Precise control system for water conservancy construction process

Abstract

The invention belongs to the field of water conservancy construction, and particularly relates to a water conservancy construction process accurate control system, which comprises a meteorological monitoring module, and the meteorological monitoring module monitors meteorological conditions around a water beacon in real time, including meteorological factors such as air pressure, wind speed, temperature, humidity and the like, and performs analysis and early warning by integrating previous data. According to the precise control system for the water conservancy construction process, by arranging the nitrogen bin, when the weather is not severe convection weather, the vertical stabilizing mechanism and the lateral stabilizing mechanism are in a retracted and closed state, the nitrogen bin and the hollow pipe act together, the buoyancy of the beacon on the water surface supports the beacon to float, the air bag supports the beacon to float underwater, and the resultant force of the two acting forces is upward; the opening amplitude of the vertical stabilizing mechanism and the lateral stabilizing mechanism changes along with the change of the external environment, the beacon can accurately control the stability of equipment in different environments through two working states, and the problems that a traditional beacon is single in working state and poor in adaptability are solved.

Description

technical field [0001] The invention belongs to the field of water conservancy construction, in particular to a precise control system for water conservancy construction process. Background technique [0002] A water beacon is an information display device suspended on the water surface, which can directly present hydrological and meteorological information that is difficult to detect and express, and belongs to the category of water conservancy projects. [0003] For water conservancy construction, since the construction site is exposed and directly in contact with high-volume water bodies, it is very important to ensure the meteorological conditions during construction, and water beacons in deep water areas can give early warning and stop losses in time, but traditional When the water beacon is floating on the water surface, its ability to resist wind and strong convective weather is limited, its adaptability is poor, and it is very easy to tip over due to high-frequency a...

AI Technical Summary

Problems solved by technology

[0003] For water conservancy construction, since the construction site is exposed and directly in contact with high-volume water bodies, it is very important to ensure the meteorological conditions during construction, and water beacons in deep water areas can give early warning and stop losses in time, but traditional When the water beacon is floating on the water surface, the ability to resist wind and strong convective weather is limited, the adaptability is poor, and it is very easy to tip over due to high-frequency and high-swing swings

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