Fault display method and fault display system of bridge monitoring system

Abstract

The invention relates to a fault display method and a fault display system of a bridge monitoring system. According to the fault display method, faults of common sensors of a bridge are represented through different colors and different flickering modes of the LED lamp beads, wherein different colors of the LED lamp beads represent that sensors with different priorities fail; each flickering moderepresents that one specific sensor breaks down. Meanwhile, the invention provides a display system based on the fault display method, the display system only needs to be provided with one main control board and one LED lamp bead, so the whole system is extremely simple in structure, low in cost and good in reliability.

Description

technical field [0001] The invention relates to the technical field of bridges, in particular to a fault display method and a fault display system of a bridge monitoring system. Background technique [0002] In the prior art, in order to ensure the smooth operation of all aspects of the bridge, various types of sensors are usually installed on the bridge, and various types of sensors are wirelessly connected to the monitoring system, such as load sensors and pressure sensors. Although a variety of sensors are installed on the existing bridges to accurately grasp the overall state of the bridge, because the bridge sensors are all installed on the bridge body, and some are even exposed, this leads to a low service life of the sensors and is prone to failure , in the prior art, the computer in the central control room sends out a fault signal, and then checks it out. However, on some bridges that have been built for a long time, it is necessary to install a variety of sensors l...

AI Technical Summary

Problems solved by technology

Although a variety of sensors are installed on the existing bridges to accurately grasp the overall state of the bridge, because the bridge sensors are all installed on the bridge body, and some are even exposed, this leads to a low service life of the sensors and is prone to failure , in the prior art, the computer in the central control room sends out a fault signal, and then checks it out. However, on some bridges that have been built for a long time, it is necessary to install a variety of sensors later, and to set up the central control room independently. Relevant monitoring computer, this is a relatively large renovation investment for bridges that have been built for a long time, and it is also necessary to hire special staff in the monitoring room, which virtually increases the operating cost of the bridge

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