Aquaculture underwater environment observation device

Abstract

The invention discloses an aquaculture underwater environment observation device which comprises an unmanned ship and further comprises an automatic take-up and pay-off device arranged at the bottom of the unmanned ship; a balancing weight connected to the automatic take-up and pay-off device through a rope. a water quality sensor arranged on the surface of the balancing weight and used for detecting water quality data of a space point where the balancing weight is located; a positioner arranged on the surface of the balancing weight and used for detecting position data of the space point where the balancing weight is located; a central processor which controls advancing of the unmanned ship and the automatic take-up and pay-off device so that the balancing weight can traverse all space points of the reservoir; and a monitoring terminal which is used for displaying the position data of each spatial point of the reservoir and the corresponding water quality data, and obtaining the water quality condition of the reservoir according to the position data of each spatial point of the reservoir and the corresponding water quality data. According to the invention, each space point of the reservoir is traversed through the balancing weight, and the water quality data of each spatial point is summarized to obtain the overall water quality condition of the reservoir, so that the obtained data is more accurate during research and processing.

Description

technical field [0001] The invention relates to the field of aquaculture environment observation equipment, in particular to an aquaculture underwater environment observation device. Background technique [0002] In aquaculture, the water environment of aquaculture is the decisive factor of aquatic production. When monitoring the water quality environment, water quality sensors are usually used. In practice, the water quality sensors are placed The detected value can be used to obtain the water quality of the site. However, this method is too old-fashioned, and often only the water quality of one monitoring point can be obtained, but there is no overall judgment on the overall situation of the aquaculture reservoir, which makes the obtained data very one-sided, and the reservoir is processed and optimized in the later stage. In the process of research and research, the results of processing and research cannot be obtained comprehensively, which makes certain deviations. C...

AI Technical Summary

Problems solved by technology

However, this method is too old-fashioned, and often only the water quality of one monitoring point can be obtained, but there is no overall judgment for the overall situation of the aquaculture reservoir, which makes the obtained data very one-sided, and the reservoir is processed and optimized in the later stage. In the process of research and research, the results of processing and research cannot be fully obtained, resulting in certain deviations

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