CN218234102U

CN218234102U - Unsmooth molding wallboard structure

Info

Publication number: CN218234102U
Application number: CN202221653261.XU
Authority: CN
Inventors: 翟翼桥; 于文龙
Original assignee: Chongqing Jikai Technology Service Co Ltd
Current assignee: Chongqing Jikai Technology Service Co Ltd
Priority date: 2022-06-28
Filing date: 2022-06-28
Publication date: 2023-01-06
Anticipated expiration: 2032-06-28

Abstract

The utility model relates to a building structure technical field provides an unsmooth molding wallboard structure, and it hangs subassembly, a plurality of wallboard concatenation unit and a plurality of welt concatenation unit including setting up the back of the body on the wall body, and wallboard concatenation unit and welt concatenation unit are along the horizontal direction in proper order alternate connection on hanging the subassembly on the back of the body, and one side that the subassembly was hung to the one side of wallboard concatenation unit back of the body and one side that the subassembly was hung to the welt concatenation unit back of the body are not in the coplanar. The utility model discloses in hang the subassembly through setting up the back of the body on the wall body to no matter whether the thickness of wallboard concatenation unit and welt concatenation unit is unanimous, all can hang the subassembly setting on the wall body through the back of the body with wallboard concatenation unit and welt concatenation unit, one side that the subassembly was hung to the back of wallboard concatenation unit and one side that the subassembly was hung to the back of welt concatenation unit are not in the coplanar, make unsmooth molding wallboard structure demonstrate regular unsmooth molding effect.

Description

Unsmooth molding wallboard structure

Technical Field

The utility model relates to a building structure technical field, more specifically say, relate to a unsmooth molding wallboard structure.

Background

At present, wall decoration is various, and except for traditional emulsion paint wall, the wall is decorated by adopting a mode that wall boards are spliced on a wall more and more. However, at present, the installation of the wallboard on the wall body is to connect two adjacent wallboards on the wall body by slotting the side edges of the wallboards and inserting the adjacent wallboards into the slots of the side edges through the I-shaped pieces, but the specifications of the I-shaped pieces are unified, and the mode of installing the wallboard on the wall body through the I-shaped pieces has limitations, and the installation of boards with different thicknesses cannot be met. Moreover, the existing assembled wallboard modeling structure is monotonous, the outer side surfaces of the wallboards are uniform smooth wall surfaces, and the uneven wall surface modeling effect in the traditional decoration scheme cannot be met.

Accordingly, there is a need for improvements and developments in the art.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an unsmooth molding wallboard structure to solve among the prior art can't satisfy the installation of the panel that thickness differs and the dull technical problem of current wallboard structure molding through the mode that the I-shaped spare was installed the wallboard on the wall body.

In order to achieve the above object, the utility model adopts the following technical scheme:

the utility model provides a concave-convex modeling wallboard structure, which comprises a back hanging component arranged on a wall body, a plurality of wallboard splicing units and a plurality of lining board splicing units;

wallboard concatenation unit with welt concatenation unit is in follow the horizontal direction and connect in turn on the back of the body hangs the subassembly, and wallboard concatenation unit dorsad hang one side of subassembly with welt concatenation unit dorsad one side of hanging the subassembly is not in the coplanar.

According to foretell unsmooth molding wallboard structure, wherein, the subassembly of hanging back includes a plurality of leveling fossil fragments that set up in order at interval in vertical direction, wallboard concatenation unit with welt concatenation unit all with leveling fossil fragments are connected.

According to the concave-convex modeling wallboard structure, the leveling keel is connected with the wall body through the expansion bolt.

According to foretell unsmooth molding wallboard structure, wherein, wallboard concatenation unit is including main decorative board and the vice decorative board that sets up from top to bottom, main decorative board orientation one side of leveling fossil fragments with vice decorative board orientation one side of leveling fossil fragments all is connected with back of the body hook spare, main decorative board with vice decorative board all passes through back hook spare with leveling fossil fragments block is connected.

According to foretell unsmooth molding wallboard structure, wherein, back of the body hook spare includes connecting plate and trip portion, trip portion connect in the connecting plate dorsad one side of wallboard concatenation unit, just trip portion with leveling fossil fragments block is connected.

According to foretell unsmooth molding wallboard structure, wherein, back of the body hook piece still includes the leveling gasket, the leveling gasket connect in the connecting plate dorsad the one side of trip portion.

According to foretell unsmooth molding wallboard structure, wherein, wallboard concatenation unit still includes the concatenation stringcourse, the concatenation stringcourse inlays to be established main decorative board with between the vice decorative board.

According to foretell unsmooth molding wallboard structure, wherein, welt concatenation unit includes concatenation welt and veneer buckle, the concatenation welt with leveling fossil fragments are connected, the veneer buckle connect in the concatenation welt dorsad one side of leveling fossil fragments.

According to the concave-convex modeling wallboard structure, the splicing lining plate is connected with the leveling keel through a screw.

According to foretell unsmooth molding wallboard structure, wherein, the concatenation welt orientation one side interval of veneer buckle is provided with the first magnetism of a plurality of and inhales the piece, the veneer buckle orientation one side interval of concatenation welt is provided with a plurality of second magnetism and inhales the piece, a plurality of first magnetism is inhaled piece and a plurality of the second magnetism is inhaled a one-to-one and is inhaled the connection.

The beneficial effect of the wall structure of dismantling that this embodiment provided lies in at least: the utility model discloses in hang the subassembly through setting up the back of the body on the wall body to no matter whether the thickness of wallboard concatenation unit and welt concatenation unit is unanimous, all can hang the subassembly setting on the wall body through the back of the body with wallboard concatenation unit and welt concatenation unit, one side that the subassembly was hung to the back of wallboard concatenation unit and one side that the subassembly was hung to the back of welt concatenation unit are not in the coplanar, make unsmooth molding wallboard structure demonstrate regular unsmooth molding effect.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required for the embodiments or the prior art descriptions will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

Fig. 1 is a first view of a wall panel structure with a concave-convex shape provided by an embodiment of the present invention;

fig. 2 is a second view of the wall panel structure with concave-convex shape provided by the embodiment of the present invention;

fig. 3 is an exploded schematic view of a concave-convex shaped wall panel structure provided by the embodiment of the present invention;

fig. 4 is an assembly schematic view of a leveling keel and a back hook provided by the embodiment of the invention;

fig. 5 is a schematic view of the leveling keel and the back hook member separated according to the embodiment of the invention;

fig. 6 is a schematic structural view of the splicing waist line provided by the embodiment of the present invention;

fig. 7 is an exploded schematic view of the splicing liner plate provided by the embodiment of the present invention.

Wherein the symbols in the drawings are: 1. a back-hanging component; 11. leveling the keel; 111. an installation part; 112. a fastening part; 2. a wallboard splicing unit; 21. a main veneer; 22. a secondary veneer; 23. splicing the waist lines; 231. a waist line body; 232. a fastening part; 3. a lining plate splicing unit; 31. splicing the lining plates; 32. a facing buckle plate; 4. an expansion bolt; 5. a back hook member; 51. a connecting plate; 52. a hook part; 53. a guide portion; 54. leveling a gasket; 6. a first magnetic attraction member; 7. A second magnetic attraction member; 8. a socket bottom box; 9. a wire tube; 10. a receiving recess.

Detailed Description

In order to make the technical problem, technical solution and advantageous effects to be solved by the present invention more clearly understood, the following description is given in conjunction with the accompanying drawings and embodiments to illustrate the present invention in further detail. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.

It will be understood that when an element is referred to as being "secured to" or "disposed on" another element, it can be directly or indirectly secured to the other element. When an element is referred to as being "connected to" another element, it can be directly or indirectly connected to the other element. The terms "upper", "lower", "left", "right", "front", "back", "vertical", "horizontal", "top", "bottom", "inner", "outer", etc. indicate orientations or positions based on the orientations or positions shown in the drawings, and are for convenience of description only and not to be construed as limiting the technical solution. The terms "first", "second" and "first" are used merely for descriptive purposes and are not to be construed as indicating or implying relative importance or to implicitly indicate a number of technical features. The meaning of "plurality" is two or more unless specifically limited otherwise.

Referring to fig. 1, the embodiment provides a wall panel structure with a concave-convex shape, the wall panel structure with a concave-convex shape comprises a back-hanging component 1, a plurality of wall panel splicing units 2 and a plurality of lining panel splicing units 3, the back-hanging component 1 is arranged on a wall body, the wall panel splicing units 2 and the lining panel splicing units 3 are connected with the back-hanging component 1, the wall panel splicing units 2 and the lining panel splicing units 3 are both arranged on one side, back to the wall body, of the back-hanging component 1, and the back-hanging component 1 is arranged, so that the wall panel splicing units 2 and the lining panel splicing units 3 can be installed on the wall body through the back-hanging component 1 no matter whether the thicknesses of the wall panel splicing units 2 and the lining panel splicing units 3 are the same or not; the wallboard splicing units 2 and the lining plate splicing units 3 are sequentially and alternately arranged on the back hanging component 1 along the horizontal direction, so that the wallboard splicing units 2 and the lining plate splicing units 3 are spliced regularly to ensure the aesthetic appearance of the concave-convex modeling wallboard structure; and one side of the wallboard splicing unit 2 back-to-back hanging component 1 and one side of the lining board splicing unit 3 back-to-back hanging component 1 are not in the same plane, so that the wallboard structure consisting of the wallboard splicing unit 2 and the lining board splicing unit 3 is in a regular uneven shape, and the problem that the wallboard structure is monotonous in shape and lack of aesthetic feeling is avoided.

The working principle of the unsmooth molding wallboard structure that this embodiment provided is as follows:

when the concave-convex modeling wallboard structure is installed, the back-hanging component 1 is installed on a wall body to prepare for installing the wallboard splicing units 2 and the lining plate splicing units 3 on the wall body, and then the wallboard splicing units 2 are sequentially and alternately arranged on the keel along the horizontal direction, wherein the wallboard splicing units 2 and the lining plate splicing units 3 are vertically arranged; the wallboard splicing units 2 and the lining plate splicing units 3 are sequentially and alternately arranged along the horizontal direction, so that the appearance of the whole wallboard structure is regular, and the left splicing and the right splicing between the adjacent wallboard splicing units 2 and the adjacent lining plate splicing units 3 are mutually supported, so that the influence on the aesthetic appearance and the overall firmness of the concave-convex modeling wallboard structure due to the overlarge gap between the wallboard splicing units 2 and the lining plate splicing units 3 is avoided; one side of the wallboard splicing unit 2, which is back to the back hanging component 1, and one side of the lining board splicing unit 3, which is back to the back hanging component 1, are not in the same plane, so that when the appearance effect of the concave-convex modeling wallboard structure is seen from the indoor, a regular concave-convex modeling is presented, for example, one side of the lining board splicing unit 3, which is back to the back hanging component 1, is sunken relative to one side of the wallboard splicing unit 2, which is back to the back hanging component 1, in the direction of the wall body; the width of wallboard splicing unit 2 on the horizontal direction will be far greater than the width of welt splicing unit 3 on the horizontal direction, makes the proportion of 2 area of wallboard splicing unit and 3 area of welt splicing unit appropriate, has guaranteed the holistic aesthetic property of unsmooth molding wallboard structure.

The beneficial effect of the unsmooth molding wallboard structure that this embodiment provided lies in at least:

referring to fig. 1, 2 and 3, the present embodiment provides a wall panel structure with a concave-convex shape, the wall panel structure with a concave-convex shape includes a back-hanging component 1, a plurality of wall panel splicing units 2 and a plurality of lining panel splicing units 3, the back-hanging component 1 is disposed on a wall, the wall panel splicing units 2 and the lining panel splicing units 3 are all connected to the back-hanging component 1, and the wall panel splicing units 2 and the lining panel splicing units 3 are both located on one side of the back-hanging component 1 facing away from the wall, and by disposing the back-hanging component 1, no matter whether the thicknesses of the wall panel splicing units 2 and the lining panel splicing units 3 are the same, the wall panel structure can be mounted on the wall through the back-hanging component 1; the wallboard splicing units 2 and the lining board splicing units 3 are sequentially and alternately arranged on the back hanging component 1 along the horizontal direction, so that the wallboard splicing units 2 and the lining board splicing units 3 are spliced in a certain rule, and the appearance aesthetic feeling of the concave-convex modeling wallboard structure is ensured; and one side of the wallboard splicing unit 2 back-to-back hanging component 1 and one side of the lining board splicing unit 3 back-to-back hanging component 1 are not in the same plane, so that the wallboard structure consisting of the wallboard splicing unit 2 and the lining board splicing unit 3 is in a regular uneven shape, and the problem that the wallboard structure is monotonous in shape and lack of aesthetic feeling is avoided.

The theory of operation of the unsmooth molding wallboard structure that this embodiment provided is as follows:

when the concave-convex modeling wallboard structure is installed, the back-hanging component 1 is installed on a wall body to prepare for installing the wallboard splicing units 2 and the lining plate splicing units 3 on the wall body, and then the wallboard splicing units 2 are sequentially and alternately arranged on the keel along the horizontal direction, wherein the wallboard splicing units 2 and the lining plate splicing units 3 are vertically arranged; the wallboard splicing units 2 and the lining plate splicing units 3 are sequentially and alternately arranged along the horizontal direction, so that the appearance of the whole wallboard structure is regular, and the left splicing and the right splicing between the adjacent wallboard splicing units 2 and the adjacent lining plate splicing units 3 are mutually supported, so that the influence on the aesthetic appearance and the overall firmness of the concave-convex modeling wallboard structure due to the overlarge gap between the wallboard splicing units 2 and the lining plate splicing units 3 is avoided; one side of the wallboard splicing unit 2, which is back to the back hanging component 1, and one side of the lining board splicing unit 3, which is back to the back hanging component 1, are not in the same plane, so that when the appearance effect of the concave-convex modeling wallboard structure is seen from the indoor, a regular concave-convex modeling is presented, for example, one side of the lining board splicing unit 3, which is back to the back hanging component 1, is sunken relative to the direction of one side of the wallboard splicing unit 2, which is back to the back hanging component 1, towards a wall body; the width of wallboard splicing unit 2 on the horizontal direction will be far greater than the width of welt splicing unit 3 on the horizontal direction, makes the proportion of 2 area of wallboard splicing unit and 3 area of welt splicing unit appropriate, has guaranteed the holistic aesthetic property of unsmooth molding wallboard structure.

the utility model discloses in hang subassembly 1 through setting up the back of the body on the wall body to no matter whether wallboard concatenation unit 2 and welt concatenation unit 3's thickness is unanimous, all can set up wallboard concatenation unit 2 and welt concatenation unit 3 on the wall body through hanging subassembly 1 on the back, one side that subassembly 1 was hung dorsad to wallboard concatenation unit 2 and one side that subassembly 1 was hung dorsad to welt concatenation unit 3 are not in the coplanar, make the unsmooth molding wallboard structure demonstrate regular unsmooth molding effect.

In one embodiment, the back-hanging component 1 comprises a plurality of leveling keels 11 arranged at intervals in the vertical direction in sequence, the wall board splicing units 2 and the lining board splicing units 3 are connected with the leveling keels 11, for example, the wall board splicing units 2 and the lining board splicing units 3 are connected with the leveling keels 11 in a clamping mode, so that the wall board splicing units 2 and the lining board splicing units 3 can be conveniently installed and detached from the leveling keels 11, and time and labor are saved when the wall board splicing units 2 and the lining board splicing units 3 are installed or replaced.

Optionally, the leveling keel 11 is connected with the wall body through an expansion bolt 4; the leveling keels 11 are strip-shaped, and in order to ensure that the wall board splicing units 2 and the lining board splicing units 3 are not arranged on the wall body obliquely, each leveling keel 11 is horizontally arranged on the wall body through a plurality of expansion bolts 4, so that when the leveling keels 11 are installed, the connecting lines of the corresponding expansion bolts 4 are horizontal straight lines, and the subsequent wall board splicing units 2 and the lining board splicing units 3 are ensured to be kept in a vertical state after being installed on the leveling keels 11.

In a specific embodiment, the wallboard splicing unit 2 comprises a main veneer 21 and an auxiliary veneer 22, wherein the main veneer 21 and the auxiliary veneer 22 are vertically aligned; the main veneer 21 and the auxiliary veneer 22 have the same thickness; the width of main decorative board 21 on the horizontal direction is the same with vice decorative board 22 width on the horizontal direction, thereby can realize main decorative board 21 and vice decorative board 22 and align the setting from top to bottom, but main decorative board 21 will be greater than vice decorative board 22 width on the vertical direction at the ascending width of vertical direction, make the area of main decorative board 21 will be greater than vice decorative board 22's area, make among wallboard splice unit 2, main decorative board 21 and vice decorative board 22's ability arranges with certain size ratio, make the unsmooth molding wallboard structure have more the stereovision. The main veneer 21 is connected with back hook piece towards one side of leveling fossil fragments 11 and vice veneer 22 is connected with back hook piece towards one side of leveling fossil fragments 11, and main veneer 21 and vice veneer 22 are all connected with leveling fossil fragments 11 block through back hook piece 5, and back hook piece 5 one side and main veneer 21 or vice veneer 22 fixed connection, the opposite side is connected with leveling fossil fragments 11 block.

The primary veneer 21 and the secondary veneer 22 may correspond to the leveling keels 11, respectively, and corresponding to each leveling keel 11, the primary veneer 21 or the secondary veneer 22 is connected to the leveling keel 11 through the back-hooking members 5. In a specific embodiment, the main veneer 21 is correspondingly connected with the two leveling keels 11, and the two leveling keels 11 are respectively connected with the positions, close to the upper end and the lower end, on the main veneer 21; the secondary veneer 22 is correspondingly connected with the two leveling keels 11, and the two leveling keels 11 are respectively connected with the positions, close to the upper end and the lower end, of the secondary veneer 22; then, in the main veneer 21 and the auxiliary veneer 22 which are correspondingly arranged up and down, the main veneer 21 and the auxiliary veneer 22 correspond to four leveling keels 11 in total, that is, in the vertical direction, four leveling keels 11 are arranged at intervals in total, of course, since the width of the main veneer 21 in the vertical direction is larger than that of the auxiliary veneer 22 in the vertical direction, the distance between two leveling keels 11 corresponding to the main veneer 21 in the four leveling keels 11 is larger than the distance between two leveling keels 11 corresponding to the auxiliary veneer 22; and, main decorative board 21 is connected through two back hook spare 5 corresponding to every leveling fossil fragments 11, and vice decorative board 22 is connected through two back hook spare 5 corresponding to every leveling fossil fragments 11 also to guarantee the fastness to main decorative board 21 and vice decorative board 22 installation.

In one embodiment, as shown in fig. 4 and 5, the back hook member 5 includes an attachment plate 51 and a hook portion 52, the attachment plate 51 is fixedly connected to the primary veneer 21 or the secondary veneer 22, for example, the attachment plate 51 is fixedly connected to the primary veneer 21 or the secondary veneer 22 by a screw; the hook part 52 is connected to one side of the connecting plate 51 back to the wallboard splicing unit 2, and the hook part 52 is connected with the leveling keel 11 in a clamping manner.

The leveling keel 11 comprises an installation part 111 and buckling parts 112 connected to two sides of the installation part 111, one side of the clamping hook part 52, which faces away from the wall, is flush with one side of the installation part 111, which faces away from the wall, and the thickness of the clamping hook part 52 in the direction perpendicular to the wall is smaller than that of the installation part 111 in the direction perpendicular to the wall, so that after the leveling keel 11 is installed on the wall and the installation part 111 abuts against the wall, a gap is formed between the clamping hook part 52 and the wall, and the clamping hook part 52 can be conveniently clamped in the gap to enable the clamping hook part 52 to be clamped and connected with the buckling parts 112. The hook parts 52 are open downwards, when the back hook part 5 is required to be connected with the leveling keels 11, the hook parts 52 are firstly arranged above the corresponding leveling keels 11 and then move downwards, and the end parts of the hook parts 52 are embedded into gaps between the buckling parts 112 which are arranged above the leveling keels 11 and a wall body, so that the buckling parts 112 are embedded into the gaps between the hook parts 52 and the connecting plates 51, and the clamping connection of the back hook part 5 and the leveling keels 11 is realized. The fastening parts 112 at the two sides of the leveling keel 11 are symmetrically arranged by taking the middle mounting part 111 as a symmetry axis, so that when the leveling keel 11 is mounted on a wall, the fastening parts 112 at any side are arranged above, and the fastening connection between the leveling keel 11 and the back hook 5 is not influenced.

The back hook piece 5 further comprises a guide portion 53, the guide portion 53 is connected with one end, facing the corresponding leveling keel 11, of the clamping hook portion 52, one end, not connected with the clamping hook portion 52, of the guide portion 53 extends downwards in an inclined mode in a direction away from the connecting plate 51, so that when the clamping hook portion 52 of the back hook piece 5 is connected with the buckling portion 112 of the leveling keel 11 in a clamping mode, in the process of moving the clamping hook portion 52 downwards, the guide portion 53 is firstly contacted with the buckling piece and conducts guiding, the clamping hook portion 52 can be smoothly embedded into a gap between the buckling portion 112 and a wall body, and clamping connection of the clamping hook portion 52 and the buckling portion 112 is achieved.

Optionally, the back hook member 5 further comprises a leveling gasket 54, the leveling gasket 54 is connected to a side of the connection plate 51 facing away from the hook portion 52; the leveling pads 54 may have a certain elasticity, and when the back hook member 5 is fixed on the primary veneer 21 or the secondary veneer 22 by screws, the screws sequentially penetrate through the connecting plate 51 and the leveling pads 54 and are connected with the primary veneer 21 or the secondary veneer 22, and at this time, the screws may be rotated to adjust the tightness between the primary veneer 21 or the secondary veneer 22 and the back hook member 5, so as to adjust the distance between the primary veneer 21 or the secondary veneer 22 and the connecting plate 51, thereby leveling the primary veneer 21 or the secondary veneer 22.

Because the leveling keels 11 and the back hook pieces 5 have certain thicknesses, certain gaps are formed between the main veneer 21 or the auxiliary veneer 22 and the wall body; as shown in fig. 1 and 2, a plurality of socket bottom boxes 8 may be further disposed on the main veneer 21, the socket bottom boxes 8 are located in the gap, and one side of the socket bottom boxes 8 facing away from the wall body penetrates through the main veneer 21 and is flush with one side of the main veneer 21 facing away from the wall body. Each socket bottom box 8 is connected with a wire tube 9, one end of each wire tube 9 is connected with the socket bottom box 8, and the other end of each wire tube 9 extends upwards and penetrates through a gap between the leveling keel 11 and the main veneer 21.

In one embodiment, the wall panel splicing unit 2 further includes a splicing waist line 23, for example, the splicing waist line 23 is made of a metal material; in the main veneer 21 and the auxiliary veneer 22 which are arranged correspondingly up and down, a gap is formed between the main veneer 21 and the auxiliary veneer 22, and the splicing waist line 23 is embedded between the main veneer 21 and the auxiliary veneer 22; the splicing waist line 23 made of metal materials is arranged between the main veneer 21 and the auxiliary veneer 22, so that the appearance aesthetic feeling of the concave-convex modeling wallboard structure is improved.

As shown in fig. 6, the splicing wale 23 includes a wale body 231 and engaging portions 232 connected to both sides of the wale body 231; the waist line body 231 has a certain thickness, the clamping part 232 is vertically connected with the side edge of the waist line body 231, and the clamping part 232 is connected with the edge of the side edge of the waist line body 231 close to one side of the wall body; when the main veneer 21 and the auxiliary veneer 22 are connected with the leveling keels 11 through the back hook members 5, the splicing waist line 23 is embedded into a gap between the main veneer 21 and the auxiliary veneer 22. Specifically, when the splicing wale 23 is fitted into the gap between the main veneer 21 and the sub-veneer 22, the engaging portions 232 of the splicing wale 23 located at the upper and lower sides are respectively engaged with the inner side of the main veneer 21 and the inner side of the sub-veneer 22, and the wale body 231 is located between the main veneer 21 and the sub-veneer 22. The thickness of the waistline body 231 in the direction perpendicular to the wall body may be the same as or different from the thickness of the main veneer 21 or the sub-veneer 22, and this is not limited in this embodiment.

In one embodiment, the lining board splicing unit 3 comprises a splicing lining board 31 and a facing buckle board 32, the splicing lining board 31 is connected with the leveling keel 11, and the facing buckle board 32 is connected to one side of the splicing lining board 31 facing away from the leveling keel 11, for example, the facing buckle board 32 is made of metal, and the facing buckle board 32 is made of metal and arranged on the splicing lining board 31 to further increase the attractiveness of the concave-convex wall board structure.

The length of the splicing lining plate 31 is equal to the width of the wallboard splicing unit 2 in the vertical direction, and the upper end and the lower end of the splicing lining plate 31 are respectively flush with the upper end and the lower end of the wallboard splicing unit 2; the length of the facing buckle plate 32 is smaller than that of the splicing lining plate 31, and the facing buckle plate 32 is connected to the lower part of the splicing lining plate 31; the length of the facing buckle plate 32 is equal to the width of the auxiliary facing board 22 in the vertical direction, and two ends of the facing buckle plate 32 are respectively flush with the upper end and the lower end of the auxiliary facing board 22. Like this, from unsmooth molding wallboard structure outward appearance, the concatenation welt 31 of the left and right sides of main decorative board 21 is owing to not shielded by veneer buckle 32 for the both sides of main decorative board 21 are seen from outward appearance by the centre gripping of concatenation welt 31, and the both sides of vice decorative board 22 are the veneer buckle 32 then, thereby make unsmooth molding wallboard structure have certain stereovision from outward appearance.

Optionally, the splicing lining plate 31 is connected with the leveling keel 11 through a screw; when being provided with four leveling keels 11 from last to down, concatenation welt 31 all passes through the screw connection with each leveling keel 11 respectively from last to down to guarantee the fastness of concatenation welt 31 installation, for example, corresponding to every leveling keel 11, concatenation welt 31 can be connected with leveling keel 11 through being four screws that the matrix set up. Because the main veneer 21 and the auxiliary veneer 22 are both connected with the leveling keel 11 through the back hanging component 1, the back hanging component 1 has a certain thickness, and the splicing lining plate 31 is directly connected with the leveling keel 11 through the screw, so that the splicing lining plate 31 is directly propped against the leveling keel 11, when the thicknesses of the splicing lining plate 31 and the main veneer 21 or the auxiliary veneer 22 are the same, one side of the splicing lining plate 31, which is back to the wall, and one side of the main veneer 21, which is back to the wall are not in the same plane, so as to realize the concave-convex modeling effect; of course, the thicknesses of the splicing liner plate 31 and the main veneer 21 or the auxiliary veneer 22 may also be different, and the side of the splicing liner plate 31 facing away from the wall and the side of the main veneer 21 facing away from the wall may also be different, for example, the splicing liner plate 31 is thinner than the main veneer 21.

As shown in fig. 7, a plurality of first magnetic attraction pieces 6 are arranged at intervals on one side of the splicing lining plate 31 facing the facing buckle plate 32, a plurality of second magnetic attraction pieces 7 are arranged at intervals on one side of the facing buckle plate 32 facing the splicing lining plate 31, the magnetism of the first magnetic attraction pieces 6 is opposite to that of the second magnetic attraction pieces 7, and the first magnetic attraction pieces 6 are magnetically connected with the second magnetic attraction pieces 7 in a one-to-one correspondence manner, so that the facing buckle plate 32 is connected with the splicing lining plate 31; through the mode that sets up first magnetism and inhale 6 and second magnetism and inhale 7 will decorate veneer buckle 32 and can dismantle with concatenation welt 31 and be connected to the convenience degree of installation and dismantlement veneer buckle 32 has been improved. A concrete embodiment, first magnetism is inhaled 6 and is 3, and 3 first magnetism is inhaled 6 and is set up on concatenation welt 31 along the length direction of concatenation welt 31 interval in proper order, and second magnetism is inhaled 7 and is also 3, and 3 second magnetism is inhaled 7 and is set up on veneer buckle 32 along the length direction of veneer buckle 32 interval in proper order. Facing buckle 32 is provided with towards one side of concatenation welt 31 and holds recess 10, and second magnetism is inhaled piece 7 and is all set up in holding recess 10, holds recess 10 through setting up for behind facing buckle 32 connection on concatenation welt 31, facing buckle 32 dorsad concatenation welt 31 one side can not be protruding and influence pleasing to the eye degree for the wallboard splicing unit 2 of both sides.

Because the veneer buckle 32 is connected to the side of the splicing lining plate 31 back to the wall body, the veneer buckle 32 and the splicing lining plate 31 are not in the same plane, thereby further increasing the concave-convex modeling effect of the concave-convex modeling wallboard structure. After the facing buckle plate 32 is connected to the splicing liner plate 31, the side of the facing buckle plate 32 facing away from the wall body may not be in the same plane as the side of the secondary veneer 22 facing away from the wall body, for example, the side of the facing buckle plate 32 facing away from the wall body is recessed in the direction of the wall body relative to the side of the secondary veneer 22 facing away from the wall body.

To sum up, the utility model discloses an unsmooth molding wallboard structure, it hangs subassembly, a plurality of wallboard concatenation unit and a plurality of welt concatenation unit including setting up the back of the body on the wall body, and wallboard concatenation unit and welt concatenation unit are connected in turn along the horizontal direction in proper order on hanging the subassembly on the back of the body, and one side that the subassembly was hung to one side of wallboard concatenation unit back of the body and one side that the subassembly was hung to the welt concatenation unit back of the body are not in the coplanar. The utility model discloses in hang the subassembly through setting up the back of the body on the wall body to no matter whether the thickness of wallboard concatenation unit and welt concatenation unit is unanimous, all can hang the subassembly setting on the wall body through the back of the body with wallboard concatenation unit and welt concatenation unit, one side that the subassembly was hung to the back of wallboard concatenation unit and one side that the subassembly was hung to the back of welt concatenation unit are not in the coplanar, make unsmooth molding wallboard structure demonstrate regular unsmooth molding effect.

The present invention is not limited to the above preferred embodiments, and any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention should be included within the protection scope of the present invention.

Claims

1. A concave-convex modeling wallboard structure is characterized by comprising a back hanging component, a plurality of wallboard splicing units and a plurality of lining board splicing units, wherein the back hanging component is arranged on a wall body;

2. The embossed wallboard structure of claim 1, wherein the back-hanging assembly comprises a plurality of leveling keels spaced in series in a vertical direction, and the wallboard splicing unit and the lining board splicing unit are connected to the leveling keels.

3. The rugged wall panel structure of claim 2, wherein the leveling keel is connected to the wall by expansion bolts.

4. The uneven-modeling wallboard structure of claim 2, wherein the wallboard splicing unit comprises a main veneer and an auxiliary veneer which are arranged up and down, one side of the main veneer, which faces the leveling keel, and one side of the auxiliary veneer, which faces the leveling keel, are both connected with a back hooking element, and the main veneer and the auxiliary veneer are both connected with the leveling keel in a clamping manner through the back hooking element.

5. The rugged wall panel structure of claim 4, wherein the back hook member comprises a connecting plate and a hook portion, the hook portion is connected to a side of the connecting plate facing away from the wall panel splicing unit, and the hook portion is connected with the leveling keel in a clamping manner.

6. The sculpted wall panel structure of claim 5, wherein said back hook member further comprises a leveling pad connected to a side of said connecting plate facing away from said hook portion.

7. The rugged figured wall panel structure of claim 4, wherein the wall panel splicing unit further comprises a splicing waist line, and the splicing waist line is embedded between the primary veneer and the secondary veneer.

8. The embossed-molding wall panel structure of claim 2, wherein the lining panel splicing unit comprises a splicing lining panel and a facing gusset panel, the splicing lining panel is connected with the leveling keel, and the facing gusset panel is connected to one side of the splicing lining panel, which faces away from the leveling keel.

9. The embossed wallboard structure of claim 8, wherein the splice liner is connected to the leveling keel by screws.

10. The wall panel structure according to claim 8, wherein a plurality of first magnetic attraction members are spaced apart from one side of the splicing lining plate facing the facing buckle plate, a plurality of second magnetic attraction members are spaced apart from one side of the splicing lining plate facing the splicing lining plate, and the first magnetic attraction members are magnetically attracted to the second magnetic attraction members in a one-to-one correspondence manner.