CN2397205Y - Improved assembled floor - Google Patents

Abstract

The utility model relates to a floor, it is by the floor of top layer, medial non-woven cloth and the gasket of bottom constitute, wherein the floor of top layer, by several pieces of rectangle wooden floor symmetry gomphosis in an organic whole, and the length on rectangle wooden floor is the length size that varies, its width size is the same, and two gomphosis lugs have been stretched to two adjacent limit central authorities of two sides on rectangle wooden floor symmetry respectively protruding, two gomphosis recesses are established to two adjacent limit central authorities respectively symmetry concave in its other two sides again, the bottom surface on top layer floor then glues solid one medial non-woven cloth, the bottom gasket of a solid foaming material is glued to the bottom surface on medial non-woven cloth. Therefore, the wood board is easy to stack and carry, quick in spreading and laying, and specific in improving the sound insulation and shockproof effects of the wood board.

Description

Improved assembled floor

The utility model relates to a floor.

At present, the decoration of general indoor floors mostly adopts the methods of laying carpets, plastic floors or wooden boards. However, it is very difficult to clean and maintain the carpets, and the plastic floor is prone to stampede deformation due to material factors. As for the conventional wooden floor It has the advantages of easy maintenance and cleaning, and is not easy to deform. The existing patent announcement No. 361497 "Assembly Improvement of Wooden Floor" patent case, the main feature is that a round convex part and an inner concave part are provided on any opposite sides of the wooden floor, and Its interior has cushioning elasticity, so that two wooden floors can be closely fitted together, and the wooden floors need to be assembled piece by piece to be laid on the ground. As far as DIY (DIY) disassembly and laying assembly is concerned, it is difficult to achieve the performance of quickly and accurately assembling and laying wooden floors on a large area. Moreover, the bottom surface of wooden floors does not have glue fixing positions, anti-slip shock absorption, and sound insulation designs. Therefore, To the shortcoming of above-mentioned conventional wooden floor assembly structure.

In view of this, the purpose of this utility model is to provide an improved assembled floor, which is a three-layer or wooden floor assembly structure, and the top floor is symmetrically embedded into one by several rectangular wooden floors.

The purpose of this utility model is achieved like this: a kind of improved assembly floor, it is characterized in that: it is made of the floor of the top floor, the non-woven fabric of the middle layer and the spacer of the bottom layer, wherein the floor of the top floor is made of several rectangular wooden floorboards It is symmetrically embedded into one body, and the length of the rectangular wooden floor is unequal, and its width is the same, and there are two symmetrical projections protruding from the central parts of the two sides of the rectangular wooden floor, and on the other two sides of the rectangular wooden floor. Two fitting grooves are respectively symmetrically recessed in the central part of the side adjacent sides, the bottom surface of the top floor is then glued to a middle layer of non-woven fabric, and the bottom surface of the middle layer of non-woven fabric is glued to a solid bottom gasket of a foaming material.

Due to the adoption of the above scheme: it is easy to stack and carry, quickly unfold the laying construction and specifically improve the sound insulation and shockproof effects of the wooden floor.

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is the exterior view of a typical embodiment of the utility model;

Fig. 2 is a partial enlarged view of Fig. 1 of a typical embodiment of the utility model;

Fig. 3 is a side view of Fig. 1 of a typical embodiment of the utility model;

Fig. 4 is a partial sectional view of a typical embodiment of the utility model;

Fig. 5 is a schematic diagram of a typical embodiment of the utility model where the side is positioned on the frame;

Fig. 6 is a schematic diagram of assembly and construction of a typical embodiment of the utility model;

In the figure: floor 10 rectangular wooden floor 11 fitting projection 12, 13 fitting groove 15, 16 non-woven fabric 20 spacer 30 frame element 40 double-sided tape 41

As shown in Figure 1, the floor 10 of the present embodiment and the floor 10 of the top floor, the non-woven fabric 20 of the middle floor and the gasket 30 of the bottom layer constitute a two-layer assembled floor structure, wherein the floor 10 of the top floor is symmetrically embedded by several rectangular wooden floor boards 11. Synthesize one (as shown in Figure 6), and the length of rectangular wooden floor 11 can be unequal long size, yet, its width then is the same size, and protruding symmetrically respectively at the two sides of rectangular wooden floor 11 near the central part. Two fitting blocks 12, 13, and two fitting grooves 15, 16 are respectively symmetrically recessed in the central part of the other two sides of the adjacent side, so that a plurality of rectangular wooden floor boards 11 can be easily fitted and assembled into a large area. Floor structure, and a middle layer of non-woven fabric 20 is glued to the bottom surface of several rectangular wooden floors 11 fitted together, so that the phenomenon of loosening and sliding will not occur between several rectangular wooden floors 11 fitted together. Then, the bottom surface of the middle layer of non-woven fabric 20 Then glue the bottom gasket 30 of a foam material, and the bottom gasket 30 has the functions of shock absorption, anti-skid and noise isolation.

The structural features of the present embodiment and their specific use effects are as follows:

1. Since several rectangular wooden floorboards 11 are assembled into a large-area floorboard 10 structure (as shown in FIG. 6 ) in advance, and the floorboard 10 is glued on a middle layer of non-woven fabric 20 and a bottom layer of foam material gasket 30 , The effect of fast and large-scale standardized construction and laying of wooden floors.

2. Because the non-woven fabric 20 of the middle layer is fixed on the bottom surface of several rectangular wooden floors 11, it can prevent the phenomenon of loosening and shifting between several rectangular wooden floors 11.

3. Since the gasket 30 made of the bottom foam material has the functions of shock absorption, anti-skid and noise isolation, the laying quality and use effect of the wooden floor can be improved.

4. For the smaller floor area near the wall, you can first measure the size of the required floor area. And utilize the utility knife to cut the non-woven fabric 20 of the middle layer and the foaming material spacer 30 of the bottom layer, can quickly cut the required several rectangular wood flooring 11 size areas, and can be quickly fitted and laid on the wall position.

5. A strip-shaped frame element 40 can be used as the positioning stop element of the floor 10 (as shown in FIG. 5 ), that is, it can use double-sided adhesive tape 41 to glue and fix the frame positioning stop element on the ground After being installed, the wooden floor 10 can be embedded and positioned in the U-shaped frame element 40 .

6. If the wooden floor 10 is partially damaged and needs to be replaced, it is only necessary to easily disassemble the damaged wooden floor 10 for replacement.

7. Since the widths of several rectangular wooden floorboards 11 on the floorboard 10 belong to the same size, the floorboards 10 can be oppositely bent (as shown in Figures 1 and 3) into crawler shapes, and can be folded and placed to facilitate transport.

In summary, the utility model is a three-layer floor assembly structure composed of the top floor, the middle non-woven fabric and the bottom gasket, and the top floor is symmetrically embedded by several rectangular wooden floors. The bottom surface of the top floor is then glued to a middle layer non-woven fabric and a bottom foam pad, so that the utility model has the functions of being easy to be stacked and transported, quickly unfolding the paving construction and specifically improving the sound insulation and shockproof effect of the wooden floor.

Claims (1)

1. An improved assembled floor, which is characterized in that it is composed of the top floor, the middle non-woven fabric and the bottom gasket, wherein the top floor is symmetrically embedded by several rectangular wooden floors, and the rectangular wooden floor The length of the floor is unequal, and its width is the same. There are two symmetrical protrusions protruding from the central part of the two adjacent sides of the rectangular wooden floor, and symmetrically recessed in the central part of the other two adjacent sides. Two fitting grooves are set, the bottom surface of the top floor is then glued to a middle non-woven fabric, and the bottom surface of the middle non-woven fabric is glued to a bottom gasket of a foaming material.

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