CN218652994U

CN218652994U - Multifunctional cinema

Info

Publication number: CN218652994U
Application number: CN202221533778.5U
Authority: CN
Inventors: 李红红; 项智亮; 刘勇
Original assignee: 3d New Culture Co ltd Ningbo China
Current assignee: 3d New Culture Co ltd Ningbo China
Priority date: 2022-06-16
Filing date: 2022-06-16
Publication date: 2023-03-21
Anticipated expiration: 2032-06-16

Abstract

The utility model discloses a multifunctional cinema, including the building theater, be provided with auditorium, stage, film screen and general program player in the building theater, be provided with virtual host system, face mirror sound system and environment simulation system in the building theater, the top of stage is provided with stage lighting, the auditorium on still be equipped with the dynamic seat of D and can drive the power house of this dynamic seat action of D. Compared with the prior art, the virtual host system capable of fusing the audience to the movie screen, the temporary mirror sound system capable of enabling the audience to feel the close environment and the 5.1 (or 7.1) environment simulation system capable of simulating the real environment are additionally arranged in the building theater, so that the theater can be simultaneously provided with the digital movie, the common format movie and the 4D movie which play DIC authentication, can also be used as a science popularization lecture hall, can be simultaneously provided with the virtual host system, and can enable the audience to be deeply blended into the virtual world of the movie through the interaction with the audience.

Description

Multifunctional cinema

Technical Field

The utility model relates to an amusement equipment, concretely relates to multifunctional cinema.

Background

Movie theaters are an indispensable consumer site in modern people's life, the film showing mode is also transited from traditional film movies to digital movies which are gradually popular at present, and the movie theaters are upgraded to 4D movies which are even higher than 3D movies, although the mainstream cinema can play 2D and 3D movies at the same time, the mainstream cinema can also play film movies and digital movies, however, most of the cinemas only have the function of showing the movies and do not have other extended functions, which is not satisfied today when the audience tastes diversified day, how to add other purposes to the cinemas besides the movies is not shown, which is a problem to be solved in the next step of most cinemas.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a multifunctional cinema that collects broadcast multiple type film, possess virtual host system and possess the science popularization lecture hall is provided to above-mentioned technical current situation.

The utility model provides a technical scheme that above-mentioned technical problem adopted does: the multifunctional cinema comprises a building theater, wherein auditorium, stage, movie screen and universal program player are arranged in the building theater, the stage is arranged opposite to the auditorium, the movie screen is arranged at the rear of the stage, and a control room for controlling the universal program player is further arranged on the rear side of the auditorium.

In order to better realize the virtual supporter system, preferably, the virtual presenter system comprises an interactive camera which is arranged at an entrance of a building theater and is used for collecting video information of entrance audiences to be used as projection materials of a virtual presenter, and a control keyboard which is positioned in a control room and is used for controlling the action of the virtual presenter.

In order to make the sound closer to the real environment, the temporary mirror sound system further comprises an ambient sound speaker, a low-frequency speaker and a secondary low-frequency speaker, wherein the ambient sound speaker, the low-frequency speaker and the secondary low-frequency speaker are distributed on the four peripheral walls of the building theater at intervals.

In order to simulate the real environment, can let the people be on the spot, furtherly, environment simulation system including the cigarette machine that is located the stage both sides, be located auditorium rear side top and can simulate the stroboscopic lamp of lightning and locate bubble machine, fan, rain fog generator and the snowflake machine of auditorium top.

In order to facilitate installation and adjustment of the installation position, ladder-shaped hangers are hung above the auditorium, and the bubble machine, the fan, the rain mist generator and the snowflake machine are respectively hung on every crosspiece which is arranged on the hangers at intervals.

In order to play various types of movies, a window facing the movie screen is further opened on a wall of the control room, and a blocking door capable of being opened and closed is provided on the window.

In order to facilitate the layout and control of the whole cinema, preferably, a master control server is further arranged in the control room, and a control system of the master control server comprises an audio processor, a movie showing server, a general program playing server, a virtual host system, a 4D dynamic seat control system, a special effect control system, a stage lighting control system and a lighting control system.

Furthermore, the special effect control system can be used for controlling the range hood, the strobe light, the bubble machine, the fan, the rain fog generator and the snowflake machine so as to simulate a real environment.

Compared with the prior art, the utility model has the advantages of: the virtual host system capable of fusing the audience to the movie screen, the Tempojen system capable of enabling the audience to feel the close environment and the 5.1 (or 7.1) environment simulation system capable of simulating the real environment are additionally arranged in the building theater, so that the theater can be simultaneously provided with a digital movie, a common format movie and a 4D movie which play DIC authentication, can also be used as a popular science hall, can be simultaneously provided with the virtual host system, and can enable the audience to be deeply blended into the virtual world of the movie through the interaction with the audience.

Drawings

FIG. 1 is a schematic top view of the present embodiment;

FIG. 2 is a schematic side view of the present embodiment;

fig. 3 is a flowchart of the main control system of this embodiment.

Detailed Description

The present invention will be described in further detail with reference to the following embodiments.

As shown in fig. 1 to 3, the preferred embodiment of the present invention is shown. The multifunctional cinema of the embodiment comprises a building theater 17, wherein an auditorium 18, a stage 19, a movie screen 8 and a general program player are arranged in the building theater 17, the stage 19 is arranged opposite to the auditorium 18, the movie screen 8 is arranged behind the stage 19, a control room 20 for controlling the general program player is further arranged on the rear side of the auditorium 18, the general program player comprises a projector 14, the projector 14 is arranged in the control room 20, a window 23 facing the movie screen 8 is arranged on the wall of the control room 20, an openable and closable blocking door 24 is arranged on the window 23, when a film needs to be placed, the blocking door 24 can be opened to allow a projection light beam of the film movie to pass through, and when other types of movies, such as digital movies certified by DIC, are played, the blocking door 24 can be closed to form a seal. The stage lighting 2 is arranged above the stage 19, the 4D dynamic seat 16 is further arranged on the auditorium 18, the power chamber 21 is arranged below the control chamber 20, and the air pump 211 for driving the 4D dynamic seat 16 to swing is arranged in the power chamber 21.

A virtual host system capable of fusing the audience to the movie screen 8, a temporary mirror sound system capable of making the audience feel a close environment, and a 5.1 (or 7.1) environment simulation system capable of simulating a real environment are provided in the architectural theater 17.

Referring to fig. 1, the virtual presenter system includes an interactive camera 15 disposed at an entrance of a building theater 17 for collecting video information of incoming audiences and used as a projection material of the virtual presenter, and a control keyboard 25 for controlling the action of the virtual presenter is further disposed in a control room 20, the collected video information can be projected to a movie screen 8 through the control system, and then the control keyboard 25 in the control room 20 is controlled to control the action of the virtual presenter, thereby realizing deep interaction with the audiences. The temporary mirror sound system comprises an ambient sound speaker 13, a low-frequency speaker 12 and a sub-low-frequency speaker 11, wherein the ambient sound speaker 13, the low-frequency speaker 12 and the sub-low-frequency speaker 11 are distributed on the four peripheral walls in a building theater 17 at intervals. 5.1 (or 7.1) the environment simulation system comprises a smoke machine 10 positioned on two sides of the stage 19, a strobe light 7 positioned above the rear side of the auditorium and capable of simulating lightning, a bubble machine 6, a fan 5, a rain fog generator 4 and a snowflake machine 3 which are arranged above the auditorium 18, and the mirror sound facing system and the 5.1 (or 7.1) environment simulation system can simulate a vivid scene in real life so as to meet the scene requirement.

Referring to fig. 2, a ladder-shaped hanger 22 is hung above the auditorium 18, and the bubble machine 6, the fan 5, the rain mist generator 4 and the snowflake machine 3 are respectively hung on the rungs of the hanger 22 at intervals.

Referring to fig. 2 and 3, a master control server is further disposed in the control room 20, and the master control server has a control system including an audio processor, a movie projection server, a general program playing server, a virtual host system, a 4D dynamic seat 16 control system, a special effect control system, a stage lighting 2 control system, and a lighting control system. The special effect control system can be used for controlling the cigarette making machine 10, the strobe light 7, the bubble machine 6, the fan 5, the rain fog generator 4 and the snowflake machine 3, when some environmental atmospheres are required to be manufactured in scenes in a movie, a real environment can be simulated under the control of the special effect control system, and the experience of watching the movie is enhanced.

Claims

1. The utility model provides a multifunctional cinema, includes building theater (17), be provided with auditorium (18), stage (19), film screen (8) and general program player in the building theater (17), stage (19) are located the opposite side of auditorium (18), film screen (8) are located stage (19) rear, the rear side of auditorium (18) still is equipped with control room (20) that are used for controlling the general program player, a serial communication port, be provided with in building theater (17) can fuse the virtual host system of auditorium (8), can make the auditorium feel the mirror sound system of the environment of facing and the environment simulation system that can simulate real environment of stage with the audience to film screen (8), the top of building theater (19) is provided with stage lighting (2), auditorium (18) on still be equipped with 4D dynamic seat (16), control room (20) below still be equipped with power house (21), be provided with in power house (21) and be used for driving the air pump (211) of 4D dynamic seat (16) wobbling.

2. A multi-function theatre as claimed in claim 1 wherein the virtual presenter system includes an interactive camera (15) located at the entrance of the architectural theatre (17) for capturing incoming audience video information for use as the virtual presenter to project material and a control panel (25) located in the control room (20) for controlling the action of the virtual presenter.

3. A multifunctional cinema as claimed in claim 1, characterized in that the sound system comprises an ambient sound speaker (13), woofers (12) and subwoofers (11), the ambient sound speaker (13), woofers (12) and subwoofers (11) being spaced around the perimeter wall of the architectural theater (17).

4. The multifunctional cinema as claimed in claim 1, wherein the environment simulation system comprises a smoke machine (10) located at both sides of the stage (19), a strobe light (7) located above the rear side of the auditorium and capable of simulating lightning, and a bubble machine (6), a fan (5), a fog generator (4) and a snowflake machine (3) located above the auditorium.

5. A multifunctional cinema as claimed in claim 4, characterized in that ladder-shaped hangers (22) are hung above the auditorium (18), and the bubble machine (6), the fan (5), the rain mist generator (4) and the snowflake machine (3) are respectively hung on every crosspiece which is arranged at intervals and is provided by the hangers (22).

6. Multifunction theatre according to claim 1, characterized in that a window (23) facing the movie screen (8) is opened on the wall of the control room (20), on which window (23) an openable and closable shutter door (24) is provided.

7. The multifunctional cinema according to claim 4, characterized in that a master control server is further arranged in the control room (20), and a control system of the master control server comprises an audio processor, a movie showing server, a general program playing server, a virtual host system, a 4D dynamic seat control system, a special effect control system, a stage lighting (2) control system and a lighting control system.

8. The multifunctional theater as claimed in claim 7, wherein the special effects control system can be used to control the cigarette maker (10), the strobe light (7), the bubble maker (6), the blower (5), the fog generator (4) and the snowflake maker (3) for simulating a real environment.