Treatment device for sewage pool

Abstract

The invention belongs to the technical field of sewage treatment, and especially relates to a treatment device for a sewage pool. The device comprises a separating mechanism and an overturning mechanism, and the overweighting design of an overturning bucket is not restricted by the unstable volume of water in the sewage pool to make the overturning bucket pour out enough water for impacting a square bucket at intervals in order to ensure the normal running of the overturning mechanism. The design of a rotating unit makes floating garbage in sewage collected into the square bucket; the design of a friction wheel, a rotating shaft and an arc-shaped friction bar makes the garbage in the square bucket automatically poured into a garbage bin after the square bucket enters the garbage bin; and the design of a semicircular raised head makes the square bucket shake, and wet garbage adhered into the square bucket can easily fall into the garbage bin from the square bucket, so the influences ofthe garbage always existing in the square bucket on the garbage collecting efficiency of the square bucket are reduced as possible. The device has the advantages of realization of the treatment only through regular garbage removal, reduction of the cost and the workload of artificial salvaging of the floating garbage, and increase of the working efficiency.

Description

technical field [0001] The invention belongs to the technical field of sewage treatment, and in particular relates to treatment equipment for sewage pools. Background technique [0002] At present, waste disposal in sewage ponds is an important step in the pre-process of sewage treatment. There are many wastes in the existing sewage ponds. If the waste is not disposed of in time or properly, it is easy to accumulate and generate stench. These stench gases have harmful effects on human body. Hazardous noxious gas. The settleable garbage in the existing sewage pool has a special process for processing, such as using a conveyor belt to carry out garbage deposited under the clear water. However, the floating rubbish on the sewage water surface is generally cleaned up by irregular manual salvage. This method has low work efficiency, high labor cost, and great potential safety hazards. In order to improve work efficiency and reduce labor costs, it is necessary to design a device...

AI Technical Summary

Problems solved by technology

However, the floating rubbish on the sewage water surface is generally cleaned up by irregular manual salvage. This method has low work efficiency, high labor costs, and great potential safety hazards.

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