High-altitude glass suspension bridge floor transparent property switching system based on terminal

Abstract

A high-altitude glass suspension bridge floor transparent property switching system based on a terminal comprises a bridge floor plate and the mobile terminal, wherein the bridge floor plate is formed by laying a plurality of pieces of full-transparent glass, and the mobile terminal is carried by a user. A full-transparent containing layer is arranged at the lower end of each piece of glass. Each containing layer is provided with an electronic assembly and an automatic telescopic cover. Each electronic assembly comprises a wireless transceiver, a short-path signal detection module, a processor and a driving motor, wherein the wireless transceiver is connected with the short-path signal detection module, the processor is connected with the wireless transceiver, the short-path signal detection module and the driving motor, and the driving motor is connected with the corresponding automatic telescopic cover. By the adoption of the system, the bridge floor glass where the user is located can be controlled to be subjected to transparent property switching according to the user requirements.

Description

technical field [0001] The invention relates to the technical field of high-altitude glass suspension bridges, in particular to a terminal-based high-altitude glass suspension bridge deck transparency attribute switching system. Background technique [0002] In order to increase the thrilling experience of tourists, high-altitude glass suspension bridges are currently installed in some domestic tourist attractions. The bridge deck is designed with fully transparent glass, making tourists walk on the bridge deck like walking in the clouds, which is thrilling and exciting. However, in practical applications, some tourists with poor psychological endurance are frightened and dare not move when walking on the transparent bridge deck. Therefore, when the existing high-altitude glass suspension bridge is designed, it lacks a short-term technical means that can control the glass under its feet to switch between transparent and non-transparent for tourists with poor psychological en...

AI Technical Summary

Problems solved by technology

However, in practical applications, some tourists with poor psychological endurance are frightened and dare not move when walking on the transparent bridge deck.

Therefore, when the existing high-altitude glass suspension bridge is designed, it lacks a short-term technical means that can control the glass under its feet to switch between transparent and non-transparent for tourists with poor psychological endurance.

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