Dew formation inhibition type engineering flood prevention water level monitoring device

Abstract

The invention relates to the technical field of water conservancy equipment, in particular to a dew formation inhibition type engineering flood prevention water level monitoring device, which comprises a barrel, a sleeve, turbine fan blades, an elastic waterproof block, a floating block, a telemetering terminal and a water level indicator. The turbine fan blades are driven to rotate by the naturalflow of water, on the one hand, the energy of water flow impacting the sleeve is used as power, no additional functional component is needed, and secondly, the sleeve can resist the water flow impactand avoid an inaccurate water level indicator detection result and reduced operating life. The greatest progress of the invention lies in that air flow is utilized to promote the barrel and electrical apparatus elements to quickly eliminate the temperature difference with the external environment, accordingly, the dew formation phenomenon is inhibited, and the device has practical significance and promotional value, and good economic benefits can be expected to be generated.

Description

technical field [0001] The invention relates to the technical field of water conservancy equipment, in particular to a flood control water level monitoring device for anti-condensation engineering. Background technique [0002] The rainfall in the flood season will increase. In order to prevent floods from harming the environment, it is necessary to install water level monitoring devices in rivers, lakes and other water bodies to record changes in water levels in real time and provide real-time water regime information to relevant departments. Water level monitoring is a flood control engineering measure. Its important content directly serves for flood control and emergency rescue, rational utilization and protection of water resources, water conservancy project construction and operation management, and industrial and agricultural safety production services. [0003] The water level gauge is usually placed directly in the water body and is greatly affected by the impact of ...

AI Technical Summary

Problems solved by technology

[0003] The water level gauge is usually placed directly in the water body and is greatly affected by the impact of the water flow. The measurement data is unstable and the data error is large. If the water level gauge is constantly swaying under the impact of the water flow, it will be directly damaged if it collides with stones or embankments; In addition, due to the heavy water vapor near the water body, the water vapor is easy to infiltrate into the equipment. Due to the temperature difference between the inside and outside of the water level monitoring equipment, after the water vapor contacts the equipment, it is easy to condense under the influence of the temperature difference, causing a large amount of dew to condense in the water level monitoring equipment. In such a humid environment, the telemetry terminal is easily damaged, so that the upper computer that cooperates with the telemetry terminal cannot receive water level data in time, which seriously affects the progress of flood control and flood fighting. Therefore, if a new type of water level monitoring device is developed to solve the above problems It will be of positive significance to improve the working life of the equipment, improve the accuracy of data measurement, and ensure the normal progress of flood fighting work.

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