Automatic enteromorpha fishing and dehydrating system and monitoring method based on big data analyzing and monitoring

Abstract

The invention discloses an automatic enteromorpha fishing and dehydrating system and a monitoring method based on big data analyzing and monitoring. The system comprises an enteromorpha intercepting line, a fishing mechanism, a transmission mechanism, a collecting mechanism and a control system. The enteromorpha intercepting line is an intercepting line, composed of a plurality of floating balls,floating on a seawater; 3-4 through holes are uniformly formed in each floating ball; the fishing mechanism comprises a rotating shaft, a paddle and a rotating motor; a rotating motor is arranged in each floating ball; the first end of the rotating shaft is connected to the output shaft of the rotating motor and the second end stretches out of each floating ball through each through hole and is connected to the paddle; the transmission mechanism comprises a main pipeline, a branch pipeline and a conveyor belt; the branch pipeline is arranged corresponding to the floating ball; the opening in the bottom end of the branch pipeline is connected to the main pipeline; the conveyor belt is arranged in the main pipeline; the collecting mechanism communicates to the main pipeline; and the controlsystem controls the rotating motor to rotate and the conveyor belt to transmit. The system fishes and collects enteromorpha automatically, so that the manpower is saved. Meanwhile, the enteromorpha treatment efficiency is improved and the sea environment is protected.

Description

technical field [0001] The invention relates to the technical field of marine algae cleaning equipment, in particular to an enteromorpha automatic salvage and dehydration system and monitoring method based on big data analysis and monitoring. Background technique [0002] The body of Enteromorpha algae is grass-green, tubular membranous, clustered, the main branch is obvious, the branches are slender, up to 1 meter high. The base is attached to the rock with a fixator, and grows on tidal flats and gravels in the mid-tidal zone. Due to global climate change, water eutrophication and other reasons, the green tide of the large marine alga Enteromorpha broke out. A large amount of Enteromorpha floats and gathers on the shore, blocking waterways, destroying marine ecosystems, and seriously threatening the development of coastal fisheries and tourism. [0003] Enteromorpha is rich in carbohydrates, proteins, crude fiber, amino acids, fatty acids, vitamins and various minerals. A...

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Problems solved by technology

[0004] Therefore, if Enteromorpha can be salvaged and processed, it will not only avoid marine pollution, but also enrich people's dining tables. However, the current treatment of Enteromorpha is mainly concentrated on manual salvage, which is time-consuming and laborious, and has no effect. It is not obvious. Another method is to use interception nets to intercept Enteromorpha moss outside the sea, and then use special collection ships to salvage Enteromorpha moss outside the interception net. Although this method is more efficient than manual salvage, it is still Professionals are required to sail to collect Enteromorpha, which not only consumes manpower, but also causes secondary pollution to the ocean due to the continuous operation of ships on the sea surface

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