A sludge dredging treatment system for urban sewer pipes

Abstract

A sludge dredging treatment system for an urban sewage pipeline comprises a bottom plate device, a bracket device, a motor device, a pulling device, a cleaning device, a support device, a recovery device and a collection device, wherein the bottom plate device includes a bottom plate, a first fixed block, a first trolley wheel and a first connecting rod; the bracket device includes a first support rod, a first cross rod, a positioning rod, a first vertical rod and a first slanting rod; the motor device includes a first motor, a first rotating shaft, a first rotating rack, a rotating frame and a second rotating rack; the pulling device includes a second motor, an output shaft, a second fixed block, a stay wire, a fixed ring and an elastic rod; the cleaning device includes a third motor, a third fixed block, a second rotating shaft, a third rotating rack, a support ring, a rotating block, smashing teeth, first bristles, a top-adjoined frame and second bristles; the support device includes a first bracket, a second bracket, a second cross rod, a first fixed rod and a third spring. The sludge dredging treatment system can carry out an effective dredging operation on a sewage pipeline and eliminates sludge relatively cleanly and rapidly.

Description

Technical field [0001] The invention relates to the technical field of sewage pipeline dredging, in particular to a sludge dredging treatment system for urban sewage pipelines. Background technique [0002] In my country’s small and medium-sized cities, the dredging work of sewer pipelines is mostly double-well manual work. From one wellhead, a long bamboo piece is used to guide the pulling cable into the other wellhead, and then tie the mud drum to pull back and forth between the two wellheads. After the sludge is contained in the drum, the sludge drum is lifted to the ground with a winch, and the sludge in the drum is poured into the bucket waiting for the sludge transportation. In this way, the dredging of the sewer pipe section between the two wells is completed, and then it is changed to the dredging operation of the pipe section between the other two wells. This kind of double-well manual dredging operation requires heavy manual labor, poor working conditions, and low effici...

AI Technical Summary

Problems solved by technology

In such a cycle, the dredging of the sewer pipe section between the two wells is completed, and then the dredging operation of the pipe section between the other two wells is changed. This kind of manual dredging operation for two wells requires heavy physical labor, poor working conditions, low efficiency, and is not necessary. Suitable for the shortcomings of the requirements of modern civilized cities

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