Digital interactive landscape system

Abstract

The invention relates to a digital interactive landscape system which comprises a substrate, a display screen, a top cover, a projection module, an action detection module, an image acquiring module,a voice initiative detection module and a control module. The image acquiring module acquires object original images of an object in various visual angles. The action detection module detects enteringand watching distances and the watching visual angle of a watcher. The voice initiative detection module captures voices around the landscape system and identifies voices relative to a landscape. Thecontrol module receives and stores the object original images, generates an object front projection image according to entering of the watcher, determines the watching visual angle change according to the watching distances and visual angles and generates an object projection image corresponding to the visual angle change. The projection module comprises a projector and an optical assembly. The display screen is successively provided with a wear-resistant layer, a first FTO glass layer, a WO3 / Ag film layer, a TiO2 / ruthenium dye layer, an electrolyte layer, a Pt layer, a second FTO glass layer, an optical barrier layer and an optical diffusing layer from outside to inside.

Description

technical field [0001] This application relates to the field of multimedia, and more specifically relates to a digital interactive landscape system. Background technique [0002] In the landscape design of existing gardens, temples and other scenic spots, physical objects are usually arranged. Therefore, when the design needs to be changed, the arrangement needs to be replaced or moved, which will bring huge waste and cost. In recent years, some people have begun to use holographic imaging technology for landscape layout. However, it is difficult to achieve realistic display effects without the assistance of wearable devices, and the visual depth effect is poor and long-term viewing. It is easy to produce a sense of dizziness; and adopting a stereoscopic display scheme based on a curved screen (such as CN201510562908.6), although it can provide a 360-degree look around, there are still poor performance of depth information in the stereoscopic picture, insufficient stereosco...

AI Technical Summary

Problems solved by technology

Therefore, when the design needs to be changed, it is necessary to replace or move the location of the arrangement, which will bring huge waste and cost

In recent years, some people have begun to use holographic imaging technology for landscape layout. However, it is difficult to achieve realistic display effects without the assistance of wearable devices, and the visual depth effect is poor and long-term viewing. It is easy to produce a sense of dizziness; and adopting a stereoscopic display scheme based on a curved screen (such as CN201510562908.6), although it can provide a 360-degree look around, there are still poor performance of depth information in the stereoscopic picture, insufficient stereoscopic effect, and poor interactivity. question

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