Electric sewage suction device for factory farming

Abstract

The invention discloses an electric sewage suction device for factory farming. A water-proof motor is connected with an outer turntable through a rotating shaft; the outer turntable is provided with a gear hood; a planet gear system is arranged in the gear hood; the free end of the rotating shaft is connected with a central turntable; the planet gear system ensures that the central turntable and the outer turntable rotate oppositely; the central turntable is provided with at least three radial inner brushes; the outer turntable is provided with at least six radial outer brushes, and a gap between the outer brush and the inner brush is at least 5cm; and part of the outer turntable on the inner side of the outer brush is provided with at least six central symmetric sewage holes. The side surface of the water-proof motor is connected with a ring-shaped outer cover sheet. The outer edge of the outer cover sheet is provided with a flexible catch, the opening of which is matched with the outer turntable in a sliding way; the outer cover sheet is also provided with a sewage conduit, the nozzle of which is close to the sewage hole; and the tail end of the sewage conduit is connected with a siphon fixed on a handle. The side surface of the outer turntable is provided with a protecting brush and other structures. The electric sewage suction device has the advantages of convenient operation, no block, high sewage suction efficiency and small damage to farmed population.

Description

technical field [0001] The invention relates to an auxiliary tool for industrial farming, in particular to an electric sewage suction device for industrial farming. Background technique [0002] High-density intensive aquaculture is an effective measure to control the prevalence of aquatic diseases. Technologies such as indoor factory aquaculture and outdoor high-level pond aquaculture have begun to be widely used, and have achieved high survival rates and aquaculture production. However, with the above breeding methods, a large amount of pollutants in the breeding ponds such as residual bait, feces, dead animals and plants have accumulated at the bottom of the breeding pond, which has become the main factor affecting the growth of the cultured organisms, and these pollutants need to be discharged out of the pond regularly. Pollutants in existing artificial cultured ponds mainly rely on the sewage outlet located at the bottom of the pond to get rid of the sewage. Although th...

AI Technical Summary

Problems solved by technology

However, its means of preventing clogging is relatively passive, and the filter screen is one of the parts that are easy to clog, therefore, there is a need for a factory sewage suction device that is not easy to clog and has high sewage suction efficiency

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