Solid wood floor with three-layer timber structure and its installation method

A technology of solid wood flooring and installation methods, which is applied in the direction of chemical instruments and methods, layered products, building structures, etc., can solve the problems of limiting the width of the floor, prone to bulging, cracking, and floor heating equipment cannot be laid, and achieve disassembly and assembly. The effect of convenient repair, material and labor saving, and simple laying process

Inactive Publication Date: 2016-02-10
上海筑邦木业有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] At present, in the multi-layer solid wood flooring on the market, the boards of the middle layer and the upper and lower panels are bonded in a criss-cross manner. The middle boards are generally rectangular and arranged in the same direction. This structure limits the width of the floor. It cannot be processed into a square floor in form, especially a square parquet floor
Therefore, it cannot meet the growing demand for interior decoration
Moreover, the existing multi-layer solid wood places have defects in moisture resistance and deformation resistance, and are easily affected by seasonal changes and ambient temperature. They are prone to uplift and cracking during use. great limitations

Method used

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  • Solid wood floor with three-layer timber structure and its installation method
  • Solid wood floor with three-layer timber structure and its installation method
  • Solid wood floor with three-layer timber structure and its installation method

Examples

Experimental program
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Effect test

Embodiment 1

[0020] Lay the first square floor at a distance of 10-12mm from the wall or building components. The size of the square floor is 300mm*300mm, and straighten it with a straight line; Lay through U-shaped metal buckles between them; repeat the above steps until the floor is installed, and install compression springs at the interval between the wall or building components and the floor.

[0021] A square floor is composed of a bottom plate, a middle plate and a panel, and the middle plate and the middle plate are spliced ​​by four floor boards (see image 3 ), the wood texture between adjacent floor boards is criss-crossed, so that the wood texture of the whole middle board is separated, and the bottom board is bonded to the middle board in the forward and reverse direction (horizontal or vertical), The so-called forward and reverse direction means that 50% of the wood grain of the bottom plate is along the wood grain direction of the middle plate, and 50% is against the wood gra...

Embodiment 2

[0023] Lay the first square floor at a distance of 10-12mm from the wall or building components. The size of the square floor is 800mm*800mm, and straighten it with a straight line; then lay the square floor along the wall or building components in sequence, and the adjacent square floor Lay through U-shaped metal buckles between them; repeat the above steps until the floor is installed, and install compression springs at the interval between the wall or building components and the floor.

[0024] A square floor is composed of a bottom plate, a middle plate and a panel, and the middle plate and the middle plate are spliced ​​by four floor boards (see Figure 4 ), the wood texture between adjacent floor boards is criss-cross, so that the wood texture of the whole middle board is separated, and the bottom board is combined with the middle board by the oblique and inverse method. The so-called oblique and inverse method is the bottom board The direction of the wood texture and th...

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Abstract

The invention relates to a three-layer-timber-structure solid wood floor. The three-layer-timber-structure solid wood floor is characterized in that a middle plate and a panel are sequentially arranged on a bottom plate, the middle plate is formed by splicing at least two floor blocks, the texture of timbers between neighboring floor blocks is criss-cross, and an included angle is arranged between the timber texture direction of the bottom plate and the timber texture direction of the floor block of the middle plate. Meanwhile, the three-layer-timber-structure solid wood floor is simple in pavement technology. Neighboring square floors are connected through U-shaped metal buckles. Keels do not need additionally arranging, and materials and manpower are saved to provide convenience for disassembling, assembling and maintenance in the future. A fixing mode is a dynamic fixing mode, and no matter a solid wood floor expands or contracts in the using process, the solid wood floor can automatically digest and absorb stress deformation of expansion and stress deformation of contraction, and accordingly the problems such as deformation and cracking can not happen in the using process of the solid wood floor.

Description

technical field [0001] The invention relates to the technical field of solid wood floors, in particular to a solid wood floor with a three-layer wood structure and an installation method thereof. Background technique [0002] At present, in the multi-layer solid wood flooring on the market, the boards of the middle layer and the upper and lower panels are bonded in a criss-cross manner. The middle boards are generally rectangular and arranged in the same direction. This structure limits the width of the floor. It cannot be processed into a square floor in form, especially a square parquet floor. Therefore can not satisfy the increasing interior decoration demand. Moreover, the existing multi-layer solid wood places have defects in moisture resistance and deformation resistance, and are easily affected by seasonal changes and ambient temperature. They are prone to uplift and cracking during use. Great limitations. Contents of the invention [0003] The purpose of the pre...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): E04F15/04E04F21/22B32B21/14B32B21/13
Inventor 陈建国骆爱明李荣生
Owner 上海筑邦木业有限公司
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