CN212688605U

CN212688605U - Multi-purpose honeycomb-shaped laying plate

Info

Publication number: CN212688605U
Application number: CN202021569011.9U
Authority: CN
Inventors: 吴海荣
Original assignee: Quanzhou Leiyuan Building Materials Co ltd
Current assignee: Quanzhou Leiyuan Building Materials Co ltd
Priority date: 2020-08-02
Filing date: 2020-08-02
Publication date: 2021-03-12
Anticipated expiration: 2030-08-02

Abstract

The utility model discloses a multipurpose honeycomb laying board, which comprises a lower layer base and an upper layer mesh board cover, wherein the upper layer mesh board cover is tightly buckled on the base to form a three-dimensional cavity board; the three-dimensional cavity plate is divided into four types according to the geometric shape, a first type of plate is taken as a main body, a second type of plate, a third type of plate and a fourth type of plate are derived, wherein one or more different types of three-dimensional cavity plates are mutually and freely combined to form complete honeycomb plates with different shapes, different sizes and different scenes, and the three-dimensional cavity plate can be flexibly applied to different scenes; the three-dimensional cavity plate is provided with high-strength supporting structures which are uniformly distributed and can bear a covering layer for vehicles, pedestrians and other activities; the three-dimensional cavity plate is provided with a linkage structure, and the adjacent three-dimensional cavity plates can be fastened and connected in the horizontal and vertical directions without other connecting pieces by mutually embedding, inserting and fixing the inserting blocks, the inserting slots and the buckles; the bevel angle of exempting from to cut is pieced together.

Description

Multi-purpose honeycomb-shaped laying plate

Technical Field

The utility model relates to a board is laid on the earth's surface, especially relates to a board is laid to multipurpose honeycomb.

Background

At present, the laying plate on the market has the advantages of single function, various shapes, unstable structure and easy deformation, can not be connected or needs to be additionally added with connecting pieces frequently in the laying process, and needs to be cut when oblique angle splicing.

The utility model discloses a multipurpose honeycomb laying board, which comprises a lower layer base and an upper layer mesh board cover, wherein the upper layer mesh board cover is tightly buckled on the base to form a three-dimensional cavity board; the three-dimensional cavity plate is divided into four types according to the geometric shape, a first type of plate is taken as a main body, a second type of plate, a third type of plate and a fourth type of plate are derived, wherein one or more different types of three-dimensional cavity plates are mutually and freely combined to form complete honeycomb plates with different shapes, different sizes and different scenes, and the three-dimensional cavity plate can be flexibly applied to different scenes; the three-dimensional cavity plate is provided with high-strength supporting structures which are uniformly distributed and can bear a covering layer for vehicles, pedestrians and other activities; the three-dimensional cavity plate is provided with a linkage structure, and the adjacent three-dimensional cavity plates can be fastened and connected in the horizontal and vertical directions without other connecting pieces by mutually embedding, inserting and fixing the inserting blocks, the inserting slots and the buckles; the cutting-free oblique angle collage can be spliced at 0-180 degrees, corresponding angle conversion is carried out by taking 15 degrees as a unit for direct collage, the shape is not limited, and the collage can be spliced and combined according to the shape of a special road surface; multiple layers can be overlapped to adapt to the height requirements of different scenes; the inner space of the three-dimensional cavity plate is completely communicated, and the adjacent three-dimensional cavity plates are communicated, so that free circulation of fluid, particularly water, is facilitated, and the three-dimensional cavity plate can be applied to a surface water treatment system.

SUMMERY OF THE UTILITY MODEL

A multi-purpose honeycomb ground surface laying plate comprises a base and a screen cover, and is characterized in that the base comprises a bottom plate, a support column array and a side wall, the support column array is fixed in the base, and the side wall surrounds the periphery of the base; a fixed column array is arranged below the mesh plate cover, and the fixed columns are correspondingly sleeved with the base support columns; the screen plate covers and is tightly buckled on the base to form a three-dimensional cavity plate; the side wall is provided with a connecting element.

Furthermore, a plurality of reinforcing ribs are arranged among the supporting column arrays, and the reinforcing ribs are connected among the supporting column arrays. Reinforcing ribs are arranged between every two supporting columns, so that the tensile force between product parts is enhanced, the strength of a joint surface is increased, the product parts are mutually supported, and a stable structure is formed.

Further, the sleeving comprises the fixing column sleeved outside the supporting column, or the supporting column sleeved outside the fixing column.

Further, the connecting elements are pins and sockets which are arranged on the side wall at intervals and are correspondingly connected with the sockets and the pins of the adjacent plates.

Furthermore, the sleeving connection columns on the corners of the mesh plate cover and the sleeving connection holes on the edges are respectively sleeved with the corner holes on the base and the protruding parts of the insertion holes correspondingly.

Further, the external shapes of the supporting columns and the fixing columns are circular, square or regular hexagon, and preferably regular hexagon. Wherein, the support column is hexagonal honeycomb, and the steadiness is good.

Furthermore, the bolt is in a flat-head shuttle shape, and the jack is in a straight column shape. Wherein the pins and sockets are used for interconnection on the one hand and also as support posts on the other hand. The flat head shuttle-shaped bolt and the straight column-shaped jack are mutually buckled with the straight column-shaped jack and the flat head shuttle-shaped bolt of the adjacent plate to form a left and right irreversible buckle; the flat-head shuttle-shaped bolt and the straight cylindrical jack can be flexibly assembled from top to bottom or from bottom to top without being limited by direction; meanwhile, any one plate is pressed into the upper end and the lower end of the intersection of the side wall supporting bars of the adjacent plates through a triangular inclined buckling point on the intersection of the side wall supporting bars to form an upper irreversible clamping position and a lower irreversible clamping position, so that each laying plate is mutually connected together in the vertical direction, and the vertical displacement and the loosening are stopped.

Furthermore, the side wall of the base is formed by a plurality of triangular structures, the triangular structures are connected with each other for supporting, and the structural stability is strong.

Further, the base and the screen cover are triangular, isosceles trapezoid or regular hexagon. The adjacent three-dimensional cavity plates are connected with each other through bolts, inserting columns and triangular buckles on the side walls. Wherein, the triangle is divided into a big obtuse angle isosceles and a small acute angle isosceles. The base and the screen cover can be assembled into three-dimensional cavity plates with different shapes, and the three-dimensional cavity plates are mutually and freely combined to form complete honeycomb laying plates with different shapes, different sizes and can be flexibly applied to different scenes.

The utility model discloses a multipurpose honeycomb laying board, which comprises a lower layer base and an upper layer mesh board cover, wherein the upper layer mesh board cover is tightly buckled on the base to be fixed as a three-dimensional cavity board; the three-dimensional cavity plate is divided into four types according to the geometric shape, a first type of plate is taken as a main body, a second type of plate, a third type of plate and a fourth type of plate are derived, wherein one or more different types of three-dimensional cavity plates are mutually and freely combined to form complete honeycomb plates with different shapes, different sizes and different scenes, and the three-dimensional cavity plate can be flexibly applied to different scenes; the three-dimensional cavity plate is provided with high-strength supporting structures which are uniformly distributed and can bear a covering layer and other objects for the movement of vehicles, pedestrians and the like; the honeycomb plate is provided with a linkage structure, and the adjacent three-dimensional cavity plates can be fastened and connected in the horizontal and vertical directions without other connecting pieces by mutually embedding and fixing the arranged inserting blocks, inserting slots and buckles to form the honeycomb plate; cutting-free oblique angle collage, and performing corresponding angle conversion by taking 15 degrees as a unit to directly collage; the road surface can be spliced at 0-180 degrees without being limited by shapes, and can be spliced and combined according to the shapes of special road surfaces; multiple layers can be overlapped to adapt to the height requirements of different scenes; the inner space of the three-dimensional cavity plate is completely communicated, and the adjacent three-dimensional cavity plates are communicated, so that free circulation of fluid, particularly water, is facilitated, and the three-dimensional cavity plate can be applied to a surface water treatment system.

The utility model discloses beneficial effect: (1) the honeycomb-shaped element structure forms a stable support body and bears top layer materials; (2) the system consists of one or more components and can be flexibly applied to different scenes; (3) the angle can be changed in 15 degrees without cutting; (4) bend designs at other angles, including right angle tiling; (5) the plastic elements are utilized to form a three-dimensional space, so that water on the ground surface or water under the ground surface can be retained; (6) the internal space is completely opened, which is beneficial to the circulation of water or other liquid; (7) each support wall has openings through which water or other liquid can flow freely in the honeycomb elements.

In a word, the shape of the multipurpose honeycomb laying plate of the utility model is characterized in that a hexagonal honeycomb is taken as a main body; a plurality of blocks are freely combined into different shapes; the uniformly distributed high-strength support structure can bear a covering layer for the movement of vehicles and pedestrians; self-connection, and can be firmly connected without other connecting pieces; the interior is completely communicated, and water freely flows; the utilization rate is high due to the large-capacity cavity.

Finally, the utility model has wide application range, can be used in (1) places needing earth surface reinforcement, and is combined with a covering layer to be applied to roads, playgrounds, animal farms and the like; (2) heat insulation, sound insulation and drainage of an open field or a wall; (3) and (3) surface water treatment, namely performing water permeation, detention, accumulation, use, discharge and the like in combination with the geotechnical material. (4) And an electronic element can be arranged in the device to acquire environmental information such as temperature, humidity and the like in the earth surface in real time. For example, reinforced ground (60 tons per square meter), combined with cladding to carry vehicles and pedestrians; replacing pipelines (the paving plate components are completely communicated, and the length and the width can be spliced according to actual requirements); applying a laying plate on a roof or a balcony for drainage, heat insulation, heat preservation and planting; providing moisture to plants planted on the ground surface; replace a reservoir (more than 0.9 ton of water can be stored per cubic meter).

Drawings

FIG. 1 is a schematic view of a separation structure of a multipurpose honeycomb laying board;

FIG. 2 is a schematic top view of an assembled multi-purpose honeycomb panel;

FIG. 3 is a schematic bottom view of an assembled multi-purpose honeycomb panel;

FIG. 4 is a schematic view of a multi-purpose honeycomb-shaped paving board with the same shape;

FIG. 5.1 is a schematic view of a hexagonal structure of a multipurpose honeycomb laying board;

FIG. 5.2 is a schematic view of an isosceles trapezoid structure of a multipurpose honeycomb laying board;

FIG. 5.3 is a schematic view of an isosceles triangle structure of a multi-purpose honeycomb-shaped paving board;

FIG. 5.4 is a schematic view of a multi-purpose honeycomb-shaped paving plate with a sharp-angled isosceles triangle structure;

FIG. 6 is a schematic view of a multi-purpose honeycomb-shaped laying board with different block-shaped connection structures.

FIG. 7 is a schematic view of the structure of the upper mesh plate cover of the multipurpose honeycomb laying plate.

Detailed Description

The invention is further described below with reference to the figures and examples.

Example 1

As shown in fig. 1-3, a multi-purpose honeycomb-shaped ground surface laying plate comprises a base 2 and a mesh plate cover 1, wherein the base 2 comprises an array of supporting columns 3 and side walls 4, the array of supporting columns 3 is fixed in the base, and the side walls 4 surround the periphery of the base; an array of fixing columns 7 is arranged below the mesh plate cover 1, and the fixing columns 7 are correspondingly sleeved with the supporting columns 3; the side walls 4 of the base are provided with connecting elements.

As shown in fig. 4, a plurality of reinforcing bars 10 are provided between the arrays of the supporting columns 3, and the reinforcing bars 10 are connected to each other between the arrays of the supporting columns 3. All there is the strengthening rib between every support column, and the pulling force between the reinforcing part reduces deformation, increases the intensity of faying face, forms firm structure.

Further, the supporting column 3 is sleeved on the fixing column 7.

Further, the connecting elements are pins 6 and sockets 5, the pins 6 and the sockets 5 are arranged on the side wall 4 at intervals, and are correspondingly connected with the connecting element sockets 5 and the pins 6 of the adjacent other board bases. In addition, the periphery of the mesh plate cover 1 is provided with corresponding sleeving columns 15 and sleeving holes 8 which are respectively sleeved with the corner holes 16 on the base and the protruding parts of the jacks 5 correspondingly.

Further, the array of support posts 3 is preferably regular hexagonal. Wherein, the support column is hexagonal honeycomb, and the steadiness is good.

Furthermore, the bolt 6 is in a flat-head shuttle shape, and the jack 5 is in a straight column shape. Wherein the pins and sockets are used for interconnection on the one hand and also as support posts on the other hand. The flat head shuttle-shaped bolt and the straight column-shaped jack are mutually buckled with the straight column-shaped jack and the flat head shuttle-shaped bolt of the adjacent plate to form a left and right irreversible buckle; the flat-head shuttle-shaped bolt and the straight cylindrical jack can be flexibly assembled from top to bottom or from bottom to top without being limited by direction; meanwhile, any one plate is pressed into the upper end and the lower end of the intersection of the side wall supporting strips of the adjacent plate through the triangular inclined buckling points on the intersection of the side wall supporting strips to form an upper irreversible clamping position and a lower irreversible clamping position, so that each laying plate is mutually connected together in the vertical direction to prevent the upper and lower looseness.

Further, the side wall 4 of the base is formed by a plurality of triangular 9 structures. The triangular structures are connected with each other and supported, and the structural stability is strong.

Example 2

As shown in fig. 4-6, a multi-purpose honeycomb-shaped ground paving board comprises a base 2 and a mesh plate cover 1, wherein the base 2 comprises an array of supporting columns 3 and side walls 4, the array of supporting columns 3 is fixed in the base, and the side walls 4 surround the periphery of the base; an array of fixed columns 7 is arranged below the mesh plate cover 1, and the fixed columns 7 are correspondingly sleeved with the supporting columns 3; the side walls 4 of the base are provided with connecting elements.

As shown in fig. 5 and 6, the base 2 and the mesh plate cover 1 are regular hexagons 11 (i.e., one type of plate), isosceles trapezoids 12 (i.e., two types of plates), or triangles. Wherein the triangle is divided into large obtuse angle isosceles 13 (i.e. three kinds of boards) and small acute angle isosceles 14 (i.e. four kinds of boards). The base and the screen cover can be assembled into three-dimensional cavity plates with different shapes, and the adjacent three-dimensional cavity plates are mutually connected through the bolts, the inserting columns and the triangular buckles on the side walls.

In addition, the honeycomb-shaped laying plates which are different in shape, size and integrity can be formed by mutually and freely combining the honeycomb-shaped laying plates, and the honeycomb-shaped laying plates can be flexibly applied to different scenes.

The foregoing is merely a preferred embodiment of the present invention, and further details of the present invention are provided in connection with the preferred embodiments, and it is not intended that the present invention be limited to the specific embodiments shown. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A multipurpose honeycomb laying board comprises a base and a screen cover, and is characterized in that the base comprises a support column array and a side wall, the support column array is fixed in the base, and the side wall surrounds the periphery of the base; a fixed column array is arranged below the mesh plate cover, and the fixed columns are correspondingly sleeved with the base support columns; the screen plate covers and is tightly buckled on the base to form a three-dimensional cavity plate; the side wall is provided with a connecting element.

2. The multi-purpose honeycomb decking panel defined in claim 1 wherein a plurality of reinforcing bars are positioned between the arrays of support columns and the reinforcing bars are connected to each other between the arrays of support columns.

3. The multi-purpose honeycomb deck according to claim 1 wherein the telescoping comprises the anchor posts being sleeved over the support posts or the support posts being sleeved over the anchor posts.

4. The multipurpose honeycomb deck according to claim 2 or 3, wherein the connecting members are pins and holes, which are provided at intervals on the side walls; the sleeving connection columns and the sleeving connection holes on the periphery of the mesh plate cover are respectively sleeved with the corner holes and the jack protruding parts on the base correspondingly.

5. The multi-purpose honeycomb decking of claim 3 wherein the support columns and anchor posts are circular, square or regular hexagonal in shape.

6. The multi-purpose honeycomb laying board according to claim 4 wherein the plugs are in the shape of flat-headed shuttles and the receptacles are in the shape of straight columns.

7. The multipurpose honeycomb decking panel defined in claim 6 wherein the side walls of the base are arranged to consist of a plurality of triangular structures and the triangular structures are arranged to be interconnected by snap-fit.

8. The multi-purpose cellular deck of claim 7, wherein the base and mesh deck are regular hexagons, isosceles trapezoids, or triangles.

9. The multipurpose cellular decking panel defined in claim 8 wherein the triangles are in the form of large obtuse isosceles angles and small acute isosceles angles.

10. The multipurpose honeycomb laying board according to any one of claims 6 to 8, wherein the solid cavity boards are connected with each other by means of pins and posts and triangular buckles on the side walls.