Arc-shaped stone three-dimensional modeling decorative inner wall

Abstract

The utility model relates to an arc-shaped stone three-dimensional modeling decorative inner wall which comprises a structural wall body, a steel framework fixed on the outer side of the structural wall body, a plurality of U-shaped base plates installed on the outer side face of the steel framework at intervals, and a flying wing arc-shaped stone plate arranged between every two adjacent U-shaped base plates. The flying wing arc-shaped stone plate is dry-hung on the steel framework through at least one dry-hanging back bolt assembly, the dry-hanging back bolt assembly comprises a back bolt hanging piece, an L-shaped dry-hanging corner brace and an angle steel cross beam, the angle steel cross beam is directly or indirectly welded to the steel framework, the L-shaped dry-hanging corner brace is connected to the angle steel cross beam through a front-back adjusting bolt, and the back bolt hanging piece is connected with the L-shaped dry-hanging corner brace. A back bolt on the back bolt hanging piece is vertically inserted into the inner side surface of the inner arc part in the flying wing arc-shaped stone plate, and a hanging piece on the back bolt hanging piece is inserted and hung on the L-shaped dry hanging corner brace; and a stainless steel decorative plate and an LED lamp strip are arranged outside the U-shaped base plate. The decorative inner wall has stereoscopic impression and a hidden lighting function, and has the characteristic of attractive appearance due to mixed arrangement of the stone plates and the metal plates.

Description

Technical Field

[0001] The utility model relates to the technical field of interior walls of architectural decorative stones, specifically to an arc-shaped stone three-dimensional modeling decorative interior wall. Background Art

[0002] The field of interior decoration has been evolving over time, and the public's demand for spatial aesthetics and functionality is increasing day by day. In high-end indoor spaces such as lobbies and exhibition halls, wall decoration not only needs to meet the basic aesthetic requirements but also possess a certain degree of artistry and functionality. Due to its natural texture, durability, stone has become the preferred material for enhancing the texture of the space. However, with the development of design trends, a single stone wall can no longer meet the demand for three-dimensional effects in modern decoration. The market's demand for the three-dimensional sense, concealed lighting, and special shapes of stone walls is increasing day by day. In order to break through the limitations of traditional stone interior walls, designers have begun to try to combine stone with other materials such as metal, glass, wood, etc. to achieve a more rich and personalized decorative effect. However, the existing stone interior wall structures have certain limitations in design and construction, making it difficult to meet the requirements of modern interior decoration for three-dimensional sense, concealed lighting, and special shapes. In view of this, how to develop a new structural stone interior wall that can meet the requirements of modern interior decoration such as easy installation, simple maintenance, energy conservation, and environmental protection while maintaining the beauty and texture of stone has become a technical problem to be solved. Summary of the Invention

[0003] The purpose of the utility model is to provide an arc-shaped stone three-dimensional modeling decorative interior wall with a three-dimensional sense and concealed lighting function, having a mixed arrangement of stone plates and metal plates.

[0004] To achieve the above purpose, the technical solution of the utility model includes: a structural wall, on the outer side of which a steel framework formed by welding steel columns and steel crossbeams is fixed. A number of U-shaped base plates are installed at intervals on the outer side of the steel framework. Between two adjacent U-shaped base plates, there are a number of flying wing arc-shaped stone plates with different widths. The flying wing arc-shaped stone plate includes an inner arc part in the middle and left and right bending wings located on both sides of the inner arc part. After assembly, the flying wing arc-shaped stone plate is dry-hung on the steel framework through at least one dry-hanging back bolt assembly. The dry-hanging back bolt assembly includes: a back bolt hanging piece, an L-shaped dry-hanging angle code, and an angle steel crossbeam. Among them, the angle steel crossbeam is directly or indirectly welded to the steel framework. The L-shaped dry-hanging angle code is connected to the angle steel crossbeam through front and rear adjusting bolts. The back bolt on the back bolt hanging piece is vertically inserted into the inner side of the inner arc part of the flying wing arc-shaped stone plate, and the hanging piece on the back bolt hanging piece is inserted and hung on the L-shaped dry-hanging angle code.

[0005] An adjusting screw for fine-tuning the height and a buffer rubber pad for isolation are provided between the back bolt hanging piece and the L-shaped dry-hanging angle code.

[0006] The flying wing arc-shaped stone slab includes a wide flying wing arc-shaped stone slab, which is dry-hung through three dry-hanging back-bolt assemblies on the left, middle, and right. The middle angle steel crossbeam of the middle dry-hanging back-bolt assembly is horizontally welded to the steel skeleton. The angle steel crossbeam of the left dry-hanging back-bolt assembly is inclined to the left and welded to the middle angle steel crossbeam, so that the back bolts on the back-bolt hanging parts are perpendicular to the inner arc surface of the flying wing arc-shaped stone slab into which they are inserted. The angle steel crossbeam of the right dry-hanging back-bolt assembly is inclined to the right and welded to the middle angle steel crossbeam, so that the back bolts on the back-bolt hanging parts are perpendicular to the inner arc surface of the flying wing arc-shaped stone slab into which they are inserted.

[0007] The flying wing arc-shaped stone slab includes a narrow flying wing arc-shaped stone slab. The dry-hanging back-bolt assembly on the narrow flying wing arc-shaped stone slab is connected to an independent steel column protruding from the steel skeleton, so that the outer surface of the narrow flying wing arc-shaped stone slab is flush with the outer surface of the wide flying wing arc-shaped stone slab.

[0008] The outside of the U-shaped base plate is covered with a U-shaped stainless steel decorative panel.

[0009] The left bent wing abuts against the side panel of the corresponding U-shaped base plate, and the right bent wing abuts against the side panel of the corresponding U-shaped base plate.

[0010] A left LED light strip is fixedly installed at the corresponding connection end of the left bent wing and the U-shaped stainless steel decorative panel; a right LED light strip is fixedly installed at the corresponding connection end of the right bent wing and the U-shaped stainless steel decorative panel.

[0011] An arc-shaped corner stone slab is provided at the internal angle of the structural wall. The arc-shaped corner stone slab is connected to the steel frame at the internal angle position of the structural wall through a plurality of stone dry-hanging parts.

[0012] The steel skeleton is a single-layer steel skeleton or a double-layer steel skeleton.

[0013] After adopting the above structure, the utility model processes and forms the flying wing arc-shaped stone slab in the factory to form a three-dimensional stone structure with an arc shape and left and right flying wing shapes. It is dry-hung through a plurality of dry-hanging back-bolt assemblies, so that while the wall surface shape maintains the beauty and texture of the stone, it also has a unique three-dimensional shape; the U-shaped stainless steel decorative panel and the flying wing arc-shaped stone slab are arranged at intervals and installed to form an integrated body to achieve a more rich and personalized decorative effect. The hidden-installed LED light strip can meet the requirements of hidden lighting and present the textures of the stainless steel plate and the stone plate. Therefore, the utility model for decorating the inner wall has a three-dimensional sense and a hidden lighting function, and has the characteristics of beautiful mixed arrangement of stone plates and metal plates. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 is a schematic cross-sectional structure diagram of the utility model in the horizontal direction;

[0015] Figure 2 isFigure 1 Partial enlarged structural schematic diagram of part A

[0016] Figure 3 is Figure 1 Partial enlarged structural schematic diagram of part B

[0017] Figure 4 Vertical sectional structural schematic diagram of the present utility model

[0018] Figure 5 is Figure 4 Partial enlarged structural schematic diagram of part C Specific implementation mode

[0019] The following further elaborates in detail on the specific implementation mode Figures 1-5 of the present utility model in conjunction with the attached

[0020] The technical solution of the present utility model is as follows: an arc-shaped stone three-dimensional decorative interior wall, comprising: a structural wall 10, a steel skeleton 20 formed by welding steel columns and steel crossbeams is fixed on the outer side of the structural wall 10, a plurality of U-shaped base plates 30 are installed at intervals on the outer side surface of the steel skeleton 20, a plurality of flying-wing arc-shaped stone plates 40 with different widths are arranged between two adjacent U-shaped base plates 30, the flying-wing arc-shaped stone plate 40 includes an inner arc part 41 in the middle and left and right bending wings 42 and 43 located on both sides of the inner arc part. After assembly, the flying-wing arc-shaped stone plate 40 is dry-hung on the steel skeleton 20 through at least one dry-hanging back bolt assembly 50. The dry-hanging back bolt assembly 50 includes: a back bolt hanging piece 51, an L-shaped dry-hanging angle code 52, and an angle steel crossbeam 53. Among them, the angle steel crossbeam 53 is directly or indirectly welded to the steel skeleton 20, the L-shaped dry-hanging angle code 52 is connected to the angle steel crossbeam 53 through front and rear adjustment bolts 54, the back bolt on the back bolt hanging piece 51 is vertically inserted into the inner side surface of the inner arc part 41 in the flying-wing arc-shaped stone plate 40, and the hanging piece on the back bolt hanging piece 51 is inserted and hung on the L-shaped dry-hanging angle code 52.

[0021] An adjusting screw 55 for fine-tuning the height and a buffer rubber pad 56 for isolation are provided between the back bolt hanging piece 51 and the L-shaped dry-hanging angle code 52.

[0022] The flying wing arc-shaped stone slab 40 includes a wide flying wing arc-shaped stone slab 40a. The wide flying wing arc-shaped stone slab 40a is dry-hung by three dry-hanging back-bolt assemblies 50 on the left, middle, and right. The middle angle steel crossbeam 53a of the middle dry-hanging back-bolt assembly 50a is horizontally welded to the steel skeleton 20. The angle steel crossbeam 53b of the left dry-hanging back-bolt assembly 50b is welded to the middle angle steel crossbeam 53a in a left-inclined manner so that the back bolts on the back-bolt hanging parts 51b are perpendicular to the inner arc surface 41 in the flying wing arc-shaped stone slab 40 into which they are inserted. The angle steel crossbeam 53c of the right dry-hanging back-bolt assembly 50c is welded to the middle angle steel crossbeam 53a in a right-inclined manner so that the back bolts on the back-bolt hanging parts 51c are perpendicular to the inner arc surface 41 in the flying wing arc-shaped stone slab 40 into which they are inserted.

[0023] The flying wing arc-shaped stone slab 40 includes a narrow flying wing arc-shaped stone slab 40b. The dry-hanging back-bolt assembly 50 on the narrow flying wing arc-shaped stone slab 40b is connected to the independent steel column 21 protruding from the steel skeleton so that the outer surface of the narrow flying wing arc-shaped stone slab 40b is flush with the outer surface of the wide flying wing arc-shaped stone slab 40a.

[0024] The outside of the U-shaped base plate 30 is covered with a U-shaped stainless steel decorative panel 31.

[0025] The left bent wing 42 abuts against the side panel of the corresponding U-shaped base plate 30, and the right bent wing 43 abuts against the side panel of the corresponding U-shaped base plate 30.

[0026] At the corresponding connection ends of the left bent wing 42 and the U-shaped stainless steel decorative panel 31, a left LED light strip 32 is fixedly installed; at the corresponding connection ends of the right bent wing 43 and the U-shaped stainless steel decorative panel 31, a right LED light strip 32 is fixedly installed.

[0027] At the inside corner of the structural wall 10, an arc-shaped corner stone slab 60 is provided. The arc-shaped corner stone slab 60 is connected to the steel frame 62 at the inside corner position of the structural wall 10 through a plurality of stone dry-hanging parts 61.

[0028] The steel skeleton 20 is a single-layer steel skeleton or a double-layer steel skeleton.

[0029] During installation, a steel skeleton 20 is fixed to the outer side of the structural wall 10. A number of U-shaped base plates 30 are installed at intervals on the outer surface of the steel skeleton 20. A number of flying-wing arc-shaped stone plates 40 with different widths are provided between two adjacent U-shaped base plates 30. The flying-wing arc-shaped stone plates 40 are processed and formed in the factory to form a three-dimensional stone structure with an arc and a left and right flying-wing shape. The wide flying-wing arc-shaped stone plate 40a is dry-hung on the inner arc surface 41 of the flying-wing arc-shaped stone plate 40 through a left dry-hanging back bolt assembly 50b, a middle dry-hanging back bolt assembly 50a, and a right dry-hanging back bolt assembly 50c respectively, and is kept perpendicular to the inner arc surface 41. The dry-hanging back bolt assembly 50 on the narrow flying-wing arc-shaped stone plate 40b is connected to an independent steel column 21 protruding from the steel skeleton 20, so that the outer surface of the narrow flying-wing arc-shaped stone plate 40b is flush with the outer surface of the wide flying-wing arc-shaped stone plate 40a. The outer side of the U-shaped base plate 30 is covered with a U-shaped stainless steel decorative panel 31. Finally, the left LED light strip 32 and the right LED light strip 32 are bonded to complete the installation.

[0030] As can be seen from the above, while maintaining the beauty and texture of the stone, the utility model is easy to install, simple to maintain, energy-saving and environment-friendly, has a three-dimensional sense and a hidden lighting function, and realizes the artistic beauty of the mixed distribution of multiple materials.

[0031] Of course, the utility model can also have many other implementation manners. Without departing from the spirit and essence of the utility model, those skilled in the art can make various corresponding changes and deformations according to the utility model. However, these corresponding changes and deformations should all fall within the protection scope of the appended claims of the utility model.

Claims

1. An arc-shaped stone three-dimensional decorative interior wall, comprising: a structural wall, with a steel framework formed by welding steel columns and steel beams fixed on the outer side of the structural wall, characterized in that: A number of U-shaped base plates are installed at intervals on the outer side surface of the steel skeleton. Between two adjacent U-shaped base plates, there are a number of flying-wing arc-shaped stone plates with different widths. The flying-wing arc-shaped stone plate includes an inner arc part in the middle and a left bending wing and a right bending wing located on both sides of the inner arc part. After assembly, the flying-wing arc-shaped stone plate is dry-hung on the steel skeleton through at least one dry-hanging back bolt assembly. The dry-hanging back bolt assembly includes: a back bolt hanging piece, an L-shaped dry-hanging angle code, and an angle steel cross beam. Among them, the angle steel cross beam is directly or indirectly welded to the steel skeleton. The L-shaped dry-hanging angle code is connected to the angle steel cross beam through front and rear adjusting bolts. The back bolt on the back bolt hanging piece is vertically inserted into the inner side surface of the inner arc part of the flying-wing arc-shaped stone plate, and the hanging piece on the back bolt hanging piece is inserted and hung on the L-shaped dry-hanging angle code.

2. The arc-shaped stone three-dimensional decorative interior wall according to claim 1, wherein: An adjusting screw for fine-tuning the height and a buffer rubber pad for isolation are provided between the back bolt hanging piece and the L-shaped dry-hanging angle code.

3. The arc-shaped stone three-dimensional decorative interior wall according to claim 1 or 2, characterized in that: The flying-wing arc-shaped stone plate includes a wide flying-wing arc-shaped stone plate. The wide flying-wing arc-shaped stone plate is dry-hung through three dry-hanging back bolt assemblies on the left, middle, and right. The middle angle steel cross beam of the middle dry-hanging back bolt assembly is horizontally welded to the steel skeleton. The angle steel cross beam of the left dry-hanging back bolt assembly is welded to the middle angle steel cross beam with a left inclination so that the back bolt on the back bolt hanging piece is perpendicular to the inner arc surface of the flying-wing arc-shaped stone plate into which it is inserted. The angle steel cross beam of the right dry-hanging back bolt assembly is welded to the middle angle steel cross beam with a right inclination so that the back bolt on the back bolt hanging piece is perpendicular to the inner arc surface of the flying-wing arc-shaped stone plate into which it is inserted.

4. The arc-shaped stone three-dimensional decorative interior wall according to claim 3, characterized in that: The flying-wing arc-shaped stone plate includes a narrow flying-wing arc-shaped stone plate. The dry-hanging back bolt assembly on the narrow flying-wing arc-shaped stone plate is connected to an independent steel column protruding from the steel skeleton so that the outer surface of the narrow flying-wing arc-shaped stone plate is flush with the outer surface of the wide flying-wing arc-shaped stone plate.

5. The curved stone three-dimensional decorative interior wall according to claim 4, wherein: The outer side of the U-shaped base plate is covered with a U-shaped stainless steel decorative panel.

6. The arc-shaped stone three-dimensional decorative interior wall according to claim 5, characterized in that: The left bending wing abuts against the side panel of the corresponding U-shaped base plate, and the right bending wing abuts against the side panel of the corresponding U-shaped base plate.

7. The arc-shaped stone three-dimensional decorative interior wall according to claim 6, characterized in that: A left LED light strip is fixedly installed at the corresponding connection end of the left bending wing and the U-shaped stainless steel decorative panel; a right LED light strip is fixedly installed at the corresponding connection end of the right bending wing and the U-shaped stainless steel decorative panel.

8. The arc-shaped stone three-dimensional decorative interior wall according to claim 7, characterized in that: An arc-shaped corner stone plate is provided at the inner corner of the structural wall. The arc-shaped corner stone plate is connected to the steel frame at the inner corner position of the structural wall through a number of stone dry-hanging pieces.

9. The arc-shaped stone three-dimensional decorative interior wall according to claim 8, characterized in that: The steel skeleton is a single-layer steel skeleton or a double-layer steel skeleton.

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