Tennis court ground structure with rapid water seepage

Abstract

The invention discloses a tennis court ground structure with rapid water seepage, and relates to the technical field of tennis court ground drainage. The tennis court ground structure comprises a plain soil layer, a graded macadam layer, a coarse sand leveling layer, a permeable primary color base layer and a painted permeable surface layer sequentially from bottom to top, a plurality of drain-pipes are arranged between the graded macadam layer and the coarse sand leveling layer, or between the graded macadam layer and the plain soil layer, the complete underground surface layer of the permeable primary color base layer is composed of binder and gravel, the coarse sand leveling layer is composed of coarse sand, the drain-pipes are connected to a water purification tank, the water purification tank is connected to a water storage tank, and the painted permeable surface layer is composed of two different painted permeable surface layer units. The tennis court ground formed has good waterpermeability, can give full play to the seepage function, avoids the rainwater gathering on the tennis court ground, and collects the water seeped to the ground to the water storage tank through thedrain-pipes for washing and irrigation in ordinary time, thereby improving the utilization rate of the rainwater, and greatly improving the water storage and water-holding capacity of the tennis courtwith low terrain by utilizing the area of the tennis court and regulating the waterlogging.

Description

technical field [0001] The invention relates to the technical field of tennis court ground drainage, in particular to a tennis court fast water permeable ground structure with good water permeability, which can fully exert the water seepage function, prevent rainwater from collecting on the tennis court ground to affect normal use and can reuse rainwater. Background technique [0002] Various open-air outdoor sports venues, especially the open-air outdoor tennis courts, are one of the sports venues for the majority of sports enthusiasts. Because the tennis court works almost every day, the service life of the tennis court directly determines its performance. Therefore, the design of the base surface of the outdoor tennis court is particularly important. The ground structure of the existing open-air outdoor tennis court is usually a cement floor structure with poor water permeability, while the open-air outdoor tennis court is generally set in the lowest place of the school g...

AI Technical Summary

Problems solved by technology

The ground structure of the existing open-air outdoor tennis courts is usually a cement floor structure, which has poor water permeability, and the open-air outdoor tennis courts are generally set in the lowest place of the school gymnasium. The ground of the tennis court has poor water permeability. Penetrates quickly into the ground, and low-lying tennis courts are prone to waterlogging

In addition, the drainage of tennis courts relies on underground water collection pipes. When it rains, the rainwater is directly introduced into the water collection pipe network for treatment, which is not conducive to the water cycle of the natural environment.

At the same time, the stagnant water pooled on the surface of the tennis court will cause trouble to the use of the tennis court and affect the game

Moreover, the athletes who participate in the tennis courts in summer are also affected by the dust on the ground, which seriously endangers their health and the service life of the tennis courts.

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