Splash-proof and pressure-proof landscape floor tile and construction method thereof

Abstract

The invention discloses a splash-proof and pressure-proof landscape floor tile. The landscape floor tile comprises a tile body, wherein rainwater collection holes which penetrate through the upper surface of the tile body are formed in the tile body, water seepage holes which penetrate through the lower surface of the tile body are formed in the tile body, and the upper and the lower surface are polygon structures which are in central symmetry with each other and are convergent and divergent in an equal proportion manner; the longitudinal section of the tile body is of a an isosceles trapezoidstructure with a small upper part and a large lower part, a plurality of reinforcing ribs are arranged in the tile body in a staggered manner so as to divide the inside of the tile body into a plurality of accommodating cavities for placing plant growth fillings, and the adjacent accommodating cavities are communicated through water-permeable holes in the reinforcing ribs; and tenons are arrangedon the front and rear side surfaces of the tile body in a central symmetry manner, riveting slots meshed with the tenons are formed in the left and right side surfaces of the tile body in a central symmetry manner, and the tenons are inserted into the riveting slots so as to lock adjacent tile bodies. Through the structural design of three-dimensional lock catch between brick bodies with two forms and structures, and the maintenance mode of serial connection of plant roots, the heavy resistance and roughness of the impact resistance of the brick bodies can be enhanced.

Description

technical field [0001] The invention belongs to the technical field of landscape engineering, and relates to a water-splashing anti-pressure landscape floor tile and a construction method thereof. Background technique [0002] Landscape paving brick is a commonly used engineering material in landscape design and construction. It is mainly used in large-area pavement projects such as squares and sidewalks. The brick body is generally a regular plane with a thickness of about 20-30 cm. Cement mortar is laid on top of the gravel cushion. However, due to the rolling of the car or the settlement of soil and rocks under the cushion, the cushion of the conventional floor tiles is easily deformed by compression and causes water accumulation in the cushion. Water splashes pedestrians' clothes when trampled on. In the prior art, the problem of splashing water on the landscape paving tiles is solved by means of elevating the ground floor, adding splash-proof blocks and water-retainin...

AI Technical Summary

Problems solved by technology

However, due to the rolling of the car or the settlement of soil and rocks under the cushion, the cushion of the conventional floor tiles is easily deformed by compression and causes water accumulation in the cushion. Water splashes pedestrians' clothing while being trampled

In the prior art, the problem of splashing water on landscape paving tiles is solved by means of elevating the ground floor, adding splash-proof blocks and water-retaining surfaces, but most of them are limited by the conditions of high cost and inconvenient construction, and they cannot solve the problem of being affected by heavy objects such as cars. Rolling is easy to damage the problem, and it cannot solve the problem of the sinking of landscape bricks caused by vertical force. It is not suitable for pedestrian spaces such as squares, sidewalks, and landscape roads that are mainly used by people.

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