Double-layer secondary phantom imaging structure

Abstract

The invention relates to a double-layer secondary phantom imaging structure. The double-layer secondary phantom imaging structure mainly comprises a ceiling, a connection rod, a projector, a yarn curtain, a fixing board, a half reflection half transparency mirror, a reflection virtual image, a live-action model, a bottom portion groove, a display screen, a computer, a host computer and the sound box equipment, wherein the projector is fixedly mounted on the ceiling through the connection rod, the yarn curtain and the half reflection half transparency mirror are fixedly mounted through the fixing board, the half reflection half transparency mirror is obliquely arranged at the yarn curtain at an angle of 45 DEG, and the display screen is arranged below the half reflection half transparency mirror. The imaging structure is advantaged in that the imaging structure has a simple structure, is reasonable in design, is convenient to debug and control, realizes large images and low cost, can form the double-layer imaging vision effect and improves the vision effect.

Description

technical field [0001] The invention belongs to the field of imaging technology, and in particular relates to a double-layer phantom imaging structure. Background technique [0002] At present, there are mainly interactive two-level phantom imaging structures and octahedral two-level phantom imaging structures on the market, but the existing two-level phantom imaging structures at home and abroad generally have the following shortcomings: the task image is not large, and the character picture is blurred , the image is a single layer, no sense of space, poor visual effect, etc. For phantom imaging, many of them are used for display or stage performances. In addition to the shortcomings of phantom imaging itself, in stage performances, the existing double-layer phantom imaging structure has great differences in installation, debugging, and manipulation. It is convenient and the imaging effect is not very realistic, which is a big flaw for stage performances. Therefore, there ...

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Problems solved by technology

[0002] At present, there are mainly interactive two-level phantom imaging structures and octahedral two-level phantom imaging structures on the market, but the existing two-level phantom imaging structures at home and abroad generally have the following shortcomings: the task image is not large, and the character picture is blurred , the image is a single layer, no sense of space, poor visual effect, etc.

For phantom imaging, many of them are used for display or stage performances. In addition to the shortcomings of phantom imaging itself, in stage performances, the existing double-layer phantom imaging structure has great differences in installation, debugging, and manipulation. It is convenient, and the imaging effect is not very realistic, which is a big flaw for stage performances. Therefore, there is an urgent need for a new type of double-layer phantom imaging structure to meet the needs of use.

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