Road surface timed automatic cleaning and sewage recycling system

Abstract

The invention discloses a road surface timed automatic cleaning and sewage recycling system. The system comprises a sedimentation tank arranged beside a road and used for collecting sewage and settling and clarifying the sewage; an isolation guardrail is arranged in the middle of the road and divides the road into a left traffic lane and a right traffic lane, a spraying pipeline is arranged in the isolation guardrail, and a spraying assembly for spraying water to the road surfaces of the two traffic lanes in the width direction is arranged on the spraying pipeline; a sewage collecting tank is formed in the outer edges of the two traffic lanes in the length direction of the road, and the sewage collecting tank corresponds to the isolation guardrail in a matched mode and is used for collecting sewage generated when the spraying assembly sprays and cleans the road surfaces and discharging the sewage into the sedimentation tank. The system has the advantages that the whole system is easy to install and arrange, normal passing of the road is not affected after arrangement is completed, regular automatic washing of the road surfaces is achieved, cleaning vehicles or more manpower are not needed for road cleaning, and water accumulation on the road surfaces can be effectively avoided.

Description

technical field [0001] The invention relates to the technical field of road environmental protection and cleaning, in particular to a system for automatically cleaning road surfaces at regular intervals and recycling and reusing sewage. Background technique [0002] Urban road pollution is serious in today's society, and road pavement cleaning has become an important project in urban environmental sanitation management. The cleaning of existing urban roads relies on sanitation workers to drive cleaning vehicles for scouring and cleaning, which is inefficient and consumes a lot of manpower; and the cleaned sewage will directly accumulate in the low-lying places on the road surface, or flow into the underground sewage pipe network, wasting water resources; in addition, the process of cleaning vehicles on the road has also greatly affected urban traffic, resulting in vehicle congestion, which in turn emits more vehicle exhaust and pollutes the atmospheric environment. Content...

AI Technical Summary

Problems solved by technology

The cleaning of existing urban roads relies on sanitation workers to drive cleaning vehicles for scouring and cleaning, which is inefficient and consumes a lot of manpower; and the cleaned sewage will directly accumulate in the low-lying places on the road surface, or flow into the underground sewage pipe network, wasting water resources; in addition, the process of cleaning vehicles on the road has also greatly affected urban traffic, resulting in vehicle congestion, which in turn emits more vehicle exhaust and pollutes the atmospheric environment

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