Energy-saving floor tile laying mechanism

Abstract

The invention discloses an energy-saving floor tile laying mechanism comprising a bearing framework unit (2) bearing a floor tile, a sleeve-jointing rack (3) and a supporting blocks (4). Adjacent bearing framework units (2) are connected via the sleeve-jointing rack (3); the supporting blocks (4) are connected under the bearing framework unit (2) and supported on the ground; the sleeve-jointing rack (3) is long stripped; a plurality of joints for insertion of bearing framework units (2) are arrayed on the sleeve-jointing rack (3); the plurality of bearing framework units (2) are correspondingly inserted into the plurality of joints of the long stripped sleeve-jointing rack (3); the sleeve-jointing rack (3) is cross-shaped; framework rods (2.1) are enclosed to form each bearing framework unit (2); and the cross-shaped sleeve-jointing rack (3) is respectively connected with framework rods (2.1) of the adjacent bearing framework units (2). Floor tiles are laid by the use of the energy-saving floor tile laying mechanism, so construction quality and efficiency can be improved; and great floor tile flatness can be achieved and excellent energy-saving effect can be achieved.

Description

technical field [0001] The invention relates to the technical field of home decoration, in particular to an energy-saving floor tile laying mechanism for assisting floor tile laying. Background technique [0002] Floor tiles are an indispensable material for home decoration, and the construction and installation of the floor has naturally become an unavoidable process for decoration. The purpose of the laying and installation of floor tiles is to complete the bonding of floor tiles to the ground and ensure their firmness. Therefore, traditional mortar bonding has become the first choice for people. Mortar is used to bond floor tiles. Since the uniformity and thickness are controlled by the builder, the skill requirements of the builder are very high, otherwise the final flatness will be affected. In addition, the use of mortar to achieve bonding will not only consume a lot of mud and stone resources, but also need to be knocked out and reinstalled in redecoration and mainte...

AI Technical Summary

Problems solved by technology

[0004] In view of this, the present invention provides an energy-saving floor tile laying mechanism with high construction ef...

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