Equipment and method for detecting acid rain pond based on mathematical positioning method

Abstract

The invention discloses equipment and a method for detecting an acid rain pond based on a mathematical positioning method, and mainly relates to the field of water area water quality detection equipment. Comprising a buoy part and a sampling detection assembly, the buoy piece is a buoy base filled with floating gas, and the sampling detection assembly is arranged on the floating base; the sampling detection assembly comprises a sampling assembly and a detection assembly, the sampling assembly is a sampling hose connected with a pump body, and the sampling hose is wound on a rotating shaft connected with a driving part; the detection assembly comprises a sensing device and a detection bottle body, one end of the detection bottle body is matched with the water outlet of the pump body, an electromagnetic valve body is arranged at the other end of the detection bottle body, and the end, provided with the electromagnetic valve body, of the detection bottle body is matched with the sensing device. The device has the beneficial effects that the water quality at different positions and different depths in the water area is investigated, so that the water area treatment operation is performed according to the pollution condition.

Description

technical field [0001] The invention relates to the field of water quality detection equipment in water areas, in particular to realize the acid rain pond detection equipment and detection method based on a mathematical positioning method. Background technique [0002] In modern society, with the continuous improvement of people's living standards, some relatively serious polluting industries have also developed. Although such industries are being effectively controlled, they will also cause environmental pollution in a small number of areas. In some fish farming areas, large-scale fish ponds are set up. Although these heavily polluting industries will not directly affect the fish ponds, they will have an indirect impact on the water quality in the fish ponds. For example, the industrial waste gas discharged from some factories contains a lot of sulfides, which will form acid rain in rainy weather and affect the water quality in fish ponds. However, the infiltration of grou...

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Problems solved by technology

If the staff only conducts water quality surveys at a certain location in this water area, it is easy to have a large deviation between the test data and the overall test data of the water quality in the water area, resulting in inaccurate test results

And for a water area, the results of water quality testing at different depths at the same location are also different, because some pollutants have a high density and will gradually infiltrate, and after infiltrating into this water area through groundwater, it will also lead to a state of pollution. The water pollution in the lower layer of the water area is relatively serious, and it is inconvenient for the staff to take samples for inspection and investigation

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