Guide rail type detachable floor

Abstract

The invention provides a guide rail type detachable floor which is a brand new floor assembling structure. At present, most solid wood floors adopt the mode of assembling wood keels with steel nails and cannot be detached and reused, wood is wasted, and the net height is further lost. In order to overcome the defects, the guide rail type detachable floor changes rabbets at the two ends of a floor body (1) into two symmetrical half T-shaped notches (2) meanwhile retaining the rabbets on the two sides of the floor body (1) according to the mortise and tenon principle. One (or several) T-shaped groove (3) parallel to the two ends of the floor body is milled in the reverse surface of the floor body, and then an I-shaped metal profile serves as a guide rail (4). The upper half part of the guide rail is exactly embedded in the T-shaped groove of the floor body or a T-shaped groove (5) formed by splicing the two half T-shaped notches, and the lower half part of the guide rail is fixed to the ground (7) through a screw (6). The guide rail type detachable floor is convenient to install, can be detached and moved, and can be returned to a factory for refurbishment; wood is saved; and the nation and the people are benefited. The method is mainly applicable to solid wood floors and also can be used for solid wood composite floors.

Description

[0001] Technical field: [0002] The invention relates to a wooden floor assembly method, which is suitable for the splicing and installation of various wooden floors (except thin composite boards), and is especially suitable for solid wood floors. [0003] Background technique: [0004] Along with the raising of people's living standard, wooden floor has almost become requisite building material in the home decoration, and it has improved people's quality of life, beautified indoor environment. At present, the assembly of solid wood floors on the market mostly adopts the traditional wooden keel plus steel nails (or glue), but this traditional process has many disadvantages: 1. The wooden keel not only consumes wood, but also occupies some indoor net height; 2. .Because the floor is firmly fixed on the wooden keel by steel nails, it cannot be reused, and a lot of wood is wasted; 3. Because it cannot be disassembled, many people have to watch the expensive floor being discarded ...

AI Technical Summary

Problems solved by technology

At present, the assembly of solid wood floors on the market mostly adopts the traditional wooden keel plus steel nails (or glue), but this traditional process has many disadvantages: 1. The wooden keel not only consumes wood, but also occupies some indoor net height; 2. .Because the floor is firmly fixed on the wooden keel by steel nails, it cannot be reused, and a lot of wood is wasted; 3. Because it cannot be disassembled, many people have to watch the expensive floor being discarded and wasted due to house relocation. A lot of money; 4. Since large steel nails or screws are needed to fix the wooden keel, the ground drilling holes are large and deep during construction, which will also cause great damage to the house structure

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