Holographic imaging sand table system

Abstract

The invention discloses a holographic imaging sand table system. The holographic imaging sand table system comprises multiple stereoscopic models, a projector, a main control computer, a plane imaging device, a multidimensional imaging device and a touch interaction system, wherein the multiple stereoscopic models are distributed on a sand table, the plane imaging device is distributed under the projector, the multidimensional imaging device is used for converting a plane image formed by the plane imaging device into a multidimensional stereoscopic virtual image, projecting the multidimensional stereoscopic virtual image on the multiple stereoscopic models distributed on the sand table, and forming a display effect combining the virtual image with an actual image, the touch interaction system is connected with the main control computer, and the multidimensional imaging device is a multi-pyramid-shaped imaging device which is used for carrying out stereoscopic dynamic imaging at the inside middle part and is formed by splicing multiple light reflecting mediums in isosceles triangular shapes. The holographic imaging sand table system disclosed by the invention is reasonable in design, low in cost, simple and convenient in operation, flexible in control mode, high in intelligentized degree and wide in application scope, and can solve the practical problems that the traditional sand table is long in manufacturing period, is time-consuming, material-consuming and labor-consuming, and does not have a timeline function of changing architecture landform and a function of dynamically showing a distribution boosting process.

Description

technical field [0001] The invention relates to a sand table, in particular to a holographic image sand table system. Background technique [0002] Sand table models in history started from ancient military deployment. In order to simulate real land, rivers, mountains, buildings, roads, etc., sand table models have always been simulated and developed through realistic pure physical three-dimensional models. With the advancement of industry and technology, traditional soil, sand and gravel materials have gradually evolved into plastics, plexiglass, special paper, composite materials, etc. Including some circuit lights etc. Nowadays, although the sand table model has made great progress and is gradually developing toward refinement, the above-mentioned sand table simulated by the real physical model still has many defects, such as high cost, long production cycle, time-consuming, consumable, and labor-intensive. It has the timeline function of architectural landform changes,...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a holographic image sand table system with reasonable design, convenient wiring, low cost, easy to use and operate, flexible control mode, high degree of intelligence and wide application range in view of the above-mentioned deficiencies in the prior art It can effectively solve the practical problems of the existing sand table, such as long production cycle, time-consuming, material-consuming and labor-intensive, no timeline function of architectural landform changes, and dynamic display of layout promotion process functions.

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