Rainfall monitoring device for wetland ecosystem

Abstract

The invention provides a rainfall monitoring device for a wetland ecosystem, and belongs to the field of rainfall monitoring, the rainfall monitoring device for the wetland ecosystem comprises an optical rain gauge body, an adjusting support mechanism and an outer cover cleaning mechanism, the adjusting and supporting mechanism comprises a first supporting table, a first adjusting bolt, a second supporting table, a second adjusting bolt, a connecting block, supports, supporting legs and a third adjusting bolt, the optical rain gauge body is arranged on the upper side of the first supporting table, and the multiple supports are evenly distributed on the periphery of the lower side of the second supporting table; the supporting legs are arranged on the support, a through groove is formed in the support, the supporting legs and the through groove are correspondingly arranged, the outer cover cleaning mechanism comprises a mechanical arm and a cleaning assembly, the cleaning assembly is arranged at the upper end of the mechanical arm, the optical rain gauge is convenient to arrange, use and recycle, and the precipitation measuring speed and the working efficiency are improved.

Description

technical field [0001] The present application relates to the field of rainfall monitoring, in particular, to a rainfall monitoring device for wetland ecosystems. Background technique [0002] Wetland ecosystem is a special natural complex formed by the interaction between land and water. Wetlands include all terrestrial freshwater ecosystems, such as rivers, lakes, swamps, and coastal wetland ecosystems in the transition zone between land and ocean, as well as some brackish and brackish waters at the edge of the ocean. [0003] At present, wetland rainfall monitoring is an intensive mobility investigation and research activity, which requires high portability and ease of use of various professional equipment. The existing mechanical rain gauges have complex structures and heavy weights. , It is inconvenient to carry, install and debug, and the accuracy is easily affected by bad weather conditions in the wild, it is difficult to provide real-time rainfall data, and only the...

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Problems solved by technology

[0003] At present, wetland rainfall monitoring is a highly mobile investigation and research activity, which requires high portability and ease of use for various professional equipment and equipment. The existing mechanical rain gauges are complex in structure and heavy in weight. , it is inconvenient to carry, install and debug, and the accuracy is easily affected by harsh weather conditions in the field. It is difficult to provide real-time rainfall data. It can only count the precipitation in a certain period of time, so it is difficult to apply to wetland rainfall monitoring. Use an optical sensing rain gauge instead, which is smaller, lighter, more sensitive and reliable, more intelligent, easy to maintain, and low in power consumption. In loose soil, muddy ground, or complex terrain areas such as slopes, rocks, and valleys, it is difficult to arrange, fix, and adjust through ordinary methods, which is extremely unfavorable for recycling, transferring, and reusing optical rain gauges, which seriously affects the measurement of precipitation data. and collection and work efficiency

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