Ozone water treatment device for aquaculture pond

Abstract

The invention relates to an ozone water treatment device for an aquaculture pond. The ozone water treatment device is characterized in that a submersible pump, a water inlet pipeline and a water inlet end of a jet device are sequentially communicated with one another, an ozone generator is communicated with a gas inlet end of the jet device, a water outlet end of the jet device is communicated with a water vapor mixing pipeline, the water vapor mixing pipeline is communicated with a water vapor delivery channel inside a cycloid travel mechanism, the cycloid travel mechanism downwardly extends to the bottom of the pond, an impeller is arranged at the lower end of the colloid travel mechanism and is coaxially fixedly connected with the colloid travel mechanism by a long axis which penetrates the colloid travel mechanism, and frictional force generated by blades and the bottom of the pond when the impeller rotates is used as driving force for the colloid travel mechanism; solar photovoltaic cell panels are used as power sources for the submersible pump, the colloid travel mechanism and a linear travel mechanism, and controllers, light sensors and temperature sensors are arranged on the solar photovoltaic cell panels. The ozone water treatment device has the advantages that dissolved oxygen content conditions of water can be judged by the controllers in real time according to temperature and illumination intensity data, and the submersible pump, the colloid travel mechanism and the linear travel mechanism can be automatically started by the controllers when the corresponding dissolved oxygen content of the water reaches set values.

Description

technical field [0001] The invention relates to an ozone water treatment device for aquaculture ponds, belonging to the technical field of pond ozone water treatment. Background technique [0002] With the continuous increase of pond culture density, the bacteria and viruses in the culture water are more and more harmful to the culture. To solve the problems of bacteria and viruses in the culture water, farmers often use drugs to solve them, but the secondary effects caused by drug residues Secondary pollution will still aggravate the problem of water quality deterioration. [0003] Ozone has the function of sterilizing and killing viruses. In the existing technology, there are also cases of using pontoons to artificially inject ozone to sterilize farming and eating sugar, but the effect is not good. In a huge breeding pond, how to uniformly and methodically carry out ozone sterilization is a problem. Unresolved technical problems in this area. In addition, manual operatio...

AI Technical Summary

Problems solved by technology

[0002] With the continuous increase of pond culture density, the bacteria and viruses in the culture water are more and more harmful to the culture. To solve the problems of bacteria and viruses in the culture water, farmers often use drugs to solve them, but the secondary effects caused by drug residues Secondary pollution will still aggravate the problem of water quality deterioration

[0003] Ozone has the function of sterilizing and killing viruses. In the existing technology, there are also cases of using pontoons to artificially inject ozone to sterilize farming and eating sugar, but the effect is not good. In a huge breeding pond, how to uniformly and methodically carry out ozone sterilization is a problem. Unresolved technical problems in this field

In addition, manual operation consumes a lot of energy. Even if the mode of remote control of the boat is adopted, human control is still required, which cannot fundamentally solve the problem of consuming human energy.

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