Immersive extension stage system based on aerial imaging

An aerial imaging and immersive technology, applied to stage installations, installations for theaters, circuses, etc., entertainment, etc., can solve the problems of large stage space, lighting cannot be displayed, and imaging space is small, so as to reduce site restrictions, Improve the viewing experience and the effect of strong immersion

Active Publication Date: 2019-08-20
青岛博海数字创意研究院
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AI Technical Summary

Problems solved by technology

[0004] The above-mentioned existing technical solutions have the following defects: when realizing three-dimensional imaging, since more materials and components are required for three-dimensional imaging, a relatively large stage space is required, and the remaining space for imaging on the stage is small. A relatively dim light is required to present a better three-dimensional image, making it impossible to display a relatively bright light

Method used

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  • Immersive extension stage system based on aerial imaging
  • Immersive extension stage system based on aerial imaging
  • Immersive extension stage system based on aerial imaging

Examples

Experimental program
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Effect test

Embodiment 1

[0058] Embodiment 1: An immersive extended stage system based on aerial imaging, such as figure 1 with figure 2 As shown, it includes a projection array 1 set in the stage for projecting images, a scattering component 2 for diffusing images in multiple directions, a plurality of intelligent light emitters 4 capable of flying and creating images, and a plurality of The signal transmitting terminal 651 for instruction signals and the control terminal 3 for controlling the projection array 1 and the intelligent light emitter 4 . The immersive extended stage system is set up indoors. The projection array 1 includes a plurality of projectors 11 arranged in an array, and the projectors 11 project projections to the scattering assembly 2 . The scattering component 2 includes a directional scattering screen 21, and the directional scattering screen 21 includes a horizontal scattering screen 211 and a vertical scattering screen 212, and the horizontal scattering screen 211 and the v...

Embodiment 2

[0067] Embodiment 2: An immersive extended stage system based on aerial imaging, such as Figure 5As shown, the difference from Embodiment 1 is that the scattering component 2 includes a rod lens array 22, and the rod lens array 22 includes a plurality of rod lenses 221 arranged in an array. The projections projected by the projection array 1 are scattered in multiple directions by the cylindrical lenses 221 arranged in multiple arrays, presenting a virtual three-dimensional image. The cylindrical lenses 221 have the advantage that the brightness will not be affected, and the brightness of the picture can be well guaranteed.

Embodiment 3

[0068] Embodiment 3: An immersive extended stage system based on aerial imaging. The difference from Embodiment 1 is that the immersive extended stage system is set up outdoors. After receiving the route information, the positioning module 72 obtains the three-dimensional coordinate map in the route information. The positioning module 72 uses GPS positioning to determine the position information of the intelligent light emitter 4 in the three-dimensional coordinate map, and the positioning module 72 transmits the position information to the light emitter control module 71 .

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Abstract

The invention discloses an immersive extension stage system based on aerial imaging, and belongs to the technical field of three-dimensional imaging technologies. The immersive extension stage systemcomprises a projection array arranged in a stage and used for projecting images, a scattering assembly used for diffusing the images in multiple directions, a plurality of intelligent light-emitting devices capable of flying and creating images, and a control terminal; the control terminal is connected with a control system; the projection array is connected with a projection management system; all the intelligent light-emitting devices are connected with a light-emitting device management system, and the control system comprises an information input module, a route planning module, a storagemodule, a projection sending module and a light-emitting device sending module; the projection management system comprises a projection receiving module and a projection control module; and the light-emitting device management system comprises a light-emitting device receiving module, a positioning module and a light-emitting device control module. The immersive extension stage system has the effects that the virtual images and the physical stereoscopic images are simultaneously generated to form the virtuality and reality combined visionary sense, and influences by the space and lamp light are small.

Description

technical field [0001] The present invention relates to the technical field of three-dimensional imaging technology, in particular to an immersive extended stage system based on aerial imaging. Background technique [0002] At present, because virtual reality technology can reproduce the real environment, and people can intervene and participate in the interaction, the virtual reality system can be widely used in many aspects. With the deep integration and mutual promotion of various technologies, the application of virtual reality technology in education, military, industry, art and entertainment, medical treatment, urban simulation, scientific computing visualization and other fields has greatly developed. Especially in the field of art and entertainment, the development is particularly rapid. Because virtual reality technology has strong interactivity, immersion and imagination, it can make the viewer have a strong sense of participation on the spot, and can better appre...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A63J5/02
CPCA63J5/021
Inventor 肖永亮郭永玲
Owner 青岛博海数字创意研究院
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