Intelligent rainwater system based on runoff simulation and multi-sensor monitoring, and operation method

Abstract

The invention discloses an intelligent rainwater system based on runoff simulation and multi-sensor monitoring, and an operation method. The system comprises a runoff simulation and control host basedon a GIS, a meteorological forecast and runoff satellite monitoring server, a distributed small meteorological station, a vertical surface rain condition monitor, a movable rainfall radar, an infrared video monitor, an evaporation measuring instrument, a rainwater pipe network flow monitor, a water quality online monitor, an air quality monitor, a radar rainfall monitor, an infiltration area saturation monitor, an accumulation area water level monitor, a shallow-layer underground water level monitor, a surface runoff monitor, a waterproof unmanned aerial vehicle with a speed measuring buoy, an optical fiber temperature sensing system, an optical fiber pressure sensing system, a communication module, an intelligent controller, a rainwater utilization facility water supply point, a high-position rainwater hydroelectric generation module, a submersible conveying pump, a pressurization infiltration device and the like. According to various parameters, the rainfall flood disasters are subjected to scientific early warning and warning, and measures are adopted, so that the disaster risk of rainfall flood disasters to a building area or a building can be reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technical solution describes a new type of rainwater or evaporation monitoring system called OpticaRay® RainHawth Index System (ORFS)). These systems utilizing lightweight material made from glass fibers embedded within porcelain tiles provide accurate measurements over longer periods without requiring frequent maintenance. They operate at low temperatures while still providing reliable readings even if they get stuck due to ice formation. Overall these technologies improve the efficiency and reliance of rainwalls' hydraulic fracture monitoring stations.

Problems solved by technology

Technological Problem addressed in this patents relates to improving the performance and reliability of storm prediction models applied across multiple industries like civil engineering, environmental science research projects, government agency planning decisions, emergency response efforts, and infrastructure improvement activities. Current solutions involve expensive hardware devices installed throughout cities but may not always work well under specific scenarios. There is a technical problem being solved by introducing novel ways into the Sponduminosis community's space monitoring station to enhance their ability to predict future events without relying heavily upon human labor.

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