CN213683049U

CN213683049U - Damping, damp-proof and anti-deformation square parquet floor

Info

Publication number: CN213683049U
Application number: CN202022113542.3U
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 damping, damp-proof and deformation-proof square parquet floor belongs to the technical field of decorative materials. The floor adopts a square structure of a pattern board, a core board and a back board, wherein the pattern board is composed of eight blunt angle boards, four sharp angle boards and four trapezoidal boards; the core board is a carbonized wood board and a hollow stone-plastic board, is not easy to absorb water and has strong moisture-proof capability; after the carbonized wood is subjected to high-temperature treatment, the physical properties are stable, the carbonized wood is not easy to deform and absorb water, and the carbonized wood is excellent moisture-proof wood; the stone-plastic plate holes on the hollow stone-plastic plate have a ventilation effect, play a role in preventing moisture and improve the internal environment of the floor. The backplate adopts the combination of cork pad and dampproofing pad, and the cork pad can play the cushioning effect, and dampproofing pad can the separation moisture on ground.

Description

Damping, damp-proof and anti-deformation square parquet floor

Technical Field

The utility model relates to a dampproofing square parquet floor of preapring for an unfavorable turn of events shape of shock attenuation, it belongs to ornamental material's technical field.

Background

The parquet floor is square in structure, the surface of the parquet floor is in a shape formed by wood made of different materials, the requirements of different consumers can be met, and the individuality of different groups can be revealed. The decorative pattern on the parquet floor not only can make the space look more stereoscopic, plays the role of extension and impact of vision, makes the space look bigger and more spacious, but also can make the space more textured. Therefore, parquet floors are more and more favored by people, and when the humidity of some areas in the south of China is higher or the space humidity utilized by the floor is higher, the traditional parquet floors are easy to damp and deform, so that the service life and the quality of the parquet floors are influenced.

Disclosure of Invention

Aiming at the existing problems, the utility model provides a square parquet floor with shock absorption, moisture resistance and deformation prevention, which adopts a structure of a parquet plate, a core plate and a back plate, wherein the core plate is a carbonized wood plate and a hollow stone plastic plate, is not easy to absorb water, has strong moisture resistance and does not deform; the backplate adopts the combination of cork pad and dampproofing pad, and the cork pad can play the cushioning effect, and dampproofing pad can the separation moisture on ground.

The utility model adopts the technical proposal that: a damping, moisture-proof and deformation-proof square parquet floor comprises parquet plates, wherein a core plate and a back plate are arranged below the parquet plates, and the parquet plates, the core plate and the back plate are sequentially glued together; the core board adopts a carbonized wood board and a hollow stone-plastic board, the back board adopts a cork pad and a moisture-proof pad, and the periphery of the core board is provided with an embedded groove or an embedded strip for embedding between floors; the parquet plate is of a square structure formed by eight blunt angle plates, four sharp angle plates and four trapezoidal plates; the obtuse angle plate adopts an obtuse angle triangular structure formed by an obtuse angle plate short side, an obtuse angle plate long side and an obtuse angle plate bevel edge; the acute angle plate is of an isosceles triangle structure formed by two acute angle plate waist edges and one acute angle plate bottom edge; the trapezoidal plate is of an isosceles trapezoid structure consisting of a top edge of the trapezoidal plate, a bottom edge of the trapezoidal plate and waist edges of the two trapezoidal plates; the centers of the obtuse angle plates of the eight obtuse angle plates are superposed to form a four-corner star structure, and the adjacent two obtuse angle plates adopt a mode of matching the short edges of the obtuse angle plates or a mode of matching the bevel edges of the obtuse angle plates; the top of the acute angle plate is coincided with the obtuse angle point of the blunt angle plate, the bottom edge of the acute angle plate is in seamless fit with the top edge of the trapezoidal plate, and the waist edge of the acute angle plate is in seamless fit with the long edge of the obtuse angle plate of the blunt angle plate; the trapezoidal plate corner points of the trapezoidal plates coincide with the obtuse angle plate corner points of the blunt angle plates, and the trapezoidal plate waist edges of the trapezoidal plates are in seamless fit with the obtuse angle plate long edges of the blunt angle plates. The side length of the parquet floor is 300-900mm, and the thickness of the parquet floor is 6-12 mm. And a stone-plastic plate hole for ventilation is arranged in the hollow stone-plastic plate.

The utility model has the advantages that: the floor adopts a square structure of a pattern board, a core board and a back board, wherein the pattern board is composed of eight blunt angle boards, four sharp angle boards and four trapezoidal boards; the core board is a carbonized wood board and a hollow stone plastic board, is not easy to absorb water, and has strong moisture-proof capability. After the carbonized wood is subjected to high-temperature treatment, the physical properties are stable, the carbonized wood is not easy to deform and absorb water, and the carbonized wood is excellent moisture-proof wood; the stone-plastic plate holes on the hollow stone-plastic plate have a ventilation effect, play a role in preventing moisture and improve the internal environment of the floor. The backplate adopts the combination of cork pad and dampproofing pad, and the cork pad can play the cushioning effect, and dampproofing pad can the separation moisture on ground.

Drawings

Fig. 1 is a structural view of a square parquet floor with shock absorption, moisture prevention and deformation prevention.

FIG. 2 is a block diagram of the damping, damp-proof and deformation-proof square block floor.

FIG. 3 is a block diagram of a blunt corner plate.

FIG. 4 is a block diagram of a corner panel.

Fig. 5 is a structural view of the trapezoidal plate.

FIG. 6 is a diagram of the parquet procedure of eight blunt corner plates.

In the figure: 1. blunt scute, 1a, obtuse angle board minor face, 1b, obtuse angle board long edge, 1c, obtuse angle board long edge, 1d, obtuse angle board central point, 1e, blunt scute, 1f, obtuse angle point, 2, acute angle board, 2a, acute angle board waist limit, 2b, acute angle board bottom limit, 2c, acute angle board top point, 3, trapezoidal plate, 3a, trapezoidal plate topside, 3b, trapezoidal plate bottom limit, 3c, trapezoidal plate waist limit, 3d, trapezoidal plate, 4, parquet board, angular point 5, carbonized wood board, 6, hollow stone plastic board, 6a, stone plastic board hole, 7, cork pad, 8, dampproofing pad.

Detailed Description

In order to make the technical problems solved, technical solutions adopted and technical effects achieved by the present invention clearer, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting of the invention. It should be further noted that, for the convenience of description, only some but not all of the relevant aspects of the present invention are shown in the drawings.

Fig. 1 to 6 show a square parquet floor with shock absorption, moisture resistance and deformation resistance, which comprises a parquet plate 4, wherein a core plate and a back plate are arranged below the parquet plate 4, and the parquet plate 4, the core plate and the back plate are sequentially glued together; the core board adopts a carbonized wood board 5 and a hollow stone-plastic board 6, the back board adopts a cork 7 and a moisture-proof pad 8, and the periphery of the core board is provided with caulking grooves or fillets for being embedded between floors; the parquet plate 4 is of a square structure formed by eight blunt angle plates 1, four sharp angle plates 2 and four trapezoidal plates 3; the obtuse angle plate 1 is an obtuse angle triangular structure formed by an obtuse angle plate short side 1a, an obtuse angle plate long side 1b and an obtuse angle plate bevel side 1 c; the acute angle plate 2 is of an isosceles triangle structure formed by two acute angle plate waist edges 2a and an acute angle plate bottom edge 2 b; the trapezoidal plate 3 adopts an isosceles trapezoid structure consisting of a trapezoidal plate top edge 3a, a trapezoidal plate bottom edge 3b and two trapezoidal plate waist edges 3 c; obtuse angle plate central points 1d of the eight obtuse angle plates 1 are overlapped to form a four-corner star-shaped structure, and the adjacent two obtuse angle plates 1 adopt a mode of matching obtuse angle plate short edges 1a or a mode of matching obtuse angle plate bevel edges 1 c; the top point 2c of the acute angle plate 2 is coincided with the obtuse angle point 1f of the obtuse angle plate 1, the bottom edge 2b of the acute angle plate 2 is in seamless fit with the top edge 3a of the trapezoidal plate 3, and the waist edge 2a of the acute angle plate 2 is in seamless fit with the long edge 1b of the obtuse angle plate 1; trapezoidal plate angular point 1d of trapezoidal plate 3 and obtuse angle board angular point 1e coincidence of blunt scute 1, trapezoidal plate waist 3c of trapezoidal plate 3 and the seamless cooperation of obtuse angle board long side 1b of blunt scute 1. The side length of the parquet floor is 450mm, the thickness of the parquet floor is 10mm, and a stone plastic plate hole 6a for ventilation is formed in the hollow stone plastic plate 6.

When the pattern splicing plates 4 are spliced, the obtuse angle plate central points 1d of the two obtuse angle plates 1 are superposed, and the obtuse angle plate short edges 1a are matched; taking a blunt angle plate 1, overlapping the central point 1d of the blunt angle plate with the central point of the spliced plate, and adopting the bevel edge 1c of the blunt angle plate to be in seamless fit with the bevel edge 1c of the spliced plate; the other obtuse angle plates 1 are arranged at intervals in a mode that the short sides 1a of the obtuse angle plates are matched or the oblique sides 1c of the obtuse angle plates are matched, and the eight obtuse angle plates 1 form a four-corner star-shaped structure as shown in fig. 6; and then the vertex 2c of the acute angle plate is coincided with the obtuse angle point 1f, the waist edge 2a of the acute angle plate is in seamless fit with the shovel edge 1b of the obtuse angle plate, and the acute angle plate 2 is spliced to the four-corner star-shaped structure. And finally, splicing the trapezoidal plate 3, and adopting seamless matching of the top edge 3a of the trapezoidal plate 3 and the bottom edge 2b of the acute angle plate 2.

The core board adopts the carbonized wood board 5 and the hollow stone-plastic board 6, so that the core board is not easy to absorb water and has strong moisture-proof capability; after the carbonized wood is subjected to high-temperature treatment, the physical properties are stable, the carbonized wood is not easy to deform and absorb water, and the carbonized wood is excellent moisture-proof wood; the stone-plastic plate holes 6a on the hollow stone-plastic plate 6 have a ventilation effect, play a role in preventing moisture and improve the internal environment of the floor. The backplate adopts the combination of cork 7 and dampproofing pad 8, and cork 7 can play the cushioning effect, and dampproofing pad 8 can the separation moisture on ground, prevents that the floor from weing the deformation.

Claims

1. The utility model provides a dampproofing square parquet floor of preapring for an unfavorable turn of events shape of shock attenuation, it includes parquet board (4), its characterized in that: a core plate and a back plate are arranged below the pattern matching plate (4), and the pattern matching plate (4), the core plate and the back plate are sequentially glued together; the core board is a carbonized wood board (5) and a hollow stone-plastic board (6), the back board adopts a cork pad (7) and a moisture-proof pad (8), and the periphery of the core board is provided with caulking grooves or fillets for being embedded between floors; the parquet plate (4) is of a square structure formed by eight blunt angle plates (1), four sharp angle plates (2) and four trapezoidal plates (3); the obtuse angle plate (1) adopts an obtuse angle plate short side (1 a), an obtuse angle plate long side (1 b) and an obtuse angle plate bevel side (1 c) to form an obtuse angle triangular structure; the acute angle plate (2) adopts two acute angle plate waist edges (2 a) and one acute angle plate bottom edge (2 b) to form an isosceles triangle structure; the trapezoidal plate (3) adopts an isosceles trapezoid structure consisting of a trapezoidal plate top edge (3 a), a trapezoidal plate bottom edge (3 b) and two trapezoidal plate waist edges (3 c); obtuse angle plate central points (1 d) of the eight obtuse angle plates (1) are overlapped to form a four-corner star-shaped structure, and the adjacent two obtuse angle plates (1) are matched by adopting obtuse angle plate short edges (1 a) or obtuse angle plate bevel edges (1 c); the top point (2 c) of the acute angle plate (2) is superposed with the obtuse angle point (1 f) of the obtuse angle plate (1), the bottom edge (2 b) of the acute angle plate (2) is in seamless fit with the top edge (3 a) of the trapezoidal plate (3), and the waist edge (2 a) of the acute angle plate (2) is in seamless fit with the long edge (1 b) of the obtuse angle plate (1); trapezoidal plate angular point (3 d) of trapezoidal plate (3) and blunt scute angular point (1 e) coincidence of blunt scute (1), trapezoidal plate waist limit (3 c) of trapezoidal plate (3) and the obtuse angle board long side (1 b) seamless cooperation of blunt scute (1).

2. The square parquet floor as claimed in claim 1, wherein the square parquet floor is characterized in that: the side length of the parquet floor is 300-900mm, and the thickness of the parquet floor is 6-12 mm.

3. The square parquet floor as claimed in claim 1, wherein the square parquet floor is characterized in that: and stone-plastic plate holes (6 a) for ventilation are formed in the hollow stone-plastic plate (6).