Sponge city permeable road and construction process thereof

Abstract

The invention relates to a sponge city permeable road comprising a road body and a grass planting ditch. Road shoulders are arranged on the two sides of the road body. A water storage structure is arranged in the grass planting ditch. The road body comprises a permeable roadbed and a pavement layer; the pavement layer comprises a plurality of road bricks; and each road brick comprises a cushion block I and a cushion block II which have hexagonal prism structures. The regular hexagonal prism structure of the cushion block I is larger than that of the cushion block II; three cushion blocks III with hexagonal prism structures are arranged around the cushion block II; two diagonal edges of each cushion block III are overlapped with two adjacent hexagonal edges of the cushion block I; the othertwo adjacent edges of the third cushion block coincide with the adjacent edges of the cushion block II, the cushion block III is away from the cushion block II and faces the edge of the cushion blockI in a chamfered mode, an inclined face is formed on the transition edge of the cushion block I and the transition edge of the cushion block II, and the inclined face is located between the two adjacent cushion blocks III and an annular groove I deviating from the opening of the central axis is formed in the cushion block I in an encircling mode. The drainage effect is relatively good; meanwhile,the possibility that water splashes to pedestrians can be effectively reduced.

Description

technical field [0001] The invention relates to the technical field of sponge cities, in particular to a sponge city permeable road and a construction process thereof. Background technique [0002] With the continuous construction and development of cities, sponge cities have become the goal of urban construction. Specifically, using roads, urban buildings, parks and other infrastructure as carriers, the rainwater and wastewater collected or generated on the surface of buildings are infiltrated, purified, stored and reused to restore urban water ecology, conserve water resources, and coordinate precipitation. , the systematic nature of surface water and groundwater, to achieve the purpose of saving groundwater resources. At present, the hardening of urban roads prevents surface water from being collected or infiltrated into the ground, resulting in the waste of a large amount of recyclable water resources. Therefore, in the construction of sponge cities, road reconstruction...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned existing technical solutions have the following defects: the above-mentioned technical solutions have relatively large rainwater, and when the rainwater is too late to be discharged from the drainage holes, if the road bricks are loose, pedestrians will travel relatively fast when it rains, and step on the loose road. When using bricks, rainwater is more likely to be sprayed upwards from the drainage holes due to extrusion and splashed to pedestrians, making the practical effect relatively poor. The road is too late to drain, resulting in water accumulation on the road, which further makes the use effect relatively poor

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