CN221277379U - VR exhibition room - Google Patents

Abstract

The utility model relates to the technical field of building layout, in particular to a VR exhibition hall. The utility model aims to solve the problems of poor display effect and lack of interactivity of exhibited articles, and particularly comprises an exhibition hall main body, wherein the exhibition hall main body at least comprises a bottom plate and partition pieces which are arranged around the bottom plate in a surrounding mode, an inlet and/or an outlet are formed in the partition pieces, a VR exhibition area and a plurality of partition areas are arranged in the exhibition hall main body, the VR exhibition area is located in the middle of the exhibition hall main body, and the partition areas are distributed around the interior of the exhibition hall main body. The interactive experience is provided for the exhibition personnel through the VR exhibition hall to realize immersive exhibition, deepen the sightseeing experience to the exhibit exhibition item, simultaneously, the concentrated exhibit exhibition item of VR exhibition hall accessible digital means improves the richness of exhibition content.

Description

VR exhibition room

Technical Field

The utility model relates to the technical field of building layout, in particular to a VR exhibition hall.

Background

The exhibition hall is a visual art for exhibition and display, and comprises the indoor and outdoor environment planning of commercial sales space and service space of shops, hotels and the like, and beautifies the work. Today, exhibition halls have been widely used for display projects such as real estate marketing, government planning, cultural activities, and business achievements. In order to make the visiting crowd know the products or other subjects displayed in the exhibition hall as much as possible, the existing exhibition hall often introduces products by arranging more space, which is required to increase the space of the exhibition hall or occupy the movable channels of the visiting crowd, so that the exhibition cost is increased and the sightseeing experience is also affected.

For this reason, people also digitally lay the exhibition hall, and the common implementation mode is to add multiple display instruments to make most of the contents in the exhibition hall can be displayed together and broadcast and control in a combined way, however, most of the existing digital exhibition hall only carries out unidirectional output through display equipment or playing instruments and the like, lacks interaction with visitors, and the popularization efficiency of products can not be obviously improved.

In view of this, it is necessary to improve the existing exhibition hall to increase the interaction level with the visitors, and at the same time, it is necessary to improve the popularization efficiency of the exhibition theme by means of a certain intelligent and digital means.

Disclosure of utility model

The utility model aims to overcome at least one defect of the prior art, and provides a VR exhibition hall for solving the problems of poor exhibition effect and lack of interactivity.

The technical scheme adopted by the utility model is to provide a VR exhibition hall, which comprises an exhibition hall main body, wherein the exhibition hall main body at least comprises a bottom plate and a partition piece which is arranged around the bottom plate in a surrounding way, an inlet and/or an outlet are formed in the partition piece, a VR exhibition area and a plurality of sub-exhibition areas are arranged in the exhibition hall main body, the VR exhibition area is positioned in the middle part in the exhibition hall main body, and the sub-exhibition areas are distributed around the interior of the exhibition hall main body.

This scheme is through setting up the VR showplace in exhibition room main part middle part, then the personnel of visiting can visit the exhibition item through wearing VR equipment immersion in the VR showplace, the interactivity between reinforcing exhibition personnel and the exhibition item to the exhibition personnel's of transferring interest to the exhibition item. Meanwhile, the VR exhibition area digitally presents the rich exhibition item contents in the VR world by means of the powerful digital function, so that more rich exhibition item information can be provided for observers on the premise of realizing the same exhibition area as the common exhibition area, and the exhibition efficiency of the exhibition hall on the exhibition items is greatly improved. In addition, a plurality of subareas are arranged around the VR exhibition area, and exhibit items are presented in different forms in the subareas, so that a digital display mode of the VR exhibition area can be matched, a multidimensional display effect is realized, the visiting requirements of different observers are met, more audiences can be served at the same time, and the exhibition efficiency of the exhibition hall is improved; and the design mode taking the VR exhibition area as the center is also convenient for shortening or uniformly arranging the distance between each sub-exhibition area and the VR exhibition area, thereby maximally utilizing the flow of the VR exhibition area to gather the observers and enhancing the exhibition efficiency of the exhibition hall.

Further, the VR exhibition area is provided with a VR platform and VR devices for human use.

The VR platform of this scheme can be used to restrict staff and exhibition personnel and experience the range of motion when VR exhibition is experienced through the VR device, avoids taking place too much with other exhibition district personnel and touching and arouse the incident, simultaneously, the VR platform can also improve the saliency of VR exhibition district, helps attracting, gathering exhibition personnel.

Optionally, the VR device includes at least VR glasses.

In this scheme, the exhibition personnel acquire the three-dimensional exhibition effect of most basic 3D through VR glasses to the exhibition item that corresponds.

Preferably, the VR device further comprises a somatosensory device.

In this scheme, the exhibition personnel still accessible somatosensory equipment obtains additional experience such as sense of touch, taste, further promotes the immersive exhibition effect to the exhibition item, helps improving the interactive level of exhibition personnel and showpiece exhibition item.

Further, an orderly hall area is also arranged in the exhibition hall main body, and the orderly hall area is positioned between the entrance and the VR exhibition area.

This scheme arranges relevant showpiece through preface district to further enrich the exhibition content of VR exhibition room, improve the space utilization in VR exhibition room, and can also deepen the first impression of the intention exhibition personnel of road entrance through preface district, help improving the people's flow in VR exhibition room.

Optionally, the hall area is provided with an arc-shaped piece with an opening facing the entrance, and the surface of the arc-shaped piece is used for displaying the exhibition item.

This scheme provides broader exhibition item field of vision and certain three-dimensional impression for openly observing exhibition personnel through the arc piece, helps promoting to observe and shows and experience, simultaneously, also helps providing richer showpiece exhibition item information for the intention exhibition personnel who passes the entry in the first time to improve the probability that intention exhibition personnel got into the exhibition hall.

Further, the partition comprises a first partition area and a second partition area which are arranged on two sides of the inlet in a dividing mode, and the first partition area and the second partition area are respectively provided with a first display device and a second display device for displaying display item images.

Further, the first partition is provided with a first L-shaped supporting piece clung to the partition, and the first display device is arranged on the first L-shaped supporting piece.

The L-shaped support has a stable support structure that may provide increased mounting strength for the first display device, and in addition, the L-shaped support may also provide a larger surface area to arrange more exhibit display items or to assemble more display devices for presenting exhibit display items.

Preferably, the first display device is a sliding rail screen device.

Optionally, the sliding rail screen device includes display screen, sliding rail part and background panel part, the sliding rail part is located on the first L type support piece, the display screen slides and sets up on the sliding rail part, the background panel is located on the first L type support piece of the rear of display screen.

The slide rail screen device of this scheme can realize broadcasting specific content at specific space environment, makes the exhibition personnel's whole mind and body sink into the atmosphere that the content demonstrates more easily, builds more comfortable sensory experience for the exhibition personnel to extension exhibition personnel's visit time promotes the exhibition effect in VR exhibition room.

Preferably, the second display apparatus is a transparent screen device mounted on a partition corresponding to the second division area.

The transparent screen of this scheme can guarantee the color richness degree and the demonstration detail of dynamic picture again when keeping the transparency, for the exhibition personnel present more three-dimensional, lifelike exhibit exhibition item image, refresh the exhibition experience.

Further, the subarea comprises third subareas respectively located at one side behind the VR subarea, and the third subarea is provided with a radar touch screen system.

According to the scheme, the radar touch screen system provides interactive exhibition experience for the exhibition staff, so that the time for the exhibition staff to visit the exhibition item is prolonged.

Further, the third partition is provided with a second L-shaped support piece which is closely attached to the partition piece, and the radar touch screen projects an image of the exhibited item on the inner side surface of the second L-shaped support piece.

Structural stability is improved through second L type support piece to optimize the projecting effect of showpiece exhibition item, and the second L type support piece can enlarge the exhibition space in third branch exhibition district, and the radar touch-sensitive screen system of being convenient for demonstrates bigger interactive projection, further optimizes the interactive exhibition experience of exhibition personnel.

Further, the partition further comprises a fourth partition respectively residing at one side behind the VR partition, and the fourth partition is provided with a digital sand table system for displaying display items.

In this scheme, digital sand table system can give the auxiliary display effect in aspect of sound photoelectricity to traditional sand table to for the optimization experience of viewing and listening dimension is provided to the exhibition personnel, in order to further improve the exhibition effect in VR exhibition hall.

Preferably, the digital sand table system includes a sand table component and a digital display component.

Further, the digital display part is an arc-surface display screen, and the fourth sub-display area is provided with an arc-surface support piece for matching and installing the arc-surface display screen.

Compared with the prior art, the utility model has the beneficial effects that: 1) The VR exhibition area is arranged to provide high-interactivity exhibition experience for exhibition staff, meanwhile, the digitalized function based on the VR technology gives rich exhibition item information to the VR exhibition area, and the exhibition efficiency of the exhibition hall on the exhibition items is greatly improved; 2) The radar touch screen system further improves the interaction effect between the exhibited items and the exhibited personnel, and optimizes the exhibited experience again; 3) Based on the sliding rail screen device and the transparent screen device, vivid and three-dimensional exhibit display item images are molded for the observers, and comfortable sensory experience is created, so that the visit time of the observers is effectively prolonged, and the exhibition effect of the exhibition hall is improved; 4) The digital sand table system increases the presentation effect of the exhibited items from the acousto-optic dimension, and creates an immersive exhibition experience for the exhibition personnel.

Drawings

Fig. 1 is a block diagram of a VR utility of the present utility model.

Fig. 2 is a schematic diagram of a showcase line of the VR showroom of the present utility model.

Reference numerals: the exhibition hall main body 100, the bottom plate 1, the partition 2, the entrance 21, the exit 22, the VR exhibition area 3, the VR platform 31, the sequencer room area 4, the arc-shaped piece 41, the first partition area 5, the first display device 51, the first L-shaped support 52, the second partition area 6, the second display device 61, the third partition area 7, the second L-shaped support 71, the fourth partition area 8, the sand table part 81, the laser receiver 81a, the digital display part 82, the arc-shaped surface support 83, the expansion area 200, the toilet 300, the monitoring room 400, the machine room 500, and the exit buffer area 600.

Detailed Description

The drawings are for illustrative purposes only and are not to be construed as limiting the utility model. For better illustration of the following embodiments, some parts of the drawings may be omitted, enlarged or reduced, and do not represent the actual product dimensions; it will be appreciated by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.

Example 1

As shown in fig. 1, this embodiment provides a VR exhibition hall, including exhibition hall main part 100, exhibition hall main part 100 includes bottom plate 1 and encloses to establish at bottom plate 1 partition piece 2 all around at least, has seted up entry 21 and/or export 22 on the partition piece 2, is equipped with VR exhibition area 3 and a plurality of subareas in the exhibition hall main part 100, and VR exhibition area 3 is located the middle part in the exhibition hall main part 100, and subareas distribute all around in the inside of exhibition hall main part 100. In particular, in order to facilitate assembly and disassembly and have certain supporting strength, the partition 2 is a wall member surrounding the bottom plate 1, and in order to facilitate installation and fixation of relevant devices, the VR exhibition hall may further be provided with a top plate.

Wherein, VR stand 3 is equipped with VR platform 31 and supplies the VR device that the human body used, and VR platform 31 is established on the bottom plate 1 that corresponds to VR stand 3, and the VR device is located VR platform 31, and during the concrete implementation, the VR device includes at least VR glasses, in the more preferred embodiment, the VR device still includes somatosensory equipment.

During implementation, staff will experience the exhibition personnel restriction of VR exhibition room and move in the regional internal activity of VR platform 31 to avoid taking place too much with other exhibition district personnel and touch and arouse the incident, simultaneously, VR platform 31 can also improve VR exhibition district 3's saliency, help attracting, assemble the exhibition personnel, during actual use, the exhibition personnel obtain the 3D stereoscopic image that corresponds the exhibit exhibition item basis through wearing VR glasses, and then the accessible dresses extra experience such as sense of touch, taste, thereby promote the immersive exhibition effect to the exhibit item, help improving the interactive level of exhibition personnel and exhibit item.

As shown in fig. 1, a lobby area 4 is also provided within the booth body 100, the lobby area 4 being located between the entrance 21 and the VR booth 3. In a specific implementation, the exhibition hall main body 100 is generally rectangular, in order to facilitate the regular layout of different partitions, in a preferred embodiment, the inlet 21 may be located on a partition plate corresponding to the middle of one side of the exhibition hall main body 100, where the inlet 21 may also be used as the outlet 22 at the same time, and in other embodiments, the outlet 22 may also be additionally provided, so that the observation line between the inlet 21 and the outlet 22 may completely cover all the exhibition regions. In addition, to optimize the viewing experience, other embodiments also provide an extension area 200 outside the entrance 21, specifically, the extension area 200 is constructed as an area protruding from one side of the booth body 100, and in specific implementations, by arranging elements related to the subject of the exhibit in the extension area 200 to attract the intended observers passing through the booth entrance 21 to visit the booth.

During practical application, relevant showpiece exhibition items can be arranged in the sequencing hall area 4, so that exhibition contents of the VR exhibition hall are further enriched, the space utilization rate of the VR exhibition hall is improved, the first impression of intention exhibition personnel at the entrance 21 can be deepened through the sequencing hall area 4, the traffic of the VR exhibition hall is improved, in addition, the sequencing hall area 4 can play a certain buffering role on the exhibition personnel entering the exhibition hall, and the phenomenon that excessive crowding occurs in the area where the exhibition areas inside the exhibition hall main body 100 are caused by too many exhibition personnel in a short time is avoided. In order to obtain a large view of the hall area 4 for the intended observers passing through the entrance 21, the hall area 4 is provided to face the entrance 21 in a specific implementation.

As shown in fig. 1, in order to improve the display area of the display item, the hall area 4 is provided with an arc-shaped member 41 with an opening facing the entrance 21, the surface of the arc-shaped member 41 is used for displaying the display item of the display item, in particular, the arc-shaped member 41 is a support member with a certain height, one surface of the support member facing the entrance 21 is provided with an arc-shaped surface, the display item of the display item can be presented on the arc-shaped surface in the form of an image, a three-dimensional member and the like, and the display device can be installed on the arc-shaped surface to play the related video content of the display item.

In practical application, the arc-shaped member 41 can provide a wider view field of the display item for the front view angle, and give a certain stereoscopic impression to the viewer; in addition, because the arcuate member 41 is facing the entrance 21, providing a wide field of view to the arcuate member 41 surface as the intended audience passes through the VR hall entrance 21 provides the intended audience with richer hall information at a first time, thereby better attracting the intended audience into the VR hall for viewing. In particular, the surface of the arc member 41 is configured as an image wall, and the image wall design may be integrated with a name of an exhibition hall, a local feature, a geographic modeling, and the like.

As shown in fig. 1, the partition includes a first partition 5 and a second partition 6 provided on both sides of the entrance 21, and the first partition 5 and the second partition 6 are provided with a first display device 51 and a second display device 61 for displaying an image of a display item, respectively.

Wherein, in order to improve the supporting stability, the first partition 5 is provided with a first L-shaped supporting piece 52 closely attached to the partition 2, and the first display device 51 is provided on the first L-shaped supporting piece 52.

In particular, in order to enhance the viewing experience, the first display device 51 is a sliding rail screen device. Specifically, the sliding rail screen device comprises a display screen, a sliding rail component and a background display board component, wherein the sliding rail component is arranged on the first L-shaped supporting piece 52, the display screen is arranged on the sliding rail component in a sliding mode, and the background display board is arranged on the first L-shaped supporting piece 52 at the rear of the display screen. The sliding rail screen device has the working principle that: when the display screen automatically slides to a certain node corresponding to the background display board component through the sliding rail component, the display screen automatically plays the content which is matched specifically, so that the whole body of a person to be observed sinks into the atmosphere in which the content is displayed, more comfortable sensory experience is created for the person to be observed, the visit time of the person to be observed is prolonged, and the exhibition effect of the VR exhibition hall is improved.

Furthermore, in order to provide a viewer with a better display visual experience, the second display device 61 employs a transparent screen arrangement mounted on the partition 2 corresponding to the second division 6. In particular, when the second display device 61 may be an OLED transparent screen, which is used as a transparent display technology in the transparent screen industry, the OLED transparent screen does not need a backlight source, and each pixel may be self-luminous independently, so that transparency, various designs and vivid image quality can be realized, and the transparent OLED panel may also replace a glass window, especially by virtue of its characteristics of high transparency and light and thin, so that a viewing person is given perfect visual enjoyment, and viewing experience is greatly improved.

As shown in fig. 1, the partitions include third partitions 7 respectively located at the rear sides of the VR display area 3, and the third partitions 7 are provided with radar touch screen systems. In practice, the third partition 7 is provided with a second L-shaped support 71 in close proximity to the partition 2, and the radar touch screen projects an image of the exhibit on the inner side surface of the second L-shaped support 71. In particular, the radar touch screen system may include a projector and a laser radar device, where the projector and the laser radar device may be mounted on a top plate corresponding to the third partition 7, and the images projected by the projector and the laser radar device are displayed on the inner side surface of the second L-shaped supporting member 71, and in particular, the necessary coating treatment is required on the inner side surface of the second L-shaped supporting surface to meet the projection requirement.

In practical use, the radar touch screen system further comprises a control system, and the projector and the laser radar device are both connected to the control system, wherein the laser radar device can project an invisible multi-touch wall on the partition 2 corresponding to the third partition 7 by adopting an infrared capturing technology, and when a viewer touches a specific position of the multi-touch wall, the laser radar device can give feedback signals to the control system, so that the control system controls the projector to project a matched display item image onto the inner side surface of the second L-shaped support 71, and the display effect of the interactive touch screen is presented.

As shown in fig. 1, the partition further comprises a fourth partition 8 respectively located at one side behind the VR display area 3, and the fourth partition 8 is provided with a digital sand table system for displaying display items. Wherein the digital sand table system comprises a sand table section 81 and a digital display section 82.

In particular, during implementation, in order to optimize the viewing experience, the digital display part 82 may be a cambered surface display screen, and at this time, the fourth partition 8 is provided with a cambered surface support member 83 for matching and installing the cambered surface display screen, and in addition, the sand table part 81 is provided on the bottom plate 1 corresponding to the fourth partition 8, so as to obtain a stable support, and realize a more stable operation.

During practical application, a plurality of laser receivers 81a are installed on the sand table component 81, the digital sand table system is matched with an infrared camera used for identifying the laser position, and the infrared camera can be installed on a top plate corresponding to the fourth sub-display area 8 in particular, and in addition, auxiliary photoelectric equipment such as a lamp belt and a spotlight can be further arranged, and the auxiliary photoelectric equipment, the laser receivers 81a, the infrared camera and the digital display component 82 are all connected to the same control system. The working process of the digital sand table system is as follows: when a worker irradiates a position on the sand table part 81 with laser light using a laser emitting device such as a laser pen, the laser receiver 81a at the position receives the laser light, the infrared camera recognizes the position of the laser spot, and thereafter, the control system controls the corresponding lamp strip and the spotlight to turn on or off, and simultaneously, controls the cambered surface display screen to play corresponding image contents.

As shown in fig. 2, in the embodiment, the outlet 22 may be disposed on the end of the partition 2 corresponding to the second partition 6, and the route may be specifically: firstly, the system enters the sequencing hall area 4 from the entrance 21, then travels by the right to pass through the first sub-area 5 to visit the exhibit items presented by the sliding rail screen, then proceeds to the third sub-area 7 to visit the exhibit items presented by the radar touch screen system after passing through the first sub-area 5, the radar touch screen system is wholly presented on the partition piece 2 corresponding to the third sub-area 7 in an L shape, therefore, the third sub-area 7 can be continuously visited after left turn, the fourth sub-area 8 can be continuously visited after proceeding, the exhibit items presented by the digital sand table system can be visited after proceeding, the cambered surface structure partition piece 2 corresponding to the fourth sub-area 8 is positioned at the corner of the rectangular exhibit hall main body 100, therefore, after going through the corner left turn, the fourth sub-area 8 can be continuously visited, and finally the second sub-area 6 can be visited through the exhibit items presented by the transparent screen device, and finally the system can be continuously moved out of the hall from the exit 22 after proceeding from the second sub-area 6. In addition, at least a part of the third exhibition area 7 and at least a part of the fourth exhibition area 8 and the VR exhibition area 3 are located at the rear of the sequencing hall area 4, so that when the exhibition route is adopted, after the exhibition personnel enter the third exhibition area 7 from the first exhibition area 5, the VR exhibition area 3 can be reflected into the eye curtain, at this time, a large exhibition area is formed among the radar touch screen system of the third exhibition area, the digital sand table system of the fourth exhibition area and the VR exhibition area 3, and in the area, all the ways for presenting the exhibited items form an interactive relation with the exhibition personnel through digitalization and intellectualization, so that a synergistic effect can be formed, the exhibition experience of the exhibition personnel is enhanced together, and the exhibition efficiency of the exhibition hall is greatly improved.

In addition, as shown in fig. 1, a plurality of functional areas are further provided at the outer sides of the periphery of the booth body 100, wherein a washroom 300 is provided at the outer side corresponding to the first booth 5, a monitoring room 400 is provided at the outer side corresponding to the third booth 7, and a passage is formed between the washroom 300 and the functional room, the passage being provided with an opening at one side of the booth body 100 so as to communicate with the inside of the booth body 100; in addition, a machine room 500 is arranged on the outer side of the fourth exhibition area 8, an entrance 21 is arranged between the machine room 500 and the interior of the exhibition hall, an intelligent central control system is arranged in the machine room 500, a control terminal formed by constructing a single-point touch screen of the intelligent central control system controls and allocates exhibition hall equipment to demonstrate a large screen, projection, a liquid crystal large screen, exhibition hall lamplight, sound equipment and the like through a wireless network, and synchronization of functions of all parts is realized; an outlet buffer area 600 communicated with the outlet 22 is arranged on the outer side of the second distribution area 6, so that the flow of the observers can be conveniently distributed and evacuated.

It should be understood that the foregoing examples of the present utility model are merely illustrative of the present utility model and are not intended to limit the present utility model to the specific embodiments thereof. Any modification, equivalent replacement, improvement, etc. that comes within the spirit and principle of the claims of the present utility model should be included in the protection scope of the claims of the present utility model.

Claims (6)

1. The VR exhibition hall is characterized by comprising an exhibition hall main body, wherein the exhibition hall main body at least comprises a bottom plate and a partition member which is arranged around the bottom plate in a surrounding mode, an inlet and/or an outlet are formed in the partition member, a VR exhibition area and a plurality of partition areas are arranged in the exhibition hall main body, the VR exhibition area is located in the middle of the exhibition hall main body, and the partition areas are distributed around the interior of the exhibition hall main body;

The first and second display devices are respectively arranged in the first and second partition areas and used for displaying display item images;

The first display device is arranged on the first L-shaped supporting piece, and preferably is a sliding rail screen device; and/or the second display device is a transparent screen device mounted on a partition corresponding to the second partition;

The subarea comprises a third subarea which is positioned at one side behind the VR subarea, and the third subarea is provided with a radar touch screen system;

The partition further comprises a fourth partition which is arranged at one side behind the VR partition, and the fourth partition is provided with a digital sand table system for displaying display items, and the digital sand table system comprises a sand table component and a digital display component.

2. The VR hall of claim 1, wherein the VR display is provided with a VR platform and VR devices for human use.

3. The VR hall of claim 1, further comprising an ordered hall area within the hall body, the ordered hall area being located between the entrance and the VR hall.

4. The VR hall of claim 3, wherein the hall area is provided with an arcuate member opening toward the entrance, a surface of the arcuate member being configured to display the display item.

5. The VR booth of claim 1, wherein said third partition is provided with a second L-shaped support against said divider, said radar touch screen projecting an image of an exhibit on an inside surface of said second L-shaped support.

6. The VR hall of claim 1, wherein the digital display component is a cambered display screen and the fourth sub-zone is provided with a cambered support for matingly mounting the cambered display screen.