Network communication platform-based Yellow River dam bank monitoring and alarm system

Abstract

The invention discloses a network communication platform-based Yellow River dam bank monitoring and alarm system. The system comprises a monitoring terminal, a monitoring center, a case comparison analysis database, an online evaluation module and an alarm signal receiving terminal. According to the system, a plurality of modules such as monitoring, danger check and danger report modules are organically combined together; a highly-visualized interface is provided, so that data can be read and understood easily; the dangerous conditions of the Yellow River can be mastered comprehensively; and the case analysis database and the online automatic or manual evaluation module are adopted, emergency handling sites and engineering conditions can be analyzed timely, and therefore, strong information support can be provided for scientific, timely and accurate decision-making in the leadership of flood control and emergency handling.

Description

Technical field [0001] The invention relates to a Yellow River dam bank monitoring and alarming system based on a network communication platform, belonging to the field of river dam bank monitoring and detection. . Background technique [0002] At present, due to the particularity of the Yellow River's water flow, the Yellow River control and guidance projects are mostly segmented and higher than the surrounding terrain, so the requirements for risk investigation and resistance are very high. At present, the main way to inspect the banks of the Yellow River is still manual inspection, which has the following problems: [0003] 1. The risk factor of human dyke inspection is high, the work intensity is high, the professionalism is strong, the frequency of risk investigation is low, and the probability of underreporting is high. [0004] 2. The location of the Yellow River dam bank is remote and the environment is harsh. The mobile equipment collects dangerous images with slow transmi...

AI Technical Summary

Problems solved by technology

[0003] 1. Human inspection of embankments has a high risk factor, high work intensity, strong professionalism, low frequency of inspections, and high probability of missed reports, etc.

[0004] 2. The location of the Yellow River dam bank is remote and the environment is harsh. The transmission rate of dangerous images collected by mobile devices is slow, the picture quality is poor, the transmission cost is high, and full coverage cannot be achieved.

[0005] 3. The real-time performance of the dangerous information transmission method is not strong, and the degree of integration and compatibility with other systems is not strong, so it is difficult to show the overall situation and affect emergency decision-making

However, artificial embankment patrols will inevitably lead to misjudgment. During the flood control season, once a flood situation occurs, knowing the flood situation one second earlier will save huge losses and even prevent the occurrence of disasters.

[0007] 5. The command center is generally located at the scene of an emergency, and the location is remote. When directing flood control and rescue work, signal interruptions are prone to occur, communication with the superior command center is not smooth, and manpower and material resources cannot be mobilized in time, which affects the effect of flood control and rescue.

[0008] 6. For some dangerous areas or complex and special dangerous situations, the on-site staff cannot accurately judge, and the monitoring center cannot observe the on-site situation in real time, and organize experts to analyze and deal with it in time, which is easy to delay the opportunity and cause greater hidden dangers

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