Water quality detection device based on unmanned ship

Abstract

A provided water quality detection device based on an unmanned ship comprises a ship body, a collection box is fixed to the tail of the ship body, a storage box is fixed to one side of the collection box, an outlet of the storage box communicates with the interior of the collection box, and a plurality of water storage assemblies are arranged in the storage box; a driving mechanism for driving the water storage assembly to move is arranged in the collecting box, and a water injection assembly is arranged at the position, close to an outlet of the storage box, in the collecting box, and compared with the prior art, multi-time and multi-point water taking and sampling can be conducted, and the unmanned ship does not need to return in the process; sampled samples are protected and arranged in sequence through the sealing function of the water storage barrel, later statistics is facilitated, the time spent on homeward voyage is saved, the water sample detection efficiency is effectively improved, the sealing protection of the samples in the water storage barrel is high in the whole process, and the sealing effect, insertion water injection and insertion detection do not affect each other.

Description

technical field [0001] The invention relates to the field of water quality detection, in particular to a water quality detection device based on an unmanned ship. Background technique [0002] Water quality testing is an important basis for my country's governance and monitoring of water source environmental indicators. Before water quality testing, it is necessary to fetch water from the testing site, and then use professional instruments to test various indicators. For some portable hand-held water quality testing instruments, Due to its compact layout, the area for detecting water sources is limited, and it is impossible to enter the deep water area of ​​​​the water source for water intake inspection. At present, there is a method of sampling water by unmanned ships in the market, which improves the efficiency and accuracy of detection; [0003] However, traditional unmanned boats still need to take water samples and transport them back to the shore for testing by technici...

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Problems solved by technology

[0002] Water quality testing is an important basis for my country's governance and monitoring of water source environmental indicators. Before water quality testing, it is necessary to fetch water from the testing site, and then use professional instruments to test various indicators. For some portable hand-held water quality testing instruments, Due to its compact layout, the area for detecting water sources is limited, and it is impossible to enter the deep water area of ​​​​the water source for water intake inspection. At present, there is a method of sampling water by unmanned ships in the market, which improves the efficiency and accuracy of detection;

[0003] However, traditional unmanned boats still need to take water samples and transport them back to the shore for testing by technicians. The round trip will waste a lot of time and affect the efficiency of water quality testing, and a single use of unmanned boats can only be carried out once. For water quality sampling, if it is necessary to conduct multi-point sampling testing of water sources, it is necessary to conduct multiple round-trip water sampling by unmanned ships, which will waste a lot of time and energy

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