Floor tile laying structure

Abstract

The invention provides a floor tile laying structure, which comprises floor tiles and a laying cushion. Lattice grooves which are partitioned by partition plates and accommodate the floor tiles in a matched mode are formed in the laying cushion, convex edges are arranged on the side walls of the partition plates, and grooves clamped with the convex edges in a matched mode are formed in the positions, corresponding to the convex edges, of the side walls of the floor tile. The floor tile laying structure is simple in structure and good in overall laying effect, capable of restraining expansion and contraction stress, convenient to construct and high in laying and demounting efficiency.

Description

Technical field [0001] The present invention relates to a composite floor tile installation structure in building materials, especially on the ground, terrace or wall of a building as a floor mat of building materials, and in particular to a tile paving structure. Background technique [0002] The paving method of floor tiles: stone and ceramics generally need to be bonded with cement, solid wood and plastic wood need to be made on the floor, and ordinary permeable bricks and silica sand permeable bricks need to be bonded with leveling layers. This traditional paving method is troublesome in construction and low in paving efficiency. It also brings a lot of trouble to the constructor due to the complexity of the paving, and it wastes a lot of manpower because of the problems of moving multiple materials. [0003] When paving slabs and tiles, in order to make the door entrance, roof, balcony, terrace and other floors have the buffer and anti-skid function, they can only choose the m...

AI Technical Summary

Problems solved by technology

During the construction of large-area dense joints of such large-scale slabs, stress superposition and concentration may occur, resulting in hollowing, arching, falling off or cracking of the slab.

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