3'.

In addition, in the first step, the modeling program inputs a name of a house to be constructed by the user in one step, and enters a name of a room constituting the house in two steps. When the user enters the dimensions, the user enters the dimensions.In step 4, the window displays 'Do you want to add more shapes if the room is not the basic square?', And if the user presses 'Yes', the additional form is displayed in step 5. A window is displayed for entering the dimensions of the screen. If you click 'No', the procedure goes to step 7. When the user enters the dimensions of the additional shape, a flat image of the square room first created in step 6 is displayed and the location of the additional shape is set. Enter the height of the room in 7 steps and display the room in 3 dimensions in 8 steps.

In addition, the modeling program, in step 6 above, when setting the position of the additional shape is characterized in that the control to enable modeling to the desired exact size by displaying the length of all the walls.

In addition, the modeling program is based on the edge of the room input by the user is surrounded by a wall, the user can select and delete the wall.

In addition, the modeling program, if you click the 'Add House' icon, you can continue to create 'House 1', 'House 2' and 'House 3', click the Add Room icon in the 'House 1' folder You can then continue to make additional rooms that make up 'House 1'.

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In addition, the simulation program provides a plan view and a perspective view viewed from the four corners of the room, and displays a perspective view icon when the plane is set so that the plane and perspective can be alternately viewed according to a user's selection. When the perspective view is set, a flat icon is displayed so that the screen is switched when the icon is clicked.

In addition, when the user selects a desired product according to a product category, the simulation program displays an image of the product in a virtual room, and also displays an icon representing rotation, deletion, and detailed information around the product image to allow the user to intuitively Characterized in that it supports to perform the desired operation.

In addition, the product sales program, when the user arranges the product in the virtual room, it is recognized as a product having a purchase intention, it characterized in that the product list is displayed in the storage box linked with the storage items. At this time, the storage box is set as a sub-concept of the user-created housing, and the list is divided into 'the storage of the housing 1', the 'the storage of the housing 2' and the 'the storage of the housing 3', and the items in the storage box are listed. When you want to buy it is characterized in that it can be selected by product and put in the shopping cart.

In addition, the user database is characterized in that the virtual room stored in the meantime can be viewed anywhere, even if the access terminal is changed by logging in through the network.

In addition, when the first user publicly registers the virtual house and the interior image created by the first user, the second user may visit the first user's virtual house. If there is a favorite product among the installed interior products, the product image can be selected and stored in the storage box of the second user, and when the second user completes the purchase of the selected product in the virtual room of the first user, The operator can activate the purchase by distributing a portion of the product sales commission received from the seller to the user by reserve or cash.
In addition, when the user requests advice and construction management from the interior planner supporting the interior total service, the user database first transmits the virtual room that the user decorates to the interior planner, and the second virtual planner rearranged by the interior planner. It contains a feedback database that sends the room to the user.

In addition, the seller database, when the virtual room that the interior coordination composed of the product sold by the seller is publicly registered, the user can visit and select the desired product to be put in the user's storage box, as an advertisement of the showroom Characterized in supporting the role.

In addition, the product database includes three-dimensional information of the product so that it can be placed in a virtual room, the detailed information indicating the actual photograph and specification, material, description, company information, product delivery and construction possible area It is characterized by.

In addition, the product sales information database, when a user registers a purchase review of the product after purchase, displays the reviews in the detailed information of the product in conjunction with the product database, and if the user registers the rating of the company after purchase, the seller database and It is linked to reflect the seller's reliability score, characterized in that the user supports a higher quality selection at the time of purchase.

The virtual self-interior service system of the present invention includes a user terminal including at least one mobile terminal, a PDA, a smartphone, a notebook computer or a personal computer, an operator terminal, and a server computer connected through a network to perform a virtual self-interior. The server computer may include a control unit for controlling a program and a database for storing information. (A) The control unit may include: (a1) receiving a login information through a user terminal from a user authentication program; (a2) the modeling program generating a rectangular room according to the dimensions input by the user and adding an additional form according to the user's selection to modify the shape of the room or additionally create the room; (a3) if the simulation program selects an interior product, the user displays an image of the product in a virtual room, and if the user selects to move, rotate, and delete the placed product, modifying and displaying the image to reflect the selection; (a4) generating product sales information by the product sales program receiving user purchase information; (B) The database includes (b1) a user database storing user authentication information and interior layout information created by a user; (b2) a seller database including information and reliability of an interior product seller and showroom information initiated by the operator for advertisement; (b3) a product database including three-dimensional information, specifications, and detailed information of prototypes registered by an interior product seller; (b4) a product sales information database that stores product sales information.

According to the present invention as described above, the user can create a virtual room having a precise standard by the intuitive and easy operation by the modeling technique of the room as an individual unit, and through the icon view from the four corners of the room and the plan view It is a simulation technique that simply switches the perspective view to provide a virtual self-interior service that can be smoothly run as an application from a mobile terminal, PDA or smartphone.

In addition, according to the present invention, since the user can arrange the interior product to be purchased in a virtual room and purchase it through simulation in advance, the user can provide a virtual self-interior service which reduces failure and increases purchase satisfaction.

1 is a conceptual diagram illustrating an exchange relationship between an operator operating a server computer, a seller selling a product, a user, and an interior planner supporting interior total service according to an exemplary embodiment of the present invention.
2 is a conceptual diagram illustrating a virtual self-interior service system using a network according to a preferred embodiment of the present invention.
3 is a flowchart illustrating a modeling method of a virtual house and a room according to a preferred embodiment of the present invention.
4 is a conceptual diagram illustrating a simulation method for providing a plan view and a perspective view viewed from four corners of a room of the present invention.
Figure 5 is a flow chart illustrating a method from the simulation stage to the purchase stage of the present invention.
6 is a block diagram of virtual house and interior layout information generated by a user in the present invention.

Hereinafter, a virtual self-interior service system according to an exemplary embodiment of the present invention will be described in detail with reference to the accompanying drawings.

First, as shown in FIG.

Operators operating server computers provide users with practical virtual self-interior services, sellers with advertising opportunities through retailers and virtual showrooms,

The user pays the product sales fee to the seller in return for a good quality product,

The seller establishes a relationship in which the seller pays a commission to sell the product in return for generating revenue.
In addition, when User 2 publicly registers a virtual room and a review, and User 1 stops at User 2's room to purchase a product, the operator returns a part of the product sales fee, and the operator sells and installs interior design advice and products. To support the seller by hiring the interior planner that provides a total service.

This allows users to pre-simulate their products before purchasing them, reducing failures and increasing purchase satisfaction, while allowing sellers to generate higher revenue by reducing the huge store rental and marketing costs involved in offline sales. Operators can profit from users, operators, and sellers by generating revenue through product sales fees.

Virtual self-interior service system using a network according to an embodiment of the present invention for implementing this, as shown in Figure 2, the user terminal 10, the operator terminal 20, the seller terminal 30 and It is the structure comprised with the server computer 100 connected via the network 50. FIG.

Here, the server computer 100 receives modeling information of the virtual room from the user terminal 10 through the network 50 to generate a room, and the user registers the interior product image registered through the seller terminal 30. When selected, the company is programmed to transmit the virtual image information in which the product is placed in the virtual room to the user terminal 10, and receives a sales fee from the seller and provides the user with a practical virtual self-interior service through the network 50. The computer is equipped with.

In addition, the user terminal 10 is a computer of a prospective purchaser or a company planning to purchase a product, and is a computer of an individual or a company provided with a virtual self-interior service.

Here, the user terminal 10 is not necessarily a computer, but may include various image information, and includes various mobile terminals, PDAs, and smart phones that can select various commands.

On the other hand, the server computer 100 includes a control unit 110 for controlling a program and a database 120 for storing a variety of information.

That is, as shown in Figure 2, the control unit 110, including the main program 111 for operating the entire program, the user authentication program 112 for authenticating the user, the rectangular according to the user input dimensions The modeling program 113 creates a room and adds additional shapes according to a user's selection, or a modeling program 113 for creating a room. When a user selects an interior product, an image of the product is displayed in a virtual room and placed. If you make a selection to move, rotate, and delete the image, the image is modified and displayed to reflect the selection, and the simulation program 114 supports rotating the room in various directions. The product sales program 115 and other products which generate the sales information of the product by receiving the purchase information when the purchase is made It can comprise the program.

Here, the main program 111, which operates the entire program, can be expressed in the form of an application and a homepage online, and receives a command signal from the user terminal 10 or the operator terminal 20 to be described below. Program that can control the programs.

In addition, the user authentication program 112 authenticates a user for the purpose of purchasing a product, and inputs an ID and a password through the user terminal 10, or in the case of a terminal in which user information is stored. A program that allows access to the server computer 100 via a network 50.

In addition, the modeling program 113 is to virtually create a room in which the user wants to place the product to be purchased. When the user inputs the horizontal and vertical lengths of the room, the modeling room creates a rectangular room, which is the basic form of the room. It is a program that allows you to change the appearance of a room or add a new room by adding additional shapes as you choose.

Here, when the method for performing the modeling is shown in sequence, as shown in FIG. 3, when the user accesses the server computer and selects the modeling menu after user authentication (M1), inputting the name of the house (S1). ), The next step of entering the name of the room constituting the house (S2), the step of entering the horizontal and vertical dimensions of the rectangular room that is the basic form of the room (S3), and 'Would you like to add an additional form if the room is not the basic square?' If the column window appears (S4), if the user selects the 'YES' step (S5) of entering additional dimensions, setting the position of the additional form (S6), entering the height of the room (S7) In step S8 of displaying the room in three dimensions, and then placing the interior product (S9) is sequentially performed.

In addition, if the user selects 'NO' in the step S4 of the window 'If the room is not the basic rectangular shape, add an additional form?', The control proceeds directly to the step S7 of inputting the height of the room.

In addition, in the case of creating the secondary room, step S2 to S9 of creating a room and placing the product again by selecting an additional menu of the room (M3), and in case of creating the secondary house, Selecting the additional menu (M2), and performs the modeling again (S1 ~ S9). The third and fourth generations of houses and rooms are also performed in the same way as the second generation.

In addition, when modeling transformation of the product is required, for example, a product that needs to be resized according to the length of the window or wall, such as curtains, blinds, or built-in cabinets, when the user places the product in the room, Display, and when the user moves the arrow, the corresponding dimension can be displayed and converted to the desired dimension. In addition, such a product can check the price of the corresponding product reflecting the user-adjusted specifications in the inventory list including the unit price information for each specification.

In addition, the simulation program 114 is a program that supports the display of the product to be placed in advance in the virtual room created by the user in advance, when the user selects a registered product from the seller's terminal in the virtual room If you make a selection to create, move, rotate, or delete an image on which a product is placed, it is a program that modifies and displays the image to reflect the selection.

In addition, as shown in FIG. 4, the user may place the product while viewing the room from above and viewing in three-dimensional views of various directions. The simulation method for supporting the above is a plan view of the room from above. V1), you can turn the room with the perspective view (V2 ~ V5) viewed from the four corners of the room. When it is set as the plane, selecting the perspective icon menu (M10), the screen is switched to the perspective-1 view (V2), and when the plane icon menu (M11) is selected, it is switched back to the plan view (V1). When the perspective view is set, the screen is switched in the order of V2->V3->V4->V5->V2-> V3 ... when the rotation icon menu M12 is selected.

In addition, the product sales program 115, when a user arranges a product in a virtual room, it is recognized as a product having a purchase intention, and displays the product list in a storage box in association with a storage box item. At this time, the storage box is created for each user-created house, and the products arranged in the rooms constituting 'House 1' are displayed in the 'House 1 Storage Box' item.

That is, as shown in Figure 5, when the product (a ~ g) is placed in the room 1 (R1), room 2 (R2) constituting the house 1 (H1) is automatically linked with the storage box (B1) of the house 1 Product list (a ~ g) is displayed, select the item you want to purchase (c, d, g) in the storage box (B1) and select the add cart menu (M20) at the bottom of the screen, the shopping cart (B2) Product (c, d, g) can be put. At this time, if the user selects the purchase menu (M21) at the bottom of the screen, a payment window is displayed. When the user inputs purchase and payment information, the purchase step is completed.

In addition, the controller 110 may further include various other programs for supporting users and sellers.

Meanwhile, the database 120 includes a user database 121 in which user authentication information, user-generated rooms, and interior product layout information are stored, business information and reliability of a product seller, and showroom information started by an operator for advertising purposes. Seller database 122 including a, product database 123 including the three-dimensional information and detailed information of the prototype registered by the product seller, product sales information database 124 that stores the product sales information can be made have.

Here, the user authentication information is information required for user authentication by the user authentication program 112, and may include information related to authentication, such as a user ID and password, a unique number of a terminal in which user information is stored. .

In addition, as shown in FIG. 6, the user database 121 includes virtual home and interior layout information generated by a user, which includes a list of houses of higher concepts, a list of rooms of lower concepts, and simulation information of individual rooms. It consists of. When the user selects a house from the list of my homes, a list of rooms constituting the house is displayed, and when one of the rooms is selected, the interior coordination information stored by the user is displayed.

In addition, the user database 121, if the first user wants to be publicly registered, the second user can visit the virtual house of the first user to leave comments, if there is a desired product If you click on the product image, detailed information and storage icon will be displayed.If you select the detail icon, you can see the product's detailed information such as photos, specifications and reviews of the product. You can keep it.

In addition, the seller database 122, when a product seller publicly registers a virtual room composed of a new product or a special theme product, the user can visit and select the desired product to be put in the user's storage box or directly purchased system It can serve as a showroom as an advertisement.

In addition, the product database 123 includes three-dimensional information of the product so that it can be placed in a virtual room, the detailed information can be photographed and specifications, materials, descriptions, product reviews, product delivery and construction of the real Mark the area.

In addition, when displaying a product list of a category that requires construction, such as wallpaper, flooring, doors, etc., the product including the user's address in the construction possible area is displayed above.

In addition, the product sales information database 124, when a user registers a purchase review of the product after purchase, and displays the reviews in the detailed information of the product in conjunction with the product database, if the user registers the rating of the company after the purchase, It is linked with the seller database to reflect in the seller's confidence score, characterized in that the user can support a higher quality selection when purchasing.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is indicated by the scope of the appended claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and their equivalent concepts are included in the scope of the present invention. Should be interpreted as

10: User terminal
20: operator terminal
30: seller terminal
50: Network
100: server computer
110:
111: main program
112: user certification program
113: modeling program
114: simulation program
115: Product Sales Program
120: Database
121: user database
122: Merchant Database
123: product database
124: Product Sales Information Database

Claims (13)

A system for performing a virtual self-interior with a user terminal including at least one mobile terminal, a PDA, a smartphone, a laptop or a personal computer, an operator terminal, a seller terminal, and a server computer connected through a network, the server computer comprising: A control unit for controlling a program and a database for storing information, the control unit comprising: a user authentication program for authenticating a user; A modeling program in which a user separates individual rooms and builds them independently; A simulation program that provides a plan view and a perspective view from the four corners of the room; And a product sales program which receives the purchase information of the user from the user terminal, generates sales information of the product, and is driven by the operator terminal. It is configured to drive, the database is a user database for storing user authentication information and the interior layout information created by the user; A merchant database containing business information and reliability of the interior product seller; A product database including three-dimensional information, specifications, and detailed information of a prototype provided from the seller terminal; And a product sales information database for storing product sales information.

The modeling program is driven by the user terminal,
It is characterized by separating and building individual rooms, which are sub-elements of a house, independently, that is, a higher concept (folder) of 'House 1' exists, and the rooms included in 'House 1' are included in 'Room 1', It consists of the sub-concepts of "Room 2" and "Room 3" (individual files),

The modeling program,
(A) entering the name of the house;
(B) inputting a name of a room constituting a house;
(C) inputting the horizontal and vertical dimensions of the rectangular room, which is the basic shape of the room;
(D) a window pops up, 'Would you like to add additional shapes if the room is not a basic square?'
(E) entering additional dimensions when the user selects 'YES';
(F) setting the position of the additional form;
(G) entering the height of the room;
(H) displaying the room in three dimensions; And
(I) placing the interior product; Lt; / RTI >

The simulation program is driven by the user terminal,
It provides a plan view from the top of the room and a perspective view from the four corners of the room.When it is set to the top view, the perspective icon is selected to switch to perspective view. When the rotation icon is pressed when it is set to a perspective view, it is switched to the perspective view viewed from the next corner of the room,

The simulation program,
When the user selects the desired product according to the product category, the image of the product is displayed in the virtual room, and icons representing rotation, deletion, and detailed information are displayed around the product image so that the user can intuitively perform the desired action. Virtual self-interior service system, characterized in that.
delete delete The method of claim 1, wherein the modeling program,
Curtains, blinds, and built-in cabinets that need to be resized according to the length of the window or wall display arrow icons up, down, left, and right when the user places the product in the room. This is a virtual self-interior service system that allows you to check the price of a product that reflects a user-adjusted specification in a list of lockers, including product-specific price information.
delete delete According to claim 1, The product sales program,
When a user places a product in a virtual room, the product is recognized as a product with a purchase intention and is linked with a storage item to display a list of products contained in a virtual room in the storage box. The list is divided into 'concept of housing 1', 'depository of housing 2' and 'depository of housing 3', which are set as sub-concepts. Virtual self-interior service system, characterized in that can be put in.
The method of claim 1, wherein the user database,
If the first user chooses to publicly register the virtual house and interior image created by the first user, the second user may visit the virtual house of the first user, If there is a product that you want, you can select the product image and store and purchase it in the second user's locker. When the second user completes the purchase of the selected product in the first user's virtual room, the operator sells the product received from the seller. A virtual self-interior service system that activates purchases by distributing some of the fees to users by reserves or cash.
The method of claim 1, wherein the product database,
When displaying a product list of wallpaper, flooring, and door categories that require construction, the virtual self-interior service system, characterized by displaying the product including the user's address in the construction area.
delete delete delete delete

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