Fast diffusion and water transmission and drainage pavement structure with network connectivity

Abstract

The invention relates to a fast diffusion and water transmission and drainage pavement structure with network connectivity. A first sleeving part is mainly formed at one end of a first supporting partof each base and is in sleeving connection with the other end of the first supporting part of another base. The first supporting parts are perpendicularly arranged in a staggered manner and providedwith second supporting parts which are connected with each other and communicate with each other. A second sleeving part is formed at one end of each second supporting part and is in sleeving connection with the other end of the second supporting part of another base. Water guide holes are formed in the top ends of connecting pipes formed at the staggered joints of the first supporting parts and the second supporting parts upwards, and the water guide holes are connected and communicate with the interiors of the first supporting parts and the interiors of the second supporting parts. Thus, allthe bases can make rainwater to effectively flow and diffuse through connection and communication of the first supporting parts and the second supporting parts, and the effects of comprehensive drainage and water accumulation prevention are achieved; and the rainwater can effectively and comprehensively supplement underground soil, and the practical effect and characteristic are improved better on the aspect of overall implementation and use.

Description

technical field [0001] The present invention relates to a fast-diffusion permeable drainage pavement structure with network connectivity, in particular to a pavement structure that allows rainwater to flow and diffuse effectively, achieves the effects of comprehensive drainage and prevention of stagnant water, and can effectively replenish rainwater to the underground soil In addition, it has more practical and functional characteristics in its overall implementation and use. Background technique [0002] Generally, the ground formed by floor tiles is common. Because of its impermeability, the roots of the landscape trees on the sidewalk cannot breathe. In the dry season, the trees are easy to die, and the roots cannot be watered during heavy rain, so that when it rains, the rainwater does not If it cannot penetrate into the soil layer under the floor tiles, it will not only cause water accumulation on the ground to form floods, but also affect the safety of people's lives a...

AI Technical Summary

Problems solved by technology

However, the above-mentioned "modular environment-friendly permeable pavement structure" is still found in the actual implementation and use, and the permeable pipes are also disconnected and not in a state of mutual conduction, so that when it rains, it still cannot achieve the effect of comprehensive drainage , but there will still be water accumulation, so that the rainwater cannot be fully replenished to the underground soil

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