Water bottom nano oxygen increasing device for ecological culture purification area of high-efficiency culture system

Abstract

The invention belongs to the field of oxygen increasing devices, and discloses a water bottom nano oxygen increasing device for an ecological culture purification area of a high-efficient culture system, which comprises an air compressor, a main pipe, a floating plate, a bracket, a protection plate, a rotary handle, an oxygen increasing pipe, a nano film, a rotating shaft and a fixing device, wherein the air compressor is fixedly arranged on the floating plate through bolts; the bracket is arranged on the floating plate; the protection plate is arranged on the bracket; the rotary handle is arranged on the protection plate; the main pipe is arranged on the air compressor; the oxygen increasing pipe is arranged on the main pipe; the bottom of the main pipe is fixedly connected with the rotating shaft; the bottom of the shaft is connected to the fixing device. The water bottom nano oxygen increasing device has the advantages of simple structure, and is maintained conveniently; the devicecan prevent rainwater from eroding the air compressor to prolong the service life of the device, can carry out oxygen increasing in layers, fully and quickly, and can rotate the oxygen increasing pipeto change its direction to ensure the uniformity of the oxygen increasing.

Description

technical field [0001] The invention relates to an aeration device, in particular to a bottom nano-aeration device for an ecological breeding purification zone of a high-efficiency breeding system. Background technique [0002] In aquaculture, in order to improve the survival rate of aquaculture species and ensure the smooth and effective development of aquaculture, it is necessary to monitor the salinity, PH value, and water temperature of the water body in real time and effectively. Once these environmental factors are found to change or even deviate from the aquaculture species The scope of application requires timely and effective adjustments. For example, the salinity can be improved by changing water or replenishing water. The pH value can also be adjusted by replenishing water or adding sodium bicarbonate. When the water temperature is too high in summer, it can be adjusted by changing water or adding cold water. In winter, the water temperature can be increased by he...

AI Technical Summary

Problems solved by technology

The depth of the water body where the oxygenation device is located is fixed, and the direction of the oxygenation is fixed, resulting in uneven oxygenation. The bubbles generated by the oxygenation are large and the number is small, and the oxygenation is not sufficient. Generally, the device is located underwater. Damage may pollute water bodies, cause harm to cultured species, and maintenance is troublesome

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