Improved floor brick

Abstract

The invention relates to an improved floor brick which comprises a base, a shaping frame and a top plate. The top plate is movably fastened on the shaping frame, and a return spring is further mounted between the base and the top plate; a deformation film made of elastic materials wraps the outside of the shaping frame, and flow guide holes are equidistantly formed in the shaping frame and the deformation film; L-shaped guide pipe seats are centrally symmetrically fixed onto four corners of the base, a pipe orifice of each guide pipe seat vertically and upwardly directly faces the top plate, and the other pipe orifice of each guide pipe seat horizontally directly faces the shaping frame; adjusting rods are mounted in the various guide pipe seats; one end of each adjusting rod is fixedly connected onto the top plate, and permanent magnetic columns are fixedly mounted at the other ends of the adjusting rods, penetrate the shaping frame and are adhered onto the deformation film. The improved floor brick has the advantages that the improved floor brick is novel in structure and convenient to lay and maintain, and rainwater can be effectively prevented from splashing.

Description

technical field [0001] The present invention relates to a street paving material, in particular to a floor tile. Background technique [0002] When planning streets, floor tiles are often laid on the surface of the street. On the one hand, the floor tiles can beautify the street. Most of the time, cement mortar is used to level the ground first, and then the floor tiles are directly laid on the street surface. Because the soil layer under the cement mortar layer is soft, it is easy to deform after being eroded by rain for a long time and pedestrians stepping on it for a long time. Concave-convex deformation occurs on the surface, which leads to poor stability of the floor tiles and weakens the bonding force between the floor tiles and the ground; this causes the floor tiles to loosen; in rainy weather, rainwater accumulates in the depression between the ground and the floor tiles, once pedestrians Stepping on loose floor tiles, the rainwater and sludge accumulated under t...

AI Technical Summary

Problems solved by technology

[0002] When planning streets, floor tiles are often laid on the surface of the street. On the one hand, the floor tiles can beautify the street. Most of the time, cement mortar is used to level the ground first, and then the floor tiles are directly laid on the street surface. Because the soil layer under the cement mortar layer is soft, it is easy to deform after being eroded by rain for a long time and pedestrians stepping on it for a long time. Concave-convex deformation occurs on the surface, which leads to poor stability of the floor tiles and weakens the bonding force between the floor tiles and the ground; this causes the floor tiles to loosen; in rainy weather, rainwater accumulates in the depression between the ground and the floor tiles, once pedestrians Stepping on loose floor tiles, the rainwater and sludge accumulated under the floor tiles will suddenly splash and wet and pollute the pants of pedestrians. This phenomenon has become a problem of floor tiles in streets and squares in major cities; and there is still no effective way to solve it. This problem, so the street floor tiles in major cities can only be continuously maintained, removed and resurfaced; in summary, this kind of floor tiles not only has relatively large defects, but also consumes more costs in later maintenance

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