Tidal-flat area aquaculture pond automatic aerator

Abstract

The invention provides a tidal-flat area aquaculture pond automatic aerator. A cement seat, a base and a bearing cover form a fixing part, a barrel, a fairing, an air inlet, an air outlet pipe, an airoutlet, a bucket support and a bottom shaft form an active part, a filter net, a lateral bracket, a diagonal bracket, a bucket lid and a casing form a follow-up assembly, a photovoltaic panel and a vertical frame form a new energy assembly, a motor, a spindle and blades form a power assembly, a sonar transmitter and a sonar receiver form an information sending and receiving part, the aerator canautomatically detect the water quality index of a breeding pond, the monitoring data is more comprehensive, the aerator can automatically control the start and stop of the aerator according to the meteorological pressure parameter and the dissolved oxygen parameter of the water, automatic aeration is achieved, aeration is achieved in time, and the aerator does not require manual intervention, usessolar energy as electric energy, saves energy, has deeper oxygenation depth, has a better oxygenation effect, can conduct monitoring in the vicinity of the breeding pond by wireless transmission andcan be applied to the aquaculture technology field and the development of tidal-flat area resources.

Description

technical field [0001] The invention relates to an aerator for aquaculture ponds, in particular to an automatic aerator for tidal flat aquaculture ponds, belonging to the technical field of aquaculture. Background technique [0002] The aerator is an essential device for aquaculture. The existing aerators mainly have two forms: one is a semi-submersible aerator that floats on the water surface and sprays around, and is used for timing aeration in field aquaculture ponds. , the other is to insert one end of the leather tube into the water, and the other end of the leather tube is connected to the aerator of the oxygen pump, which is used for continuous oxygenation of indoor fish tanks. In recent years, there are also some aerators that use solar energy as energy. And it can be controlled remotely. However, due to the fact that in the field aquaculture pools, especially tidal aquaculture pools, the water temperature, salinity, pH and oxygen content of the pool water in differe...

AI Technical Summary

Problems solved by technology

[0002] The aerator is an essential device for aquaculture. The existing aerators mainly have two forms: one is a semi-submersible aerator that floats on the water surface and sprays around, and is used for timing aeration in field aquaculture ponds. , the other is to insert one end of the leather tube into the water, and the other end of the leather tube is connected to the aerator of the oxygen pump, which is used for continuous oxygenation of indoor fish tanks. In recent years, there are also some aerators that use solar energy as energy. And it can be controlled remotely. However, due to the fact that in the field aquaculture pools, especially tidal aquaculture pools, the water temperature, salinity, pH and oxygen content of the pool water in different regions, different seasons, and different periods are not the same. The amount will change with the change of breeding time, breeding density, breeding method and weather. The change of oxygen content in the breeding pond is directly related to the effect of aquaculture. In the past, it was based on the breeding experience and manual opening of the aerator. Control the oxygenation of the pool water, and the tidal flat is located in a remote place, far away from the urban area. It is not convenient, timely and accurate to use the method of manually controlling the oxygenation machine.

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