Integrated rainfall station

Abstract

The invention discloses an integrated rainfall station, which comprises a rain gauge. A plurality of flexible amorphous silicon units are uniformly distributed in the circumferential direction of theouter surface of the rain gauge, a rain receiving port is arranged at the top of the rain gauge, and the inside of the rain gauge is provided with a steel wire filter screen, a receiving funnel and atipping bucket type rain gauge from top to bottom. The tipping bucket type rain gauge includes a base and a water injection funnel. The bottom of the rain gauge is an open structure, and the peripheryof the base of the tipping bucket type rain gauge and the periphery of the inner side wall of the bottom of the rain gauge are fixedly connected, the upper surface of the base is provided with a waterproof control box, the lower surface of the base is provided with a communication interface and a switch, and the bottom of the rain gauge is fixedly provided with an antenna. The integrated rainfallstation is high in integration degree, simple in structure, convenient in installation and maintenance. The adopted flexible amorphous silicon units are uniformly fixed on the outer surface of the rain gauge by 360 degrees, ensuring the continuity of charging, and the vertical installation mode can effectively reduce the accumulation of dust and debris, prevent the occurrence of occlusion, and improve the stability of long-term power supply.

Description

technical field [0001] The invention relates to a rainfall gauge station, in particular to an integrated rainfall gauge station. Background technique [0002] Rain gauge stations refer to hydrological stations that use rain gauges (manual or self-recording) to observe precipitation at selected fixed observation sites. Precipitation includes rainfall, snowfall, and hailfall. In the existing rain gauge station devices, the tipping bucket rain gauge and the RTU are divided into two parts, which are not installed in the same box; and the solar panel is installed obliquely on the bracket where the RTU is located. During the long-term use, technicians found several obvious shortcomings of this design: first, the product integration is low, the product structure is complex and cumbersome; The battery panels only face one direction, so they cannot fully collect solar energy and cannot maintain the continuity of charging; and because the solar panels are installed at an angle, it i...

AI Technical Summary

Problems solved by technology

During the long-term use, technicians found several obvious shortcomings of this design: first, the product integration is low, the product structure is complex and cumbersome; The battery panel only faces one direction, so it cannot fully collect solar energy and cannot maintain the continuity of charging; and because the solar panel is installed at an angle, it is easy to cause dust and debris to accumulate, resulting in unstable power supply

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