Alga multiplication device assembling ship

Abstract

The invention discloses an alga multiplication device assembling ship which comprises a ship body. An assembly line device is mounted on the ship body. Guide grooves are arranged on the lateral sides of the ship body. Chained conveying belts are arranged on the assembly line device and protruding traction protruding balls are processed on the conveying belts. Tail end covers are arranged at two ends of the chained conveying belts, and reserved grooves for allowing the traction protruding balls to pass are processed on the tail end covers. Lifting platforms are arranged near to the lateral sides of the chained conveying belts, and reciprocate pushing plates are arranged near to the upward sides of the lifting platforms. Parallel sliding chutes are processed on the upper surfaces of the lifting platforms. Soaking sliding chute containers are arranged on one sides, below the reciprocate pushing plates, near to the lifting platforms. Each soaking sliding chute container is provided with a water tank capable of storing liquid and an edge opening on one side of each water tank extends outwards to be near to each lifting platform. Parallel sliding chutes are processed on the surfaces of the outward-extending edge openings, and extend to the bottoms of the water tanks along the side walls of the water tanks. The alga multiplication device assembling ship has the advantages of novel structure, rapidness in slicing and assembling, low requirement on slicing and assembling accuracy, and applicability to fish-shelter application distribution on a large scale.

Description

Technical field [0001] The invention relates to an artificial reef supporting equipment, in particular to an algae multiplication device assembly ship. Background technique [0002] At present, the large-scale reclamation of land along the coast of my country has led to a sharp decrease in the shallows for fish to breed, making a large number of fish that need to thrive on the shallow wetlands to find no safe and food-rich habitat. The coastal area is 30-40 meters deep, with many mud and sandy bottoms, which cannot support fish to thrive. Some large fish companies put a large amount of stone reefs, and the consequence is that they destroy the natural environment of the land to repair the marine environment, and lose the other. The small size of stone reefs is only suitable for the cultivation of sea cucumbers and abalones with high economic added value. Existing artificial reefs such as the Chinese utility model patent "Cross-slatted multifunctional artificial reef", patent numb...

AI Technical Summary

Problems solved by technology

However, the existing relatively complex artificial fish reefs do not have corresponding supporting equipment for large-scale proliferation applications

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