Aeration and oxygen increase device

Abstract

Provided is an aeration and oxygen increase device. The device includes a motor end, an air-guiding shell and an aeration wheel, a central shaft of the motor end is arranged in a penetrating mode at the center positions of the air-conducting shell and the aeration wheel sequentially, and bolt holes are respectively formed in both ends of the motor end, holes matched with the bolt holes in the motor end are formed in the extension position of air-guiding shell, and the motor end is fixedly connected with the air-guiding shell through bolts; a first through-hole and a second through-hole are respectively formed in side ends of the air-conducting shell at both sides of the central shaft of the motor end, and the aeration wheel is formed by a plurality of supporting wheels which are spirally arranged, air passages are formed in each of the supporting wheels in a center penetrating mode, a chamber is formed in the center of the aeration wheel, and a part of the central shaft of the motor end is disposed in the chamber. The device integrates oxygen increase, water activation and aeration, the amount of dissolved oxygen in water is effectively increased, the cycle of matter in the water is accelerated, suffocation is prevented, water quality conditions are improved, the problem of pool water stratification is solved, the yield of sea cucumber breeding is improved, stocking density isimproved, feeding intensity of breeding objects is increased, and production is promoted, so that the yield per mu is greatly improved to fully achieve the purpose of increasing the income of breeding.

Description

technical field [0001] The invention relates to fishery and aquaculture equipment, in particular to an oxygen-increasing aeration device, and belongs to the technical field of aquaculture. Background technique [0002] In the current aquaculture field, in order to increase the production of aquaculture, the aeration equipment commonly used includes impeller aerators and turbine aerators; the impeller aerator drives the rotating impeller through the submersible motor, and the rotation of the rotating impeller is the centrifugal force generated The air is thrown out to form a negative pressure, and the air is sucked into the rotating impeller from the external trachea to achieve continuous air delivery; this type of aerator relies on the centrifugal force of the impeller rotation to achieve aeration. [0003] However, the existing various forms of impellers pass through the flow channels formed between each blade of the impeller, and the gas and water mixture flows along the f...

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Problems solved by technology

[0003] However, the existing various forms of impellers pass through the flow channels formed between each blade of the impeller, and the gas and water mixture flows along the flow channels between the blades and then is thrown out to the surrounding waters, thereby increasing the oxygen content of the water body. or use the impeller disc as a whole to rotate through the air channel in the impeller disc to discharge air, and then realize aeration; this method only plays the role of aeration, and the contact area between the impeller disc and the water body is smal

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