Expressway Circulating Drainage System Based on Data Transmission

Abstract

The invention discloses a highway circulating drainage system based on data transmission. The system is characterized in that: a drainage layer in a main drainage part is arranged above a cushion layer; the drainage layer comprises a steel wire mesh, a filter screen and a drainage plate; a first connecting plate is communicated with the drainage plate; a main connecting pipe is in liquid communication with the first connecting plate; a sub-drainage part comprises a permeation plate and a sub-connecting pipe; the permeation plate is arranged below highway green belt vegetation and is communicated with the main connecting pipe through the sub-connecting pipe; each guardrail in a circulating drainage part comprises stand columns and a shell of a hollow structure; a water storage tank is arranged in the shell and can move up and down between the left stand column and the right stand column; adjacent water storage tanks are communicated through branch connecting pipes; the nozzles are arranged on the left and right sides of each water storage tank respectively; heating sheets are arranged in each water storage tank; and the system further compromises an automatic circulating control device. According to the highway circulating drainage system based on data transmission of the invention, collected rain and snow and accumulated water on the road surface are fully utilized, so that a vegetation irrigation problem is solved; and meanwhile, the snow accumulation problem of the road surface of a highway in cold winter is solved through a water heating mode.

Description

technical field [0001] The invention relates to the technical field of highway drainage systems, in particular to a highway circulation drainage system based on data transmission. Background technique [0002] The highway drainage design includes the surface drainage of the road interface, the internal drainage of the road surface, the underground drainage, and the drainage of road structures and underpasses. If the drainage system facilities on the expressway are not complete and the design of the drainage system is not perfect, it will lead to subsidence of the road surface. The drainage form of expressway includes subgrade drainage, which is designed to discharge the groundwater and surface water that affect the strength and stability of the subgrade outside the scope of the highway in time, but the existing drainage methods do not recycle the drainage well , while causing waste of water resources, increases the burden of additional drainage, providing a circulating drai...

AI Technical Summary

Problems solved by technology

If the drainage system facilities on the expressway are not complete and the design of the drainage system is not perfect, it will lead to subsidence of the road surface

The drainage form of expressway includes subgrade drainage, which is designed to discharge the groundwater and surface water that affect the strength and stability of the subgrade outside the scope of the highway in time, but the existing drainage methods do not recycle the drainage well , causing waste of water resources while increasing the burden of additional drainage, providing a circulating drainage system not only solves the burden of additional drainage, but also recycles the water resources of rainfall and snowfall, which is more environmentally friendly

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