KR101462834B1 - Building model having bottom display unit - Google Patents

Abstract

The present invention provides a building model having a bottom display unit, which can display dynamic 3D images of a 3D model by expressing a detailed structure of a lighting, a background, a road, a building and a facility at the bottom of the building model in a simulation image. According to an embodiment of the present invention, the building model includes: a model exhibition table placed on an exhibition floor or suspended on a wall of an exhibition space; a display anchor frame mounted on the model exhibition table; at least one bottom image monitor, which is mounted on the display anchor frame; at least one guide acoustic speaker installed in the model exhibition table or spaced apart from model exhibition table at a predetermined distance; a model anchor substrate, which is a transparent plate having a predetermined thickness and adheres to a display window of the bottom image monitor; a plurality of building models positioned within a building region in an image displayed from the bottom image monitor and di insposed on the model anchor substrate; simulation image data which facilities, such as buildings and rods, and tomography are recorded; an image control device which produces guide voice data related to main road status, features of a region, location, parking lot status, civil facility status, accessory facility status, and a building type and outputs the guide voice data through the bottom image monitor and the guide acoustic speaker; and a selective control unit connected to the image control device to selectively reproduce a desired track position of an image file.

Description

{Building model having bottom display unit}

The present invention relates to a building model, in particular, a simulation image on the bottom side of a building model, in which a detailed structure of lighting, a background, a road, a building, and an auxiliary facility is expressed and a dynamic three- And a building model having a floor imaging device.

Generally, the building model is produced and displayed so that the actual building is reduced so that the viewer can easily observe and understand the status of the building type and the layout of the building. In this case, the understanding of the building model is very limited. That is, since the building model is displayed in a static state, it is difficult to know the state of the main road, the merit point, the location status, the parking lot status, the resident facility status, the auxiliary facility status, and the building type (block) status.

In order to overcome such a static three-dimensional building model, a model interlocking interactive apparatus and method using a projector image has been proposed as a background technology of the present invention as Korean Registered Patent Registration No. 10-0577118.

This model is made by using materials such as wood and gypsum to reduce the appearance of the topography, sightseeing spot and submerged area of mountains, valleys, and Korea (Jeolla, Gyeongsang ..), and the entire surface of the model is expressed in white A 3D model unit for allowing the light to be projected well and various images provided for the weather change (heavy rain, heavy snow), terrain, sightseeing spot, and dam submerged area provided on the upper side of the stereoscopic model unit in 3D project type A model setting unit including a push switch and a track ball so that a specific portion of the stereoscopic model unit is selected in the form of an image pointer; a push switch of the model setting unit; a video of the video output unit, A control unit for controlling the position at which the image is output to the three-dimensional model unit and for controlling the driving of the sound output simultaneously with the image; and a control unit And a selected portion of the image being composed of a sound output to the image display unit to display on the LCD monitor, so that the sound effects and natural sounds are output at the same time as the video output through a control of the controller.

However, the background art has a disadvantage in that it is difficult to illuminate the stereoscopic model part by outputting the image through the project beam, thereby reducing the sharpness and selecting only the model part as a whole or separately.

Korean Registered Patent Registration No. 10-0577118 (Interactive apparatus and method for model interlocking using projector image) Korean Registered Patent Registration No. 10-0930950 (Lighting Control System of Reduced Model for Feature Articles)

The present invention relates to a building model having a floor image device capable of viewing a dynamic stereoscopic image of a three-dimensional model by representing a detailed structure of a lighting, a background, a road, a building, The present invention has been made in view of the above problems.

According to a preferred embodiment of the present invention,

A model display stand which is placed on the exhibition floor or is installed by hanging on the wall side of the exhibition space;

A display fixing frame mounted on the model display unit;

At least one guide acoustic speaker disposed at a predetermined distance from the inside of the model display stand or from the model display stand;

A model fixation substrate disposed in close contact with a display window of the bottom image monitor with a plate-like transparent body having a predetermined thickness;

And a plurality of building models arranged in the model fixing substrate, the plurality of building models being located in a partition of a building area of an image output from the floor image monitor.

At least one floor image monitor mounted on the display fixing frame;

The system is designed to reproduce the guidance voice data such as the simulation data of buildings, roads, etc., and the topographical data, and the status of major roads, merit points, location status, parking lot status, resident facility status, An image controller for outputting the image to the floor image monitor and the guidance sound speaker;

And a selection operation unit connected to the image control device for selectively reproducing a track position of a desired image file.

In addition, the building model is formed in a box shape using an acrylic resin plate that is transparent or semitransparent to receive light of an image, and painted with light color so that light can be transmitted at the same time.

In addition, the image control device

A recording medium on which simulation image data and announcement audio data are recorded;

An image reproducer for reproducing simulation image data and audio data stored in the recording medium;

A video card connected to the video player and transmitting the reproduced video to the monitor;

An audio card connected to the image reproducer and transmitting the reproduced guided sound source to a guided acoustic speaker;

And a controller for controlling the image reproducer according to a signal operated by the selection operation unit to output necessary simulation image information.

According to the building model having the floor image device of the present invention, the detailed structure of the lighting, the surrounding background, the road, the building and the auxiliary facility is expressed by the simulation image outputted from the monitor at the bottom side of the building model, Stereoscopic images can be viewed. In addition, the presentation of stereoscopic image building model and commentary are provided through the guidance voice, so that sufficient information can be conveyed to the spectators in detail.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate exemplary embodiments of the invention and, together with the description, serve to explain the principles of the invention, Shall not be construed as limiting.
1 is a perspective view of a building model having a floor imaging apparatus according to the present invention;
Fig. 2 is an exploded perspective view of the essential part of Fig. 1; Fig.
FIG. 3 is a conceptual diagram of a building lighting image production according to the present invention. FIG.
4 is a block diagram of an image control block of a building model having a floor image device according to the present invention.
FIGS. 5 to 17 are photographs sequentially capturing a part of an image produced by the floor image monitor according to the present invention; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below with reference to the embodiments shown in the accompanying drawings, but the present invention is not limited thereto.

1 and 2, a building model 30 having a floor image device according to the present invention is provided with a model display stand 12. The modeling stand 12 can be in the form of a box that can be placed on the floor of the exhibit or in the form of a hanger that can be mounted on the wall. In the present embodiment, the model display stand 12 shows a box shape placed on the exhibition floor as shown in FIG. 1, and has a certain width, width and height.

The display case 12 is provided with a display fixing frame 14. The display fixing frame 14 may be integrally constructed or separately formed on the model display stand 12 and then mounted on the model display stand 12 through an unshown bracket.

In this embodiment, the display fixing frame 14 is installed at the upper end of the model display stand 12, but may be installed on the front face of the display fixing frame 14 when the wall fixing is installed. The display fixture frame 14 may be made of, for example, aluminum, hard plastic, or the like.

At least one floor image monitor 16 is mounted on the display fixing frame 14. Therefore, the floor image monitor 16 is supported and installed on the model display stand 12 through the display fixing frame 14. If the screen size of the floor image monitor 16 is small, it is preferable that the floor image monitor 16 is installed in at least one plane considering the screen size of the entire image. The floor image monitor 16 may be an LCD or an LED that can be configured to be slimmer than the CRT.

At least one guide acoustic loudspeaker 18 is installed at a certain distance from the inside of the model display stand 12 or from the model display stand 12. It is preferable that a plurality of guide acoustic loudspeakers 18 are provided so that stereo sound can be realized. For example, the guiding acoustic loudspeaker 18 may be installed on the front or side of the modeling stand 12.

The model fixing substrate 20 is closely attached to the display window of the monitor 16 for the bottom image. The model fixing substrate 20 is a plate-shaped plate having a predetermined thickness and is made of a transparent body through which light can be transmitted. For example, the pattern fixing substrate 20 may be made of a transparent acrylic plate.

A plurality of building models 30 are installed on the model fixing board 20. [ At this time, the building model 30 is installed in the building area section of the image output from the floor image monitor 16 as shown in FIG. In this embodiment, the building model 30 is attached to the floor image monitor 16 through a transparent adhesive, but the present invention is not limited thereto.

The building model 30 is manufactured in a box shape using a transparent or translucent acrylic resin plate so as to receive the light of the image. Preferably, the building model 30 is painted with a light color so that light can be transmitted.

In addition, the model fixing board 20 may be further provided with a landscaping tree for architectural models distributed around the building model 30.

1 and 4, an image control apparatus 100 for outputting an image and a guidance voice to the floor image monitor 16 and the guidance acoustic speaker 18, respectively, is provided. The image control device 100 may be installed inside the model display stand 12, for example. The image control apparatus 100 includes simulation image data in which facilities such as buildings and roads and terrain are recorded and simulation image data in which the terrain is recorded in the form of a block diagram of the main road, the merit point, the location status, the parking lot status, ) Present situation information Playback control of voice data.

4, the image control device 100 includes a recording medium 102 on which simulation image data and guidance voice data are recorded, a video reproducer 104 for reproducing simulation image data and audio data stored in the recording medium 102, A video card 106 connected to the image reproducer 104 for transmitting the reproduced image to the monitor 16 for the floor image and a guide sound source connected to the image reproducer 104 and reproduced therefrom, And a control unit 110 for controlling the image reproducer 104 according to a signal operated by the selection operation unit 200 to output necessary simulation image information.

The recording medium 102 may be an optical disk, a semiconductor memory, or a hard disk. For example, the semiconductor memory may be a memory card, a flash memory, or a USB memory.

A selection operation means (200) is connected to the image control device (100) to execute a video data processing operation. The selection operation means 200 allows the processing operation of the video data to be repeated and the track position of the video file can be selected and reproduced. The selection operation means 200 may be installed on the model display stand 12 or may be installed at the upper end of the operation stand 13 separated from the model display stand 12 as in the present embodiment. The selection operation means 200 may be a button switch 210 or a touch screen 202. In the case of a button switch, it has a plurality of switch buttons for selecting a desired video track. In the case of the touch screen, the touch buttons are arranged on the screen so that a desired video track can be selected.

Here, the simulation image composed of the image data can be variously expressed, for example, as shown in FIG. 5 to FIG. That is, the image may be a road network, a building layout, lighting of each building, road lighting, and the like.

The operation of the building model with the so-constructed floor imaging system will be described.

First, the operator instructs the execution of the image processing through the selection operation means 200. [

The control unit 110 instructs the image processing unit 104 to process an image in accordance with a control signal from the selection operation unit 200 and the image reproducer 104 transmits image and audio data recorded in the recording medium 102 And outputs the expanded image through the video card 106 to the floor image monitor 16. At the same time, stereoscopic sound is output through the audio card 108 through the guide acoustic speaker 18.

The following description will be made with reference to photographs captured by the image output from the monitor 16 for the floor image and the illumination of the building model 30 by the illumination light generated from the image.

As shown in Fig. 5, the landscape around the building and the road network are generally displayed as images.

Next, as shown in FIG. 6, illumination is performed where the building model is located, and a small light is illuminated along the road network as shown in FIG.

Then, as shown in FIG. 8, the position of the illumination changes, and a shadow illumination is made around the building.

Then, the entire building model and individual building models are illuminated as shown in Figures 9 and 10.

Then, as shown in FIG. 11, lighting is simultaneously performed on the building model and the road area around the building model.

Then, as shown in FIG. 12 to FIG. 16, the image is produced while varying the color of illumination on the building model and the road side.

Then, seasonal images are produced in the background of the building model as shown in FIG.

Of course, during the course of such image production, a guidance voice such as a main road status, a merit point, a location status, a parking status, a resident facility status, an auxiliary facility status, and a building type (block) status is output through the guidance acoustic speaker 18 .

Accordingly, when a building model having the floor image device of the present invention is installed in the model house, the operator visually confirms the simulation image displayed through the floor image monitor 16 and simultaneously hears the voice guidance, The characteristics of the complex and the facilities and the road environment can be easily confirmed and understood in detail.

Although the present invention has been applied to the model related to the exemplified apartment housing facility, the present invention is not limited to this model, and the present invention is also applicable to a terrain model, a city planning model, a concept model, a plan model, a position model, a tourist guide model, Of course, can be applied.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art in light of the above teachings. will be. The invention is not limited by these variations and modifications, but is limited only by the claims appended hereto.

12: Model display stand
14: Display fixture frame
18: Guide Acoustic Speaker
20: Model fixing substrate
30: Building model
100: Image control device
200: selection operation means

Claims (4)

delete A modeling stand (12) placed on the exhibition floor or installed on the wall side of the exhibition space by hanging;
A display fixing frame 14 mounted on the model display stand 12;
At least one floor image monitor (16) mounted to the display fixing frame (14);
A model fixing board 20 disposed in close contact with a display window of the bottom image monitor 16 with a plate-shaped transparent body having a predetermined thickness;
A plurality of building models (30) located in the partition of the building area of the image outputted from the floor image monitor (16) and arranged on the model fixing board (20);
At least one guide acoustic speaker (18) arranged at a certain distance from the model display stand (12) or from the model display stand (12);
Simulation image data in which a building, road facilities and terrain are recorded; The guidance data of the present state of the road, the merit point, the location status, the parking lot status, the resident facility status, the auxiliary facility status, and the building type are reproduced and output to the floor image monitor 16 and the guidance acoustical speaker 18 An image control device (100);
Further comprising a selection operation unit (200) connected to the image control device (100) for selectively reproducing a track position of a desired image file. delete 3. The method of claim 2,
The image control device (100)
A recording medium (102) on which simulation image data and announcement audio data are recorded;
An image reproducer (104) for reproducing simulation image data and audio data stored in the recording medium (102);
A video card 106 connected to the image reproducer 104 for transmitting the reproduced image to the monitor 16;
An audio card 108 connected to the image reproducer 104 for transmitting the regenerated guided sound source to the guided acoustic loudspeaker;
And a control unit (110) controlling the image reproducer (104) according to a signal operated by the selection operation unit (200) to output necessary simulation image information.

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