CN216921156U - Detachable straight floor paving structure - Google Patents

Abstract

The utility model discloses a detachable straight-laying floor structure, which belongs to the technical field of building decoration. It has a concave structure, and the sides of the other opposite sides form a male groove and a female groove structure. The top of the concave structure is provided with a groove, and there are installations between the two floor boards of the adjacent concave structure. The cross section of the installation strip is an "I"-shaped structure, the installation strip is clamped in the concave structure and groove of the two adjacent floorboards, and the edge of the outermost floorboard is arranged at the edge There is a corner strip, the cross section of the corner strip is an "up"-shaped structure, the bottom of the foot block is provided with a straight groove, and the top of the corner strip can be inserted into the straight groove. By adopting the solution, the technical problems of complicated installation, low assembly efficiency and easy warping of the existing floor can be solved.

Description

Detachable straight floor structure

technical field

The utility model relates to the technical field of architectural decoration, in particular to a detachable straight-lay floor structure.

Background technique

Floors, including solid wood floors and laminate floors, are widely used as a common paving decoration for indoor floor treatment. There are two main ways of paving the floor, one with a keel, and the other without a keel. For the floor with keel, the keel is laid on the floor surface layer according to a certain interval, and then the floor is placed on the keel, and the floor is fixed on the keel with nails to avoid the floor shifting or partial lifting. The floor without keel is directly laid on the floor surface. The two methods have their own advantages and disadvantages. For the floor with keel, because of the existence of the keel, the floor surface has a certain undulation, which can be leveled by adjusting the keel. The floor can also be routed under the floor, and the moisture resistance is better because the floor is overhead. At the same time, due to the interval arrangement of the keels, the floor can have a certain elasticity, and it is more comfortable to walk on, but there are many steps in the paving process, which is also time-consuming and labor-intensive. The floor is close to the floor surface layer, and after paving, due to the lack of a fixed structure similar to the keel, it is prone to warping or dislocation.

The applicant of this patent has researched this and developed a detachable straight-laying floor structure to solve the technical problems of complicated installation, low assembly efficiency and easy warping of the existing floor.

SUMMARY OF THE INVENTION

The purpose of the utility model is to provide a detachable straight-laying floor structure to solve the technical problems of complicated installation, low assembly efficiency and easy warping of the existing floor.

In order to achieve the above object, the technical scheme of the present utility model is as follows:

A detachable straight-laid floor structure, comprising a floor board and a footing block, the floor board is in a rectangular or square shape, the sides of the opposite sides of the floor board are in a concave structure, and the other opposite sides are in a concave structure. The side of the concave structure is formed into a male groove and a female groove structure, the top of the concave structure is provided with a groove, and a mounting strip is provided between the two floor boards of the adjacent concave structure, and the cross section of the mounting strip is "work". ” shape structure, the mounting strips are clamped in the concave structures and grooves of two adjacent floorboards, and corner strips are arranged at the edge of the outermost floorboard, and the cross-section of the corner strips The bottom of the foot block is provided with a straight groove, and the top of the corner strip can be inserted into the straight groove.

Further, the floorboard is a composite floor and is in a square shape. The square shape is convenient for paving, and also facilitates the construction of unique patterns and unique visual effects when the floor is paved.

Further, the size of the floorboard is a square structure with a side length of 60 cm, a square structure with a side length of 80 cm, or a square structure with a side length of 100 cm. The standardized structure is more in line with the traditional paving method, which makes paving and alignment more convenient.

Further, the bottom surface of the floorboard is provided with a waterproof layer. Improve waterproof effect.

Further, both sides of the waterproof layer have flanging structures. The flanging structure can be inserted into the bottom plate of the mounting strip and the corner strip to improve the waterproof and moisture-proof performance.

Further, the upper part of the waterproof layer is provided with an elastic damping layer. Increase a certain elastic effect and thermal insulation effect, improve the use of the floor.

Further, mounting holes are provided at the bottoms of the mounting strips and the corner strips. The mounting strip and the corner strip can be fixedly installed by self-tapping screws or plastic expansion screws, so that the installation of the floor board and the corner block is more stable.

Compared with the prior art, this solution has the following outstanding advantages and positive effects:

1. The main body adopts the structure of floor plate, foot block, installation strip and corner strip. The corner strip is used to limit the floor plate, and the corner strip is used to install the foot block. The snap-embedding structure of the groove mother groove and the fixing structure of the installation strip are aligned and fixed, and the overall paved floor has the characteristics of easy alignment, neat edges and corners, and smooth and not easy to warp;

2. In this installation method, the floorboards, footing blocks, installation strips and corner strips are laid in an orderly and orderly manner. The operation is convenient during the paving process. The floorboards are inserted neatly, and the There are installation strips in the room to limit, fix and align. While improving the installation firmness, the difficulty of paving is greatly reduced. The installation of corner strips can also achieve accurate and efficient installation during paving, making the room floor paving. The sticker has excellent visual aesthetics, the scheme is simple in structure, convenient for laying and sticking, and has a long service life of the floor, which has good promotion significance.

Description of drawings

FIG. 1 is an overall schematic diagram of the floor structure of the preferred embodiment.

Figure 2 is a schematic diagram of the structure of the floor plate and the installation strip.

FIG. 3 is a schematic diagram of the structure of the floor board, the foot block and the corner strip.

Figure 4 is a schematic diagram of the internal structure of the floorboard.

Detailed ways

1, 2, and 3, a detachable straight-lay floor structure includes a floor board 1, a foot block 2, a mounting strip 3 and a corner strip 4. The floor board 2 has a rectangular or square structure, preferably a square structure , the main material can be spliced solid wood or composite solid wood structure, and the upper surface can be spliced into a unique texture. The entire floor main body is formed by splicing a plurality of floor boards 1 in a grid shape, and the main body of the foot block 2 adopts the same floor board 1 The same material, and the pattern on its surface can be an extension of the pattern of the floorboard 1, so that a better visual effect can be achieved. The mounting strip 3 and the corner strip 4 are long strips, and the material can be aluminum alloy, light steel or plastic. , play the role of fixing, connecting and positioning.

The foot block 2 is used for paving at the bottom of the wall. When the floor block 1 is paved, a certain distance (usually about 1 cm) must be reserved for expansion and contraction to cope with thermal expansion and cold contraction or its own expansion. , leaving space can reduce the phenomenon of arching or warping caused by it, so the foot block 2 is arranged between the floor board 1 and the wall to achieve the effect of closing the seam and beauty, and it is also convenient for sanitation and cleaning to prevent miscellaneous objects fall into these gaps.

Specifically, the floorboard 1 has a good splicing structure, and its two longitudinal sides have a male groove and female groove 11 structure, so the longitudinally adjacent floorboards 1 can be inserted into each other through the male groove and female groove 11 structure. The horizontal sides of the floorboard 1 are all formed into concave structures 12, and the top of the concave structure 12 is provided with grooves 13. When horizontally adjacent When the two floorboards 1 are spliced together, the concave structure 12 and the groove 13 of each other form a cavity, the cavity is used to accommodate the mounting strip 3, and the cross-section of the mounting strip 3 is similar to the "I" structure, in which the two sides of the top are The horizontal strip 31 is used to be embedded into the interior of the groove 13. When the two floorboards 1 are spliced together, the top of the installation strip 3 will not exceed the upper surface of the floorboard 1, so it will not affect the visual effect of the overall splicing of the floorboard 1. ;

At the splicing of the footing block 2 and the floorboard 1, a corner strip 4 is arranged. The cross-section of the corner strip 4 is similar to the "up" character structure. The bottom of the foot block 2 is provided with a straight groove 21, and the straight bar 42 on the top of the corner strip 4 is used to be inserted into the straight groove 21, so that the foot block 2 is covered and spliced on the corresponding floor board 1. above, and the corner strips 4 are shielded inside the two.

In some embodiments, in order to better demonstrate the splicing effect and meet most design requirements, the size of the floorboard 1 is a 60 cm square structure, an 80 cm square structure or a 100 cm square structure.

In some embodiments, in order to improve the installation firmness of the floorboard 1, a mounting hole 32 is provided at the bottom of the mounting strip 3 and the corner strip 4, and the mounting strip 3 is fixed to the mounting strip 3 through the mounting hole 32 and through self-tapping screws or plastic expansion screws. And the corner strip 4 is fixedly installed on the ground to make it more stable, and it is not easy to skew during the paving process.

Referring to FIG. 4, in some embodiments, a waterproof layer 14 is arranged on the bottom surface of the floorboard 1 to improve the waterproof effect, and an elastic damping layer 15 is arranged on the upper part of the waterproof layer 14, so as to increase a certain elastic effect and improve the floor Using experience, the surface of the floorboard 1 is a wear-resistant finishing layer 16, and between the wear-resistant finishing layer 16 and the elastic damping layer 15 is a basic structure layer 17, wherein the two sides of the waterproof layer 14 have a flanging structure, which can be combined with The bottom plate of the installation strip 3 and the corner strip 4 is inserted, so the water-proof and sealing performance can be improved. The elastic damping layer 15 has a porous structure and has a certain thermal insulation effect, so the floor plate 1 of this scheme has good structural strength. , long service life, convenient splicing and low carbon environmental protection.

Therefore, when the base plate is laid and pasted, the floor plate 1, the foot block 2, the installation strip 3 and the corner strip 4 are laid in an orderly and orderly manner. The operation is convenient during the laying process. There are installation strips 3 between each row of floorboards 1 to limit, fix and align. While improving the installation firmness, the difficulty of paving is greatly reduced, and the installation of corner strips 4 can also be realized during paving. Precise and efficient installation, so that the room floor covering has excellent visual aesthetics;

Even if the disassembly operation is required, as long as the reverse paving is carried out, the disassembly operation is very convenient, and compared with the floor structure of the transmission, after the overall disassembly, the damage to the ground and the wall is extremely small, which greatly reduces the maintenance cost. The scheme has the advantages of simple structure, convenient paving and long service life of the floor, which has good promotion significance.

Claims (7)

1. The utility model provides a can dismantle straight floor structure of spreading which characterized in that: including floor block and tile foot piece, the floor block becomes rectangle or square shape, the side of the relative both sides of floor block becomes interior concave structure, and the side of another relative both sides becomes public groove female groove structure, the top of interior concave structure is equipped with the recess, be equipped with the mounting bar between two floor blocks of adjacent interior concave structure, the cross-section of mounting bar becomes "worker" font structure, the mounting bar is blocked to be inlayed in the interior concave structure and the recess by two adjacent floor blocks, the edge of the floor block in the outside has arranged the corner strip, the cross-section of corner strip becomes "last" font structure, the bottom of tile foot piece is equipped with the straight flute, the top of corner strip can inlay card extremely straight flute department.

2. A demountable vertical flooring structure according to claim 1, wherein: the floor board is a composite floor and is square.

3. A demountable vertical flooring structure according to claim 2, wherein: the size of the floor block is a square structure with the side length of 60 centimeters, a square structure with the side length of 80 centimeters or a square structure with the side length of 100 centimeters.

4. A demountable vertical flooring structure according to claim 1, wherein: and a waterproof layer is arranged on the bottom surface of the floor block.

5. A demountable vertical flooring structure according to claim 4, wherein: and two side edges of the waterproof layer are provided with flanging structures.

6. A demountable vertical flooring structure according to claim 4, wherein: and the upper part of the waterproof layer is provided with an elastic damping layer.

7. A demountable vertical flooring structure according to claim 1, wherein: and mounting holes are formed in the bottoms of the mounting strips and the corner strips.

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