Side screen splicing deductive system

Abstract

A side screen splicing deductive system comprises an LED screen, a plurality of side screens, a splicing controller, a splicing distributor, a PC server, a core switch and an audio device; two rows ofside screens are symmetrically installed on both sides of the LED screen. The side screens are controlled by a splicing controller, a splicing distributor, and a PC server to play the same theme andcontent corresponding to the multimedia content. A plurality of PC servers are controlled by the same core exchange. A plurality of side screens are inverted at a certain angle under the control of aninverting driving device. Through the interaction between the LED panel and the rotatable side panel, the traditional plane deductive space is transformed into three-dimensional or thinking display space, which enables the audience to experience the reality and novelty experience, greatly improves the enthusiasm of the audience to visit, enables the audience to appreciate the rapid development ofmodern science and technology while deepening the audience's impression of the deductive picture, and greatly improves the deductive propaganda effect.

Description

technical field [0001] The invention relates to the technical field of exhibition hall systems, in particular to a side screen splicing and interpretation system. Background technique [0002] The traditional deduction system usually uses a single LED screen or multiple splicing screens to deduce multimedia images through the spliced ​​large-screen display for customers to watch or manufacturers to promote. However, the deduction space and deduction content of this single deduction method are inevitably single. The impact and attractiveness are not enough, and the expected interpretation effect cannot be achieved. Even relevant technical personnel have to work hard on the quality resolution and the spatial shape of the splicing screen itself in order to improve the realism of the display screen in the display screen. However, due to the limitations of the existing splicing technology, even if it costs a lot, the ideal effect cannot be achieved. , leading to the failure of t...

AI Technical Summary

Problems solved by technology

[0002] The traditional deduction system usually uses a single LED screen or multiple splicing screens to deduce multimedia images through the spliced ​​large-screen display for customers to watch or manufacturers to promote. However, the deduction space and deduction content of this single deduction method are inevitably single. Insufficient impact and attractiveness, unable to achieve the desired interpretation effect

Even relevant technical personnel have to work hard on the quality resolution and the spatial shape of the splicing screen itself in order to improve the realism of the display screen in the display screen. However, due to the limitations of the existing splicing technology, even if it costs a lot, the ideal effect cannot be achieved. , leading to the failure of the existing deduction system to attract the audience enough and poor publicity effect

Images