Oxygen-increasing water-living machine

Abstract

The invention discloses an oxygen-increasing water-living machine. The oxygen-increasing water-living machine is characterized by comprising a main shaft, a floating body surrounding the main shaft to rotate, a rotating support, a plurality of gas guiding tubes, a plurality of gas guiding tube frames, a plurality of flow-pushing aerators, a plurality of adjustable-angle water scraping plates surrounding a horizontal center shaft and a conductive slipping ring; the main shaft penetrates through the center of the floating body and is connected with the floating body through a bearing, the rotating support is fixed to the bottom of the floating body, the gas guiding tubes are evenly distributed on the floating body in an equiangular mode, the upper ends of the gas guiding tubes extend out of the floating body, the lower ends of the gas guiding tubes are fixed on the gas guiding tube frames, the gas guiding tube frames are fixedly connected with the rotating support, the middles of the gas guiding tube frames are movably connected with the water scraping plates through water-scraping-plate adjusting screws, the outer sides of the gas guiding tube frames are movably connected with the flow-pushing aerators through a rotating shaft, and the conductive slipping ring is located on the floating body and electrically connected with the flow-pushing aerators. The oxygen-increasing water-living machine has the advantages that the oxygen-increasing water-living machine has the omnibearing oxygen increasing function and the omnibearing water-body-power pushing function, the structure is simple, the application field is wide, energy consumption is low, and oxygen increasing efficiency is high.

Description

technical field [0001] The invention relates to an aeration machine, in particular to an oxygenation and running water machine. Background technique [0002] In the process of water ecological environment management and water quality assurance, aquaculture, sewage treatment, etc., often due to the high oxygen consumption of the water body, the insufficient exchange capacity between the water body and the atmosphere or the poor fluidity of the water body and weak vertical convection, it is necessary to add oxygen to the water body And promote the movement and exchange of water bodies, increase the dissolved oxygen content of water bodies, improve the movement state of water bodies, so as to ensure the effect of water ecological environment governance, water quality, meet the needs of aquatic organisms for dissolved oxygen, and the efficiency of sewage treatment. [0003] At present, there are many types of aerators, mainly including direct aeration, including various aeration...

AI Technical Summary

Problems solved by technology

Therefore, current push flow aerators generally have shortcomings such as fixed aeration points, inability to aerate in all directions, and inability to promote all-round exchange of water bodies.

In addition, in recent years, the "water cultivator" has been introduced, which uses the sinking force generated by the circular motion of the water body to promote the exchange of surface water and bottom water. It is characterized by low energy consumption, but the ability to increase oxygen is not very strong. Aerators are required to cooperate with oxygenation, and the application is limited

Images