Novel floorboard assembling structure and connecting components thereof

Abstract

The invention discloses a novel floorboard assembling structure and connecting components thereof, which belong to the technical field of floorboards. The novel floorboard assembling structure and connecting components thereof disclosed by the invention comprise floorboards and connecting components, wherein the four edges of each floorboard body are respectively provided with a sliding chute which is sunken inwards, the two sides of a connecting component respectively move back and forth in a space formed by the sliding chutes at the long edges of two or more adjacent floorboards, and the two sides of another connecting component move back and forth in a space formed by the sliding chutes at the short edges of two or more adjacent floorboards. The novel floorboard assembling structure and connecting components thereof disclosed by the invention have an advantage that: through opening sliding chutes at the long and short edges of the floorboards, the connecting components pass through the spaces formed by the floorboards and the sliding chutes at the edges of the floorboards, so that a plurality of floorboards are rapidly and integrally assembled, therefore, the cracking and deformation of the floorboards can be effectively avoided.

Description

technical field [0001] The invention relates to the technical field of floor technology, in particular to a novel floor assembly structure and connecting parts thereof. Background technique [0002] With the continuous improvement of people's living standards, flooring has become an indispensable part of the interior decoration of thousands of households. The floor has the advantages of light weight, flexible assembly, not easy to crack and deform, and is deeply loved by consumers and installation workers. However, most of the floor assembling methods currently on the market are assembled by tenons and grooves arranged on the two short sides of the board body. Although the shapes of the tenons and grooves are various, this single The assembled structure can only effectively solve the movement or distortion of the floor in the vertical direction of the ground, but it cannot realize the movement or distortion of the floor in the direction perpendicular to the joint direction ...

AI Technical Summary

Problems solved by technology

However, most of the floor assembling methods currently on the market are assembled by tenons and grooves arranged on the two short sides of the board body. Although the shapes of the tenons and grooves are various, this single The assembled structure can only effectively solve the movement or distortion of the floor in the vertical direction of the ground, but it cannot realize the movement or distortion of the floor in the direction perpendicular to the joint direction of the tenon and the groove. Effective control, and at the same time, it is impossible to connect the entire floor laying surface as a whole or connect the local areas of the floor laying surface as a whole, thereby avoiding the occurrence of cracking and deformation of the floor and prolonging the useful life of the floor Effect

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