TW202320541A - Immersive led display theater system - Google Patents

Abstract

An immersive LED display theater system includes a theater device, a multimedia audiovisual device, and a central control device. The theater device has a projection room where audiences can stand, a plurality of walls enclosing the projection room, and a LED display screen disposed on the walls and facing the projection room. Thus, the central control device can project an edited audiovisual information to the LED display screen and play a sound information through a speaker of the multimedia audiovisual device to the projection room to thereby build a surround 3D display with visual, sound and light arts. The audiences can immerse in the situation presented by the immersive LED display theater system in images, sound or other stimuli as they actually go through it. If necessary, the immersive LED display theater system can be disposed on a mobile carrier so as to move the immersive LED display theater system according to needs. Hence, the immersive LED display theater system will not be limited to the location to thereby increase the mobility and the usage frequency.

Description

Immersive LED Display Theater System

The present invention relates to a theater system design, in particular to an immersive LED display theater system.

With the rapid development of society and changes in social patterns, modern people's lives are more busy and tense. In order to effectively relieve the pressure in life, we will use different leisure and entertainment to relieve the pressure in our spare time. , and watching movies in a movie theater is one of the ways to relieve stress and relax, and the current movie theaters are set up in a specific lively area as an independent building, or connected with a large shopping mall to present a kind of The large-scale indoor projection effect can meet the entertainment needs. However, for fixed theaters, the business hours are not only specific, but also the movies that are played at the same time are also specific. Therefore, it is impossible to meet the needs of the public every time. Passively waiting for the public to enter the venue to watch, this will limit the number of people entering the venue, and for films with special screening effects and high copyright fees, if the number of people entering the venue is not high, there will be waste of space and increase the number of theaters The operating cost and purchase cost cannot be recovered. In addition, when playing a film with special projection effects, if the viewer cannot experience the immersive reality during the playback process, it will lead to a loss of viewing experience. Decline, there is room for improvement.

Therefore, the purpose of the present invention is to provide an immersive LED display theater system, which forms a covered LED display wall for video and audio playback in the projection space, so as to facilitate the audience to immerse themselves in the shocking audio and video during the viewing process. Reality.

Therefore, the immersive LED display theater system of the present invention includes a theater device, a multimedia audio-visual device, and a central control device; wherein, the theater device is composed of a base, a plurality of combined walls and a top wall, and is composed of the base, The plurality of combination walls and the top wall encircle a projection space, so that the base can not only be used by multiple people to stand, but also a LED display surface for developing is formed on the side of the combination walls opposite to the projection space, and the LED The display surfaces can be connected to form an LED wall configuration. In addition, the multimedia audio-visual equipment has a plurality of speakers and lighting components that are spaced apart in the projection space. As for the central control device, it has a LED display surface, An audio-visual player connected to the speaker, a lighting controller connected to the lighting components, and a console connected to the audio-visual player and the lighting controller respectively to control the action, and the console can control the selection of the audio-visual player A piece of audio-visual information is divided and processed into partial images of multiple blocks, and these partial images are distributed to the LED display surfaces for projection under control; therefore, the theater equipment can be combined to present a multiple The projection space where the audience stands, and then the console divides and processes the audio-visual information to be played in the projection space into multi-block partial images, and then controls and distributes them to the LED display surfaces for projection. The images projected by the LED display surfaces are connected to form the appearance of the audio-visual information, and the visual sound and light effects of projecting 3D images are displayed on the LED display surfaces due to the difference in plot content. An enveloping visual, sound and light display effect is formed in the projection space, and the audience can be directly surrounded by the 3D images presented by the audio-visual information, and at the same time cooperate with the sound transmission of the speakers In the process of watching a movie, Billy has the ability to immerse himself in the shocking real-world sensory experience of audio and video, which effectively improves the movie-watching experience.

The aforementioned and other technical contents, features and effects of the present invention will be clearly understood in the following detailed description of preferred embodiments with reference to the drawings.

Referring to Fig. 1 and Fig. 2, a preferred embodiment of the immersive LED display theater system 3 of the present invention (represented in a simplified diagram among the figures) includes a theater device 31, a multimedia device 32, and a central control device 33; wherein , the theater equipment 31 has a base 311, a plurality of composite walls 312 surrounding the base 311, a top wall 313 (shown by a phantom line in the figure) that covers the composite wall 312, and a 311. The projection space 314 surrounded by the combination walls 312 and the top wall 313, and the side of the front combination walls 312 opposite to the projection space 314 forms an LED display surface 312a for developing, and the LED display surfaces It can be connected to form an LED wall surface, and the base 311 can be used for a plurality of audiences to stand on. At the same time, one of the combination walls 312 has an entrance and exit 315 connected with the projection space 314, and a When the door body 316 at the entrance and exit 315 is properly operated at the entrance and exit 315 and the door 316 is closed at the entrance and exit 315, the projection space 314 can be formed in a closed form that cannot be communicated with the outside. When the door 316 is opened at the entrance and exit 315 , the projection space 314 can communicate with the outside through the door 315 being opened.

Continuing from the foregoing, the multimedia audio-visual equipment 32 has a plurality of speakers 321 and a plurality of lighting elements 322; Intervals are arranged in the projection space 314, so that after the sound effects emitted by the speakers 321 are connected in series in the projection space 314, the projection space 314 will form a surround sound field, and the lighting elements 322 can be suitably The projection space 314 is turned on and off to display the brightness of the lights.

Continuing above, the central control device 33 has an audio-visual player 331 connected to the LED display surfaces 312a and speakers 321, a lighting controller 332 connected to the light elements 322, and a video player respectively connected to the audio-visual player. 331. The lighting controller 332 is connected to and controls the linked console 333, wherein the audio-visual player 331 has a mode setting for dividing and processing the video of the audio-visual information into multi-block partial images, so that the audio-visual player 331 can be controlled by the The control of the station 333 is to perform segmentation processing for a selected audio-visual information, so that the images and color layers in the audio-visual information form a multi-block partial image after being segmented, just like an image signal and an image signal with multiple independent layers of images of different colors. sound effect signal, and make the audio-visual player 331, under the control, distribute the signal and sound effect signal of these partial images to the LED display surfaces 312a and the speakers 321 for image projection and sound transmission. In addition, the lighting control The controller 332 has various control modes for lighting display, such as emergency lighting mode, or different display modes for matching with the playing scene of audio-visual information, etc., and the operation mode of the lighting controller 332 can be controlled by the console 333 , or set up the manual control interface, etc. to switch in response to different control requirements. As for, the console 333 can separately control the audio-visual player 331 and the lighting controller 332 to execute various input control commands. A time synchronization module 333a is added on the console 333, through which the time synchronization module 333a can be used for inputting the settings of control command signals for various synchronization time actions, so that the audio-visual player 331 and the lighting controller 332 can be controlled at the same time. Under the control of the platform 333, various control commands are executed according to the set synchronization time.

Referring to Fig. 1 and Fig. 2, firstly, the theater equipment 31 is assembled and erected in a designated open space. The audience's viewing atmosphere is affected, so a plurality of positioning point marks (not shown in the figure) for positioning and standing can be planned on the base 311 at intervals, and the speakers 321 and lighting elements 322 are arranged at intervals. Fractional settings are placed around the projection space, and the light projection direction, on and off, and luminous color of the lighting elements 322 can be adjusted and set according to different projection scenarios, and then the central control device 33 and the LED display surfaces 312a, speakers 321 and lighting elements 322 are connected for control, so the theater equipment 31 can be presented for use without spending too much time in the assembly process from scratch.

Continuing from the above, each audience who wants to enter the projection space 314 will enter the projection space 314 sequentially from the entrance and exit 315 when the door 316 is opened at the entrance and exit 315 Of course, at the entrance and exit 315, staff can be assigned to receive tickets for the audience who want to enter, so as to properly control the number of people entering the venue, so as not to affect the viewing effect, and when all audiences enter the theater Afterwards, after standing at the anchor point of the desired viewing position, the staff at the entrance and exit 315 can operate the door 316 to be closed, so that the projection space 314 cannot communicate with the outside. , and through the control operation of the console 33, the light elements 322 are first linked to switch from bright to extinguished, so that the projection space 314 presents a dim effect, and only the escape lights (not shown) remain. display, and then the console 333 first controls the audio-visual player 331 to select an audio-visual information for image segmentation processing, so that the image in the audio-visual information will form an independent layer image signal of a multi-block partial image after the segmentation processing and sound effect signals, and the setting of various synchronous control command signals can be input by the time synchronization module 333a, so that the audio-visual player 331, under the control of the console 33, will divide the video signals and sound effects The signal is distributed to the LED display surfaces 312a and the speakers 321, so that each LED display surface 312a can directly perform projection and development after synchronizing the image signals with independent layers received respectively. The colors are different, so after the video signals are combined on the LED display surfaces 312a, a stereoscopic image with a 3D image effect is presented on the LED display surfaces 312a and displayed in front of every audience. Surroundings, the 3D stereoscopic visual image forms a form that can be touched by hand, so that the audience can be directly surrounded by the presentation image of the audio-visual information, and then form an enveloping visual sound in the projection space 314 The display effect of light can make every viewer immersed in the enveloping visual angle presented by the projection area 314 as if they are on the scene. The sound transmission of the speaker 321 will form a surround sound field effect on the auditory sense at this time, and then in response to the needs of the show, the proper control of the light elements 322 can instantly switch the matching of characteristics such as on and off and light color, so that the The moviegoers are immersed in the shocking sense of reality of the audio and video during the viewing process, which adds to the powerful reality of the audio and video projection, so that they can not only satisfy the playback of movies with special projection effects, but also immerse themselves in the experience of these LED displays. The LED display walls are connected in series to form an LED display wall for the presentation of 3D image effects with stereoscopic visual images created by image projection.

Referring to Fig. 3 and Fig. 4, the second preferred embodiment of the present invention still includes the components described in the previous embodiment; in this embodiment, in order to allow viewers to experience different functions during the show Feeling, the multimedia audio-visual equipment 32 also includes a special effect device 323 located in the projection space 314, and the special effect device 323 (shown by the dotted line in the figure) is designed to generate wind, smell and spray to match the audio-visual information According to the special needs of different plots, the installation settings of different special effects can be selected. At the same time, the installation location can be set in front of the LED display surfaces 312a, or at intervals around the projection space 314, so as to choose different methods to meet different projection requirements. At the same time, the special effect device 323 is controlled by the console 333, so that the console 333 synchronously links the special effect device 323 to generate actions during the video and audio projection process, so that the combination of the special effect device 323 can not only be presented In addition to the stereoscopic viewing experience of 3D image effects, the special effect device 323 can be used in the projection space 314 to have different display effects such as simulated wind, smell and spray, so that the audio-visual information can be presented during the projection process. The sensory experience with 4D effect can not only immerse the moviegoers in a rich and varied viewing atmosphere with multiple levels, but also enhance the excitement and tension of the moviegoers immersed in the scene, effectively improve the viewing efficiency, and Improve entertainment.

Referring to Fig. 5, the third preferred embodiment of the present invention still includes the same element structure and element connection relationship as those of the previous first to second embodiments. In particular, this embodiment is to make the immersive LED display theater System 3 is more widely used and is not limited by the venue. Therefore, the immersive LED display theater system 3 can be added to a mobile carrier 4 (shown in a simplified diagram in the figure), through which the mobile carrier 4 can be arbitrarily The characteristics of movement enable the immersive LED display theater system 3 to move with the mobile vehicle 4 according to the needs of different regions, and can be assembled and used immediately after arriving at the location. Not only can the use efficiency of the immersive LED display theater system 3 be improved and the number of viewers increased, but also the recovery rate of audio-visual information procurement costs can be increased and operating costs can be effectively saved.

To sum up the foregoing, the immersive theater system of the present invention can quickly present a theater that can accommodate multiple standing audiences through the design of the theater equipment that can be assembled with a base, a plurality of combined walls and a ceiling place, and set up the walls of the LED display surface that can be developed in series through one side of the combination wall opposite to the projection space, so that after the central control equipment processes an audio-visual information through the technology of the split mode, it is distributed to These LED display surfaces are used for image projection, and these speakers are used for serial transmission of sound, so that the audience can be immersed in the 3D image presented by the audio-visual information during the viewing process, making the projection space A wrap-around visual, sound and light display effect is formed inside, which effectively satisfies the shocking sense of reality of the 3D stereoscopic visual audio and video. At the same time, the immersive LED display theater system can be added in time according to the convenience of use. Moving on a mobile vehicle can achieve the mobility of changing venues at any time without being affected by venue restrictions, effectively improving the utilization rate of the theater equipment.

But the above is only to illustrate the preferred embodiments of the present invention, and should not limit the scope of the present invention, that is, all the simple equivalent changes and modifications made according to the patent scope of the present invention and the content of the description of the invention , should still fall within the scope covered by the patent of the present invention.

(this invention) 3: Immersive LED display theater system 31: Theater equipment 32:Multimedia audio-visual equipment 33: Central control equipment 311: base 312: combination wall 313: top wall 314: Screening space 315: import and export 316: door body 312a: LED display surface 321: Horn 322: Lighting components 323: special effect device 331:Video player 332:Light controller 333: console 333a: Time Synchronization Module 4:Mobile vehicle

Fig. 1 is a schematic diagram of the first preferred embodiment of the present invention. Fig. 2 is a schematic diagram of the control flow of the first preferred embodiment. Fig. 3 is a schematic diagram of a second preferred embodiment of the present invention. Fig. 4 is a schematic diagram of the control flow of the second preferred embodiment. Fig. 5 is a schematic diagram of a third preferred embodiment of the present invention.

3: Immersive LED display theater system

31: Theater equipment

32:Multimedia audio-visual equipment

33: Central control equipment

311: base

312: combination wall

313: top wall

314: Screening space

315: import and export

316: door body

312a: LED display surface

321: Horn

322: Lighting components

Claims (4)

An immersive LED display theater system, which includes: A theater equipment having a base, a plurality of combined walls surrounding the base, a top wall covering the combined walls, and a wall surrounded by the base, the combined walls and the top wall projection space, and an entrance and exit connected to the projection space is provided on one of the above-mentioned combination walls, and at the same time, an LED display surface for development is formed on the side of the combination walls opposite to the projection space, and the LED display surfaces can be Connected in series to form an LED wall shape setting, and the base can be used for multiple theatergoers to stand on; A multimedia audio-visual equipment, which has a plurality of speakers and a plurality of lighting elements, wherein the speakers and the lighting elements are spaced apart in the projection space, so that the projection space forms a surround sound field, and the lighting elements Then, the light and shade of the projection space can be opened and closed; and A central control device, which has an audio-visual player connected to the LED display surface and the speaker, a lighting controller connected to the lighting elements, and a control device connected to the audio-visual player and the lighting controller respectively. A console, wherein the audio-visual player can play an audio-visual information, and the audio-visual player is controlled by the console to divide and process the audio-visual information into multi-block partial images, and the partial images are displayed on the control panel. Under the control of the station, it is distributed to the LED display surfaces for projection, so that the projected images on the combined walls are linked to form the 3D image display presented by the audio-visual information, so that the audience can be directly watched Surrounded by the presentation image of the audio-visual information, at the same time cooperate with the sound transmission of the speakers to immerse in the audio-visual information and sound. In addition, the light controller has a variety of light display modes, so as to be controlled by the console The light elements are linked to act. According to the immersive LED display theater system described in claim 1, a special effect device connected to the console is added in the projection space, and the special effect device is driven by the console to generate wind in the projection space. , smell or spray, so that a match corresponding to the audio-visual information is formed in the projection space. According to the immersive LED display theater system described in claim 1, a door body is provided at the entrance and exit, so as to perform opening and closing actions at the entrance and exit. According to the immersive LED display theater system described in claim 1, the immersive LED display theater system can be mounted on a mobile carrier to exist in a mobile manner.

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