Water-permeable pavement auxiliary installation device and paving method for installing longitudinal tile structure

Abstract

The invention relates to a porous pavement paving device for mounting a longitudinal tile structure, and a paving method. The paving device comprises a frame with the cross section adopting a rectangular structure, wherein the inner side width of the frame is matched with the outer side width of the longitudinal tile; a plurality of groups of clamping grooves which are corresponding mutually and matched with the thickness of the longitudinal tile are arranged on the inner sides of the two longer borders of the frame; a first connecting hole and a second connecting hole which are convex or concave toward the same direction are respectively formed in the two shorter borders of the frame; the outwards convex first connecting hole is buckled and matched with the inwards concave second connecting hole in size. Through the adoption of the paving device, conventional materials such as tile and fine sand can be used to collect rainwater on the pavement; furthermore, the porous pavement paving device can be combined with an underground layered porous and collecting structure to complete collection or infiltration of the rainwater.

Description

technical field [0001] The invention relates to a road engineering structure and a construction method, in particular to a water-permeable pavement auxiliary installation device and a paving method for installing a longitudinal tile structure. Background technique [0002] Rainwater is a valuable and economical water resource for cities. Leading rainwater from closed roads or roofs to non-closed roads through soil infiltration and filtration can not only slow down the intensity of rainwater surface runoff, replenish groundwater, but also remove some pollutants in rainwater, and reduce rainwater due to stagnant water resulting in accidents. The filtered rainwater can also be used as non-drinking water in the city, reducing the demand for drinking water, saving water resources, and relieving the pressure on urban water supply. [0003] In addition, rainwater harvesting can also save the construction cost of the drinking water distribution network and obtain considerable econ...

AI Technical Summary

Problems solved by technology

However, after long-term use, it is easy to cause micropore blockage and affect its permeable effect, and under the low-temperature climate conditions in the long winter in the north, the brick body of the permeable floor tile is likely to reduce its strength due to freezing, etc., and the cost of the permeable floor tile Higher, which also affects its promotion prospects

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