Sewage source drainage pipe dredging comprehensive operation vehicle and using method thereof

Abstract

The invention relates to a sewage source drainage pipe dredging comprehensive operation vehicle and a using method thereof. The vehicle comprises a carrying vehicle, a sewage filter assembly and a baffle plate; a sewage inlet connected with a sewage source drainage pipe is formed in the baffle plate, and the filter residue sewage inletis also provided with a water inlet coarse filter mesh; the filter residue sewage filter assembly comprises a submersible sewage pump, a filter, a high pressure pump, a jet tube and a jet spraying head; the filter residue submersible pump is connected with the inlet coarse filter mesh; the filter residue filter and the highpressure pump are connected, the filter residuehighpressure pump is connected with the jet tube, and the filter residue jet spray head isarranged on the jet tube; the filter residue carrying vehicle is also provided with a vehicle-mounted diesel engine, the filter residue vehicle-mounted diesel engine is connected with a generator, andthe filter residue generator is electrically connected to the high pressure pump and the sewage filter assembly. The vehicle has the advantages of reasonable structural design, flexible operation anduse, low maintenance cost, high operation efficiency, high degree of automation and intelligence,the ability to completely remove debris in a drainage pipe and the like.

Description

technical field [0001] The invention relates to the technical field of dredging drainage pipes and canals, in particular to a comprehensive operation vehicle for dredging sewage source drainage pipes and canals and a method for using the same. Background technique [0002] Underground trench facilities are widely distributed in the limited underground space of modern cities. Underground facilities have many specialties and have extensive and huge functions. They are the main carriers of many basic functions of the entire city such as water, electricity, communication, steam, and heat. The construction, maintenance, and management of underground facilities are difficult, and man-made downhole operations are highly dangerous. Therefore, at present, underground trench operation and management units at home and abroad generally use high-pressure jet cleaning and dredging operations. This operation method has good cleaning effect, fast speed, safety, environmental protection, and ...

AI Technical Summary

Problems solved by technology

But there are also some problems. For example, reclaimed water or tap water is required as a water source, so the operating efficiency is low. In winter, due to the cold climate in the north, insulation measures are required. In extreme cold weather, it cannot be used. Therefore, sewage needs to be used directly as a water source and filtered. It is used for high-pressure jet dredging in underground trenches, which greatly improves the operating efficiency and solves the seasonal restrictions. In addition, the existing jet dredging vehicle can only flush the pollutants from the upstream pipeline to the downstream, and then the pollutants are absorbed by the sewage suction truck And transported to the disposal site for processing, the work efficiency is low and more manpower and material resources are needed

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