Quick and automatic black and odorous water body identification system

Abstract

A quick and automatic black and odorous water body identification system comprises a box body, a movable shell, two groups of water pipes and a plurality of groups of storage boxes; the interior of the box body is divided into an upper-layer first mounting bin and a lower-layer second mounting bin; a guide sliding assembly slidably connected with the moving shell and a placement table are arranged in the second mounting bin. A liquid guide pipe and a liquid pumping device are arranged in the movable shell; a flow detection module and two groups of electrode modules are arranged on the liquid guide pipe; electrode ends of the two groups of electrode modules extend into the liquid guide pipe in a sealing manner; the two groups of electrode modules are electrically connected with positive and negative electrodes of the oxidation-reduction potential detection module respectively; the liquid guide pipe is connected with the liquid pumping device, and the liquid guide pipe and the liquid pumping device are respectively connected with two groups of water pipes; temperature sensors are arranged on the water pipes; a heating assembly and a cooling assembly are arranged on the placing table; a baffle is arranged in the first mounting bin and forms an enclosed mounting bin, and a touch display screen is arranged on the baffle; and a controller, a power supply module and an oxidation-reduction potential detection module are arranged in the mounting bin. The black water body can be conveniently and rapidly detected and identified by the quick and automatic black and odorous water body identification system.

Description

technical field [0001] The invention relates to the technical field of black and odorous water detection, in particular to a fast and automatic identification system for black and odorous water. Background technique [0002] Landscape water bodies such as lakes and rivers in cities are an important part of urban human settlements, but due to their characteristics of easy pollution, small water environment capacity, and poor self-purification ability of water bodies, they are easy to become the recipients of domestic sewage, rainwater and garbage for residents. body, resulting in a large consumption of dissolved oxygen in the water body, the transformation of pollutants in the water body under anoxic or anaerobic conditions, and the production of odorous substances such as ammonia nitrogen, hydrogen sulfide, and volatile organic acids, as well as black substances such as iron and manganese sulfide, making the entire ecology The system is in crisis. Black and smelly urban riv...

AI Technical Summary

Problems solved by technology

[0003] When detecting and identifying black and odorous water, it is often necessary to detect and identify whether the water body is a black water body from numerical indicators such as the transparency of the water body, dissolved oxygen, oxidation-reduction potential, and ammonia nitrogen; Detection of reduction potential or ammonia nitrogen to further judge whether the water body is black water, or carry the collected samples to the laboratory to detect the dissolved oxygen and ammonia nitrogen indicators of the water body, and finally judge whether the water body is black water; therefore, it cannot satisfy the testing personnel The demand for water body detection and identification in the water area

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