Channel holographic projection system for high-rise building

Abstract

The invention relates to a channel holographic projection system for a high-rise building. The peripheral surface of a building structure is fixedly provided with a continuous spiral projection channel from the bottom to the top. The interior of the projection channel is provided with a track, and the track is made of steel bars. The projection channel comprises a projection device disposed on thetrack, a signal processor, and a rotating imaging device. According to the invention, the peripheral surface of the building structure is fixedly provided with the continuous spiral projection channel from the bottom to the top. The interior of the projection channel is provided with the track, and the track is made of steel bars. The projection channel comprises the projection device disposed onthe track, the signal processor, and the rotating imaging device. The system provided by the invention can achieve the real-time broadcast of dynamics, news, advertisements and blockbusters, and getseffect instantly for a city where the building is located. Meanwhile, a holographic projection image of the internal projection channel brings more entertainment and better experience to the people.

Description

technical field [0001] The invention belongs to the field of construction, and in particular relates to a holographic projection system for high-rise building passages. Background technique [0002] With the advancement of science and technology, new forms of expression are pursued in activities such as product displays, exhibitions, and stage performances, and holographic imaging technology is becoming more and more sought after by people. The current omni-directional virtual imaging system projects images by installing a projector in the imaging box. After the imaging source is formed on the projection screen, it is mirror-reflected by a limited half-transparent mirror to form a suspended three-dimensional image. Such systems are currently widely used in the advertising industry. However, there are defects in the application of this holographic technology. First, the number of screens is limited, and the images formed at the junction of the limited half-mirrors can be obs...

AI Technical Summary

Problems solved by technology

However, there are defects in the application of this holographic technology. First, the number of screens is limited, and the images formed at the junction of the limited half-mirrors can be observed to have a clear sense of jumping, which greatly affects the holographic imaging effect; secondly , the display form is too single, and the displayed images or videos have been preset, which is not real-time; in addition, the current display device can only be applied to a specific display platform and is not universal

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