CN213683043U

CN213683043U - A square multi-layer composite shock-absorbing parquet floor

Info

Publication number: CN213683043U
Application number: CN202022110210.XU
Authority: CN
Inventors: 韩雨
Original assignee: Dalian Shengyu Technology Development Co ltd
Current assignee: Dalian Shengyu Technology Development Co ltd
Priority date: 2020-09-24
Filing date: 2020-09-24
Publication date: 2021-07-13
Anticipated expiration: 2030-09-24

Abstract

A square multi-layer composite shock-absorbing parquet floor belongs to the technical field of home decoration materials. The square multi-layer composite shock-absorbing parquet floor includes a wooden parquet panel and a bottom plate. The periphery of the parquet floor is provided with inlay grooves or strips for inlaying between the floors, and an adhesive layer is arranged between the wooden parquet panel and the bottom plate, and the bottom plate is From top to bottom, the first WPC board, the aluminum alloy board, the second WPC board, the bottom wooden board and the foam shock absorbing layer are bonded together by glue. This kind of parquet floor improves the resistance to strong acid and alkali, water resistance and corrosion resistance of the floor by setting two layers of WPC boards, and does not breed bacteria, is not easy to be eaten by insects, and does not grow fungi. The thermal conductivity of the floor is enhanced by arranging the aluminum alloy plate, and the floor has excellent anti-vibration performance by arranging the foam damping layer. The wooden parquet panel, which is spliced into a specific pattern by using the leftovers of solid wood, saves wood resources and solves the problem of a single pattern of wooden floors.

Description

Square multilayer composite damping parquet floor

Technical Field

The utility model relates to a compound shock attenuation parquet floor of square multilayer belongs to house ornamental material technical field.

Technical Field

The solid wood floor always occupies the leading position of the domestic floor market due to the advantages of natural texture, firmness, durability, no indoor air pollution and the like. However, the pure solid wood floor has poor shock resistance and is easy to deform, which causes problems of increased floor clearance, cracked board surface, arched floor, warping or mildew and the like, and leads to higher daily care requirements of the solid wood floor. Most of the existing floor boards are strip-shaped, the patterns on the surface of the floor boards are single and are usually the textures formed by wood naturally, and the thermal conductivity of the floor boards is usually poor, so that northern consumers are more and more inclined to marble floor tiles with rich surface patterns and good heat transfer performance. In addition, a lot of leftover materials are generated in the floor factory during the production and processing of the floor, and the leftover materials are usually discarded and disposed, which results in the waste of precious wood resources.

Disclosure of Invention

For solving the problem that exists among the prior art, the utility model provides a compound shock attenuation parquet floor of square multilayer realizes that the surface has functions such as parquet pattern, the main part is difficult for warping, water-fast, antibiotic, good and bottom shock attenuation of heat transfer performance through setting up wooden parquet panel, two-layer WPC board, one deck aluminum alloy plate and one deck foam shock-absorbing layer.

The utility model adopts the technical proposal that: the utility model provides a compound shock attenuation parquet floor of square multilayer includes wooden parquet panel and bottom plate, the periphery of parquet panel is equipped with the caulking groove or the fillet of usefulness each other inlaying of floor, be equipped with the glue film between wooden parquet panel and the bottom plate, the bottom plate adopts the compound shock-absorbing structure of the multilayer that the adhesive bonds is in the same place by first WPC board, aluminum alloy plate, second WPC board, bottom plank and foam shock-absorbing layer in proper order from top to bottom, wooden parquet panel comprises square structure by four rectangular hexagonal boards and four big triangle-shaped makeup boards, adopts seamless cooperation between the minor face of four rectangular hexagonal boards in proper order, and two sides of big triangle-shaped makeup board adopt seamless cooperation respectively with between the long limit of adjacent rectangular hexagonal board.

Every big triangle-shaped makeup comprises a square plate, two right angle pentagonal panels and two triangle-shaped plates, adopts seamless cooperation between the obtuse angle minor face of two right angle pentagonal panels that constitute big triangle-shaped makeup, adopts seamless cooperation between the triangle minor face of a right angle long side of right angle pentagonal panel and triangle-shaped plate, adopts seamless cooperation between the square flange of another right angle long side and square-shaped plate.

The thickness of wooden parquet panel is 1mm, and the thickness of first WPC board is 3mm, and the thickness of aluminum alloy plate is 2mm, and the thickness of second WPC board is 3mm, and the thickness of bottom layer plank board is 1mm, and the thickness of foam shock-absorbing layer is 1 mm.

The utility model has the advantages that: the utility model provides a compound shock attenuation parquet floor of square multilayer includes wooden parquet panel and bottom plate, the periphery of parquet floor is equipped with the caulking groove or the fillet of usefulness between each other of floor, be equipped with the glue film between wooden parquet panel and the bottom plate, the bottom plate is by first WPC board from top to bottom in proper order, the aluminum alloy plate, second WPC board, bottom plank and foam shock-absorbing layer adopt the compound shock-absorbing structure of the multilayer that the adhesive bonds is in the same place, wooden parquet panel comprises four rectangular hexagonal boards and four big triangle-shaped makeup boards square structure, adopt seamless cooperation between the minor face of four rectangular hexagonal boards in proper order, two sides of big triangle-shaped makeup adopt seamless cooperation respectively with between the long limit of adjacent rectangular hexagonal board. The parquet floor is provided with the two layers of WPC boards, so that the strong acid and alkali resistance, water resistance and corrosion resistance of the parquet floor are improved, bacteria are not propagated, and the parquet floor is not easy to be damaged by worms and does not grow fungi. The heat-conducting property of the floor is enhanced by arranging the aluminum alloy plate, and the floor has excellent anti-seismic property by arranging the foam damping layer. The wooden parquet panel spliced into the specific pattern by utilizing the solid wood leftover materials saves wood resources and solves the problem of single pattern of the wooden floor at the same time. The parquet floor provides attractive patterns through the parquet panels, and achieves water resistance, antibiosis, good heat conduction performance and excellent earthquake resistance through the multilayer composite bottom plate.

Drawings

FIG. 1 is a structural diagram of a square multi-layer composite damping parquet floor.

FIG. 2 is a block diagram of the block effect of a square multi-layer composite damping block floor.

FIG. 3 is a block diagram of an elongated hexagonal panel

FIG. 4 is a structural view of a large triangular jigsaw puzzle

FIG. 5 is a block diagram of a square panel

FIG. 6 is a block diagram of a right angle pentagonal panel

FIG. 7 is a structural view of a triangular plate

In the figure, 1, wooden parquet panel, 2, first WPC board, 2a, aluminum alloy plate, 2b, second WPC board, 2c, bottom plank, 2d, foam shock-absorbing layer, 3, rectangular hexagonal board, 3a, minor face, 3b, long side, 4, big triangle makeup, 4a, side, 5, positive and negative board, 5a, square flange, 6, right angle pentagonal board, 6a, obtuse angle minor face, 6b, right angle long side, 7, triangle board, 7a, triangle minor face.

Detailed Description

The technical solution of the present invention is clearly and completely explained below with reference to the accompanying drawings and the detailed description:

FIG. 1 shows a block diagram of a square multi-layer composite damping parquet floor. The square multilayer composite damping parquet floor comprises a wooden parquet panel 1 and a bottom plate, the periphery of the parquet floor is provided with an embedded groove or an embedded strip for embedding the floor, a glue layer is arranged between the wooden parquet panel 1 and the bottom plate, the bottom plate is a multilayer composite damping structure formed by sequentially bonding a first WPC plate 2, an aluminum alloy plate 2a, a second WPC plate 2b, a bottom wood plate 2c and a foam damping layer 2d together by glue, the wooden parquet panel 1 is a square structure formed by four long-strip hexagonal plates 3 and four large triangular parquets 4, seamless matching is sequentially adopted between short edges 3a of the four long-strip hexagonal plates 3, and two sides 4a of the large triangular parquets 4 are respectively in seamless matching with long edges 3b of the adjacent long-strip hexagonal plates 3.

Every big triangle-shaped makeup 4 comprises a square plate 5, two right angle pentagonal panels 6 and two triangle-shaped plates 7, adopts seamless cooperation between the obtuse angle minor face 6a of two right angle pentagonal panels 6 that constitute big triangle-shaped makeup 4, adopts seamless cooperation between the right angle long side 6b of right angle pentagonal panel 6 and the triangle minor face 7a of triangle-shaped plate 7, adopts seamless cooperation between the square flange 5a of another right angle long side 6b and square-shaped plate 5.

Wooden parquet panel 1's thickness is 1mm, and the thickness of first WPC board 2 is 3mm, and the thickness of aluminium alloy plate 2a is 2mm, and the thickness of second WPC board 2b is 3mm, and the thickness of bottom plank 2c is 1mm, and the thickness of foam shock absorber layer 2d is 1 mm.

The WPC (Wood-Plastic Composites) board is also called a Wood-Plastic composite board, and is a board produced by mixing polyethylene, polypropylene, polyvinyl chloride and the like instead of a common resin adhesive with more than 50% of waste plant fibers such as Wood flour, rice hulls, straws and the like to form a new Wood material, and then carrying out Plastic processing processes such as extrusion, die pressing, injection molding and the like.

Claims

1. A square multi-layer composite shock-absorbing parquet floor, which comprises a wooden parquet panel (1) and a bottom plate, and the periphery of the parquet floor is provided with inlaid grooves or moldings for the floors to be inlaid with each other, and is characterized in that: all There is an adhesive layer between the wooden parquet panel (1) and the bottom plate, and the bottom plate is composed of a first WPC board (2), an aluminum alloy board (2a), a second WPC board (2b), and a bottom wood board ( 2c) and the foam shock-absorbing layer (2d) adopt a multi-layer composite shock-absorbing structure bonded together by glue, and the wooden parquet panel (1) is composed of four long hexagonal plates (3) and four large triangles. The plate (4) forms a square structure, and the short sides (3a) of the four long hexagonal plates (3) are seamlessly matched in sequence, and the two sides (4a) of the large triangular puzzle plate (4) are respectively connected with each other. Seamless fit is adopted between the long sides (3b) of the adjacent long hexagonal plates (3);

Each of the large triangular panels (4) is composed of a square panel (5), two right-angled pentagon panels (6) and two triangular panels (7), forming two parts of the large triangular panel (4). A seamless fit is used between the obtuse short sides (6a) of the right-angled pentagon plates (6), a right-angled long side (6b) of the right-angled pentagon plate (6) and the triangular short side ( 7a) with seamless fit, and between the other right-angled long side (6b) and the square board edge (5a) of the square board (5).

2. A square multi-layer composite shock-absorbing parquet floor according to claim 1, characterized in that: the thickness of the wooden parquet panel (1) is 1mm, the thickness of the first WPC board (2) is 3mm, and the aluminum The thickness of the alloy plate (2a) is 2mm, the thickness of the second WPC plate (2b) is 3mm, the thickness of the bottom wood board (2c) is 1mm, and the thickness of the foam damping layer (2d) is 1mm.