Full-automatic cruising batch feeding ship for prawn pond

Abstract

The invention provides a full-automatic cruising batch feeding ship for a prawn pond. The ship comprises a ship body, a fodder box, a batch feeding controller, a distance detector and a solar cell panel. The ship body is of a double-body three-propeller structure. An engineering plastic mould is used for injection moulding. Good corrosion resistance, stability and wind wave resistance are achieved. A GPS locating instrument is arranged in the ship body and can effectively prevent the ship from yawing during traveling. A wind turbine and a feeding locking device are arranged in the batch feeding device, feeding amount can be controlled according to needs, and prawn fodder is evenly and accurately thrown to feeding points of prawns. The ship is suitable for carrying out batch feeding in ponds with different shapes and different sizes, batch feeding effect is good, the solar cell panel is used as a driving energy source, environment pollution is lowered, and energy is saved. The ship has the advantages that batch feeding is automatic, manual operation is of no need, energy loss is reduced, and labor cost is lowered.

Description

technical field [0001] The invention belongs to the field of aquaculture equipment, and in particular relates to a fully automatic cruising feeding ship for prawn ponds. Background technique [0002] In recent decades, the shrimp farming industry in various countries in the world has developed rapidly. In the process of shrimp farming, feeding shrimp bait is an important daily work. With the growth of prawns, shrimp bait is generally chosen to be fed in ponds where prawns often gather. In small-scale farms, artificial feeding is generally adopted. In large-scale farms, people row small boats along the edge of the pond, and then throw the shrimp bait into the water by the pond through the bait feeder installed on the small boat. This method is cumbersome and laborious, and the feeding location is easy to change with the rowing operation, which affects the feeding effect, and there is also the phenomenon of uneven bulk material. Contents of the invention [0003] The probl...

AI Technical Summary

Problems solved by technology

In small-scale farms, artificial feeding is generally adopted. In large-scale farms, people row small boats along the edge of the pond, and then throw the shrimp bait into the water by the pond through the bait feeder installed on the small boat. This method will be more troublesome and laborious, and the feeding location is easy to change with the rowing operation, which will affect the feeding effect, and there is also the phenomenon of uneven bulk material

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