A kind of ship feeding balance equipment

Abstract

The invention provides feeding balance equipment for ship. The feeding balance equipment comprises a base, an outer box, an inner box, an outer box stepping motor, an inner box stepping motor, an outer box belt, an inner box belt, a working platform, a sensor, a first belt wheel, a second belt wheel, a third belt wheel, a fourth belt wheel, a first rolling bearing, a second rolling bearing, a flight control system, an air vehicle, a stabbing hook, a spring, an electromagnet and a controller, wherein the base is mounted on a ship body; the outer box is mounted on a base supporting arm by the second rolling bearing; the inner box is mounted on the outer box by the first rolling bearing; the outer box stepping motor is fixed on the base; the inner box stepping motor is fixed on the outer box; the outer box belt is connected with the second belt wheel on the outer box stepping motor and the first belt wheel on the outer box; the inner box belt is connected with the third belt wheel on the inner box stepping motor and the fourth belt wheel on the inner box; the working platform is used for mounting a feeding box and is mounted on the inner box by a plug; the sensor is mounted on the inner box.

Description

technical field [0001] The invention relates to a ship-used feeding balance device, which belongs to the field of electromechanical equipment. technical background [0002] Traditional fish farms typically place cages in quiet, shallow water near the coast, where they provide protection from bad weather and facilitate fish feeding and maintenance. However, this fish farming method can lead to the spread of diseases among the animals, and the excrement may also pollute the ocean. Therefore, in the future, farming must be kept away from the coast to ensure clean seawater and healthy fish. Deep-sea farming can provide fish with cleaner, more free-flowing water and natural food, resulting in better-tasting fish. Deep waters are generally inaccessible places, so more "smart" and more automated farming technology has become the key to this fish farming method. Deep-water aquaculture is generally carried out in deep-sea aquaculture cages. However, this highly automated fish farm...

AI Technical Summary

Problems solved by technology

In deep-water aquaculture, deep-sea aquaculture cages are generally used for aquaculture. However, this highly automated fish farming mode has no manual operation, so feeding food has become a big problem.

Now there is a way to use unmanned boats for remote control feeding, but when the ship is sailing on the water, due to the action of the waves, the ship will bump, especially when sailing on the sea, the bump will be more severe

When feeding feed, it is necessary to ensure that each cage is accurately fed, otherwise it will pollute the marine environment and increase the cost of feed

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