Detection line intelligent sampling and transporting device for water quality monitoring and sampling and transporting method thereof

Abstract

The invention discloses a detection line intelligent sampling and transporting device for water quality monitoring and a sampling and transporting method thereof. The device comprises a driving assembly; a water storage assembly, which comprises a plurality of water storage tanks which are sequentially fixed under a driving box from top to bottom, and water inlets which are formed in the water storage tanks and deviate from a propeller; and a sampling assembly, which comprises pipelines, clamping bases, control assemblies and opening and closing assemblies, wherein one ends of the pipelines are hermetically connected to the water inlets, the clamping bases are fixed at the other ends of the pipelines, the control assemblies are arranged in the clamping bases, and the opening and closing assemblies are in transmission connection to the control assemblies. The water storage tanks capable of automatically collecting water samples and storing the water samples are arranged at the bottom ofthe propeller, and the water storage tanks can collect and store the water quality of different areas respectively under the driving of the propeller, so that mutual influence and interference are avoided, water does not need to be manually collected back and forth, and the collection efficiency is high.

Description

technical field [0001] The invention belongs to the technical field of sampling transportation, in particular to a detection line intelligent sampling transportation device for water quality monitoring and a sampling transportation method thereof. Background technique [0002] People depend on food, and there are indispensable aquatic products in the diet of contemporary people. However, most of the aquatic products currently used are cultivated by humans, so many fishermen use large areas of land to breed different types of aquatic products. In the process of aquaculture, water quality needs to be tested regularly to ensure a stable growth environment for aquatic products. The most traditional water quality testing relies on human eyes for observation and comparison, but the main problem with this method is that the detection accuracy is low. The detection efficiency is poor, and it is impossible to accurately detect the water quality to cooperate with the subsequent proces...

AI Technical Summary

Problems solved by technology

In the process of aquaculture, water quality needs to be tested regularly to ensure a stable growth environment for aquatic products. The most traditional water quality testing relies on human eyes for observation and comparison, but the main problem with this method is that the detection accuracy is low. The detection efficiency is poor, and it is impossible to accurately detect the water quality to cooperate with the subsequent processing. Later, the water sample is sampled by the water sample detection device and then brought back for detection, but there are also problems: when testing the water quality of the water area, due to the area involved in the water Large, the water quality between different regions is easy to produce differences, so only sampling and retesting local water quality will seriously affect the accuracy; if using ships to fetch water from a distance and bring it back, it will require a lot of labor and low efficiency, and there will be large time difference, the data obtained from the analysis is not comparable; if it is not possible to store multiple water qualities at the same time, it needs a repeated and back and forth collection that is time-consuming and labor-intensive, with high cost and low efficiency

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