Water pushing and oxygen adding machine

Abstract

The invention discloses a water pushing and oxygen adding machine which comprises a driving device, a water pushing device, a water spacing ring, a machine supporting frame, an oxygen adding and water lifting wheel and a rotation fixing device. When the water pushing and oxygen adding machine works, the driving device drives the water pushing device to rotate slowly to produce running water ploughing water. Reverse torsion generated by the water pushing device is used for driving the oxygen adding and water lifting wheel to rotate at a high speed through the rotation fixing device, water is lifted, and aeration and oxygen dissolving are performed. The water with oxygen dissolved falls onto the water surface and is pushed to the periphery by the water pushing device, and oxygen can be evenly and rapidly added into the whole water body. The water spacing ring and the machine supporting frame are installed on the water pushing device and rotate along with the water pushing device. The water pushing and oxygen adding machine has the advantages that dozens of watt of power is enough for achieving the effect of fast adding oxygen and achieving running water, and the water pushing and oxygen adding machine has the advantages of being low in energy consumption, stable in operation and the like.

Description

technical field [0001] The invention relates to a water mechanical device, in particular to a water pushing oxygenation machine which can improve water quality and rapidly increase oxygen by only consuming relatively small electric energy. Background technique [0002] In order to improve economic benefits, the aquaculture density of today's aquaculture industry is increasing, which requires the aquaculture water to have higher quality and dissolved oxygen, otherwise, the aquaculture products will grow slowly, get sick or even die. The practical solution is to use the traditional impeller aerator to increase the dissolved oxygen in the water body. The main disadvantage is that the traditional impeller aerator can only increase oxygen within the effective range around the machine circumference, and cannot effectively circulate water. and improve water quality; it produces a loud noise during operation, which has a greater impact on the farmed products; the power consumption d...

AI Technical Summary

Problems solved by technology

The practical solution is to use the traditional impeller aerator to increase the dissolved oxygen in the water body. The main disadvantage is that the traditional impeller aerator can only increase oxygen within the effective range around the machine circumference, and cannot effectively circulate water. and improve water quality; it produces a loud noise during operation, which has a greater impact on the farmed products; the power consumption during operation is relatively high, usually 1.5KW / H, and the cost of use is relatively high

However, due to its complex structure, high failure rate, high cost, and large power consumption, it has not been fully recognized by the majority of farming users.

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