Floor paving structure and paving method

Abstract

The invention discloses a floor pavement structure and the paving technique of the flooring. The floor pavement structure comprises a damp proof course (10), a keel layer (20), a floor (40) which are paved on a floor pavement base level, wherein the floor (40) is pieced together by a plurality of floor strips. The keel layer (20) consists of a plurality of plate padding blocks (21) with interval distribution. A groove (22) is formed between the side walls corresponding to the plate padding blocks (21), and the plate padding blocks (21) are fixedly connected with the floor (40). The invention has the advantages that the balance between temperature and humidity of the surface and the undersurface of floor is ensured and the possibility of transformation of the floor is reduced, thereby prolonging the service life of the floor; the walk sounding is eliminated, therefore the environmental quality of working and living places is improved and raised; the pavement way of the keel layers prevents the building structure from being damaged, meanwhile, the constructions requirements of the architectural floor pavement which is heated by the geothermy are well met; the pavement operation is much easier and more standard, thus improving the efficiency of pavement to a large extent.

Description

technical field [0001] The invention relates to floors, in particular to a pavement structure and pavement method suitable for bamboo and wood floors. Background technique [0002] The pavement structure of existing bamboo and wood flooring (such as bamboo flooring, solid wood flooring, finger-jointed wood flooring, solid wood composite flooring, bamboo-wood composite flooring, etc.) usually includes moisture-proof cushions and keel layers laid sequentially on the paving base surface. Layer, floor, and keel layer are composed of several keels interlaced in a network shape, and each keel is fixedly connected to the pavement base surface through expansion screw assemblies or nails. The current pavement structure mainly has the following deficiencies in many aspects. Since the bottom surface of the floor and the keel grid form a number of closed cavities, the temperature and humidity of the floor surface and the bottom surface are quite different, which may easily cause local d...

AI Technical Summary

Problems solved by technology

The current pavement structure mainly has the following deficiencies in many aspects. Since the bottom surface of the floor and the keel grid form a number of closed cavities, the temperature and humidity of the floor surface and the bottom surface are quite different, which may easily cause local deformation and warping of the floor, resulting in The floor cannot reach the normal service life; there is a large area of ​​closed cavity under any part of the floor, and there will be a large air noise when walking on it, which is not conducive to improving and improving the environmental quality of people's work or living places; When fixing the keel strips, it is necessary to intensively drill holes on the pavement base surface, which will damage the structure of the house to a certain extent, and the paving process is complicated, and the paving efficiency is low; There are circulating pipe network and other facilities under the floor, and these facilities are easily damaged when drilling. Therefore, the current pavement structure cannot meet the pavement construction requirements of this type of building.

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