Movable monitoring device for farming water quality

Abstract

The invention relates to a movable monitoring device for farming water quality. The movable monitoring device comprises a movable platform, wherein a computer is used as a console of the movable monitoring device, is connected with an electric telescopic boom, and controls three-dimensional movement of the electric telescopic boom; the electric telescopic boom is connected with a sampling device; the sampling device can extract a sample from a water area to be monitored; the sampling device comprises a water quality sensor; the water quality sensor transfers water quality data to the computer; the computer transfers the water quality data to a unified control center through wireless data transmission, and the control center analyzes and evaluates the water quality. The movable monitoring device for farming water quality disclosed by the invention is convenient to move, the integrality of the sample for water quality evaluation is improved, each aquaculture area is conveniently and systematically monitored, the sampling labor intensity is greatly reduced, the requirements of flow and flow rate of the water quality sensor are met, the monitoring accuracy is greatly improved, a sampler is separated from an analyzer, and the water quality analysis model is conveniently updated to obtain a more accurate evaluation result.

Description

technical field [0001] The invention relates to a breeding water quality monitoring device, in particular to a movable breeding water quality monitoring device, which belongs to the technical field of aquaculture equipment. Background technique [0002] The aquaculture water body is not only the living place of the aquaculture object, but also the decomposition container of feces and residual bait, and the cultivation pond of plankton. The ecological imbalance among them causes a large amount of organic matter and toxic and harmful substances to accumulate in the water, which not only seriously affects the survival and growth of farmed animals, but also becomes one of the main pollution sources of the natural water environment. Therefore, how to maintain the ecological balance of the water environment is a key technology for high-quality and efficient aquaculture. To do a good job in water quality control, we must first understand the water quality parameters of the aquacul...

AI Technical Summary

Problems solved by technology

[0003] The technical problem solved by the present invention is: professional water quality monitoring instruments have accurate test data, but are expensive and inconvenient to move, require professionals to use, and cannot serve a large number of aquaculture waters; water quality parameters of aquaculture water bodies are closely related to environmental factors , the existing water quality monitoring instruments do not monitor temperature, humidity, light and other environmental factors, especially the light, which affects the accuracy of evaluating the water quality of the aquaculture water; the existing water quality monitoring instruments cannot automatically locate the monitoring points, thus requiring It is inconvenient and inaccurate to manually record the position of the monitoring point during each monitoring; the existing water quality monitoring device needs to be manually installed in the water area to be monitored, and it is very inconvenient to set and adjust the position of the sampling device, which greatly reduces the repeated use performance and portability; existing water quality monitoring devices either directly extend the water quality sensor into the water to be monitored, or use a centrifugal pump to suck out the water to be monitored, and then monitor the water quality through the water quality sensor, but the water flow rate of the centrifugal pump is relatively large, which is difficult Control the flow and flow rate, so it is difficult to meet the requirements of some precision water quality sensors on the flow rate and flow of water flow. At the same time, before each water quality monitoring, the original water in the centrifugal pump and water quality sensor needs to be discharged in advance. Otherwise, the measurement results will be deviated. Since the centrifugal pump cannot accurately control the flow rate and flow rate, we can only artificially estimate whether the centrifugal pump has completely drained the original water, or let the centrifugal pump work for a period of time before starting water quality monitoring, resulting in waste. , very uneconomical and prone to measurement deviation

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