Automatic bait-casting device

Abstract

The invention relates to the technical field of net cage cultivation, specifically an automatic bait-casting device. The device comprises a control unit, a bait-casting unit, a solar power unit, a monitoring unit, and a wireless communication unit. The bait-casting unit, the monitoring unit and the wireless communication unit are sequentially in signal connection with the control unit. The control unit and the bait-casting unit are respectively in electrical connection with the solar power unit. The wireless communication unit is connected with an external terminal through a wireless network. The device provided by the invention can detect the quantity of remaining baits in real time, carries out automatic casting of baits, also can transmits the internal conditions of a bait box to the external terminal through the wireless communication unit so as to feed back the internal conditions to a cultivation user, thereby achieving the timely processing of emergency, needing no person to check the condition of a net cage reducing the workload of a person, and saving manpower. A solar panel is used for supplying power to all units, so the device saves great energy and is environment-friendly.

Description

technical field [0001] The invention belongs to the technical field of cage culture, and more specifically relates to an automatic bait feeding device. Background technique [0002] Aquaculture is one of the important industries in my country's agriculture. In order to increase production, it is necessary to rationally configure the feeding time, feeding amount and feeding area of ​​bait according to the environment and the growth law of fish. Traditional net cage culture mostly adopts artificial feeding method for feeding. Although artificial feeding method can meet the demand, but the human labor intensity is high and the efficiency is low, which does not meet the development requirements of deep-water aquaculture cages. Due to the particularity of breeding, people cannot check it often, and cannot deal with it in time when an emergency occurs. Although the existing automatic bait feeding machine has realized the timing and quantitative feeding of bait, it cannot detect t...

AI Technical Summary

Problems solved by technology

Traditional net cage culture mostly adopts artificial feeding method for feeding. Although artificial feeding method can meet the demand, but the human labor intensity is high and the efficiency is low, which does not meet the development requirements of deep-water aquaculture cages. Due to the particularity of breeding, people cannot check it often, and cannot deal with it in time when an emergency occurs. Although the existing automatic bait feeding machine has realized the timing and quantitative feeding of bait, it cannot detect the remaining material of the bait feeding machine. In order to take timely measures when the remaining material is insufficient, to ensure the accurate delivery of bait

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