CN116517219A

CN116517219A - Assembled background wall and installation method thereof

Info

Publication number: CN116517219A
Application number: CN202310242500.5A
Authority: CN
Inventors: 丁泽成; 王文广; 周东珊; 蔡帅帅; 钟亮; 李鹏程
Original assignee: Zhejiang Yasha Decoration Co Ltd
Current assignee: Zhejiang Yasha Decoration Co Ltd
Priority date: 2023-03-14
Filing date: 2023-03-14
Publication date: 2023-08-01

Abstract

The invention provides an assembled background wall and an installation method thereof, and belongs to the technical field of background walls. The assembly type background wall and the installation method thereof comprise a bearing reinforcing module, a frame module, a bending supporting module, a niche and a surface layer module. The bearing reinforcement module is used for supporting the whole background wall, the frame module is used for forming an inner frame of a high convex area and an outer frame of the high convex area, the bending support module is used for increasing the distance between a part of surface layer modules arranged in the high convex area and the bearing reinforcement module, the other part of surface layer modules are arranged in a flush area, the niche is arranged in a low concave area, and all components are subjected to standardized production and construction by an assembly technology, so that the completion effect is ensured without depending on manual level; the key parts are connected through screws and can be disassembled and assembled; the modeling and the dimension can be flexibly designed, and the bearing capacity is high; and special construction is not needed, so that labor is saved, and the work cost is low.

Description

Assembled background wall and installation method thereof

Technical Field

The invention relates to the technical field of background walls, in particular to an assembled background wall and an installation method thereof.

Background

The background wall has good decoration to the wall surface, can also play the role of protecting the wall surface, and is deeply favored by people. The traditional background wall is a home decoration art for decorating home living room televisions, sofas, halls, bedrooms and the like, and not only meets the requirements of consumer decoration and decoration, but also embodies the aesthetic style of unique art of owners, so that the home decoration art becomes a perfect combination of business and art.

Traditional background walls are built on stilts through battens plus base plates. Firstly, fireproof and anti-corrosion treatment is required to be carried out on wood strips, then, the wood strips are used for leveling a base layer, and then, a base layer plate is sealed, so that an overhead layer appears on the wall surface, the installation is complicated, labor and time are wasted, and the manual capability of a field master is tested, so that the assembly decoration is not facilitated; the existing background wall is of an integral structure, is inconvenient to transport and assemble and disassemble, is inconvenient to replace, has a decorative effect, has a single function, and cannot meet the needs of people; when a large plate is required to be hung on the background wall, the base layer is often manufactured in a form of a welded steel frame, the labor cost and the material cost of the method are high, special workers are required to construct the background wall, customization is difficult, and the requirements of owners are difficult to meet. When the television is hung in the center of the background wall, the traditional method is to use an ultra-long bolt to drive into the original wall, but the original wall surface in the current market building is mostly a light steel keel partition wall, the nail holding force is poor, and the safety cannot be ensured.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provide an assembled background wall and an installation method thereof.

The invention provides an assembled background wall, which comprises a bearing reinforcing module, a frame module, a bending supporting module, a niche and a surface layer module, wherein the bearing reinforcing module is fixed on a wall surface and/or the ground to form a flush area, a high convex area and a low concave area positioned in the high convex area respectively, the frame module is fixed on the part of the bearing reinforcing module positioned in the high convex area to form an inner frame of the high convex area and an outer frame of the high convex area, the bending supporting module is fixed on the part of the bearing reinforcing module positioned in the high convex area, one part of the surface layer module is connected with the bending supporting module to install the surface layer module in the high convex area, the other part of the surface layer module is connected with the part of the bearing reinforcing module positioned in the flush area to install the surface layer module in the flush area, and the side end of the niche is connected with the inner frame of the high convex area to install the niche in the low concave area.

Further, the bearing reinforcement module comprises a base layer support piece and a leveling support piece, wherein the base layer support piece and one part of the leveling support piece form a high convex area and a low concave area, and the other part of the leveling support piece forms a flush area; the base layer support piece comprises a bearing substrate, a support tube and a base layer fixing structure for respectively connecting the support tube to an original roof and/or the ground, the leveling support piece comprises a vertical keel and a leveling structure for leveling the vertical keel and connecting the vertical keel to a wall surface, one side surface of the support tube far away from the wall surface and one side surface of the vertical keel far away from the wall surface are arranged at the same vertical surface, and two ends of the bearing substrate are respectively connected with one side surface of the support tube far away from the wall surface and one side surface of the vertical keel located in a high convex area far away from the wall surface.

Further, the base fixing structure comprises two corner brackets, a first base layer screw and a base layer expansion bolt, wherein the two corner brackets are respectively arranged at the lower part and the upper part, one side surface of the corner bracket positioned at the lower part is fixedly connected with the bottom of the support tube through the first base layer screw, the other side surface of the corner bracket positioned at the upper part is fixedly connected with the ground through the first base layer screw, the top of the support tube is fixedly connected with the one side surface of the corner bracket positioned at the upper part, and the other side surface of the corner bracket is fixedly connected with the original top through the base layer expansion bolt.

Further, the leveling structure comprises a leveling base and a leveling stud, the vertical keel comprises a keel base plate, a keel clamping groove and a positioning hole, the keel clamping groove is arranged on one side, close to the wall surface, of the keel base plate in an extending mode along the axis direction of the keel base plate, the positioning hole is arranged on the keel base plate and communicated with the keel clamping groove, a first thread groove is formed in the inner side of the leveling base, the leveling base is clamped in the keel clamping groove, the first thread groove is communicated with the positioning hole, a second thread groove is formed in the outer portion of the leveling stud, and the leveling stud is fixedly connected to the wall surface when the second thread groove is in threaded connection with the first thread groove.

Further, the frame module comprises a frame base plate, a frame fixing plate connected to one side surface of the frame base plate, and a frame surrounding baffle connected to the other side surface of the frame base plate; the frame fixing plates of the two frame modules are transversely arranged and fixedly connected to the part, which is positioned in the high convex area and far away from the low concave area, of the supporting pipe and/or the part, which is positioned in the high convex area and far away from the low concave area, of the vertical keel, of the frame fixing plates of the two frame modules are oppositely arranged to form a high convex area outer frame, and the frame fixing plates of the two frame modules are transversely arranged and fixedly connected to the part, which is positioned in the high convex area and near the low concave area, of the supporting pipe and/or the part, which is positioned in the high convex area and near the low concave area, of the vertical keel, of the frame fixing plates of the two frame modules are oppositely arranged to form a high convex area inner frame.

Further, the bending support module comprises a support plate, a left fixing plate and a right fixing plate which are respectively connected to two side ends of the support plate, a bending clamping groove formed by the left fixing plate, the support plate and the right fixing plate, a left extending plate connected to one side end of the left fixing plate, which is far away from the support plate, and a right extending plate connected to one side end of the right fixing plate, which is far away from the support plate; the left extension plate can be bent towards the bending clamping groove from the same plane with the left fixing plate, the right extension plate can be bent towards the bending clamping groove from the same plane with the right fixing plate, the left fixing plate and the right fixing plate can be respectively and fixedly connected to two side surfaces of the vertical keel which are oppositely arranged when the vertical keel is inserted into the bending clamping groove, and the left fixing plate and the right fixing plate can be respectively and fixedly connected to two side surfaces of the support tube which are oppositely arranged when the support tube is inserted into the bending clamping groove.

Further, the surface layer module comprises two side clamping pieces, side sealing pieces, two single side clamping pieces and a plurality of panels, wherein connecting clamping grooves are respectively formed in two side ends of each panel; the two side clamping pieces and the single side clamping piece which are positioned in the high convex area are connected with the supporting plate; the two side clamping pieces and the single side clamping piece which are positioned in the flush area are connected with the vertical keel; two side ends of the two side clamping pieces are respectively clamped in two connecting clamping grooves which are oppositely arranged on two adjacent panels, and the two single side clamping pieces are respectively clamped in connecting clamping grooves at the left side end of the panel positioned at the left end part and connecting clamping grooves at the right side end of the panel positioned at the right end part of all the panels.

Further, the two-sided clamping piece comprises a two-sided substrate, two-sided clamping plates symmetrically connected to two side ends of the two-sided substrate, and a two-sided fixing structure for fixedly connecting to the supporting plate, wherein one of the two-sided clamping plates is used for clamping a connecting clamping groove of one of two adjacent panels, and the other two-sided clamping plate is used for clamping a connecting clamping groove of the other of the two adjacent panels; the single-side clamping piece comprises a single-side base plate, a single-side clamping plate connected to one side end of the single-side base plate and a single-side fixing structure used for being fixedly connected to the vertical keel, and the side sealing piece comprises a sealing plate connected to one side surface of the single-side base plate, which is far away from the panel; the two unilateral clamping plates of the unilateral clamping piece are respectively clamped in the connecting clamping grooves of the left side ends of the panels positioned at the left end parts and the connecting clamping grooves of the right side ends of the panels positioned at the right end parts of all the panels, and the edge collecting plate is connected to one side surface of the unilateral substrate, which is far away from the unilateral clamping plate.

Further, still include the first location portion that is used for bending for left extension board and carries out the location, be used for bending for right extension board and carry out the second location portion that is used for bending for left fixed board and carry out the third location portion that is used for bending for right fixed board and carry out the fourth location portion that is used for bending for right fixed board and carry out the location, first location portion sets up in the junction of left fixed board and left extension board, second location portion sets up in the junction of right fixed board and right extension board, third location portion sets up in the junction of left fixed board and backup pad, fourth location portion sets up in the junction of right fixed board and backup pad.

The method for installing the assembled background wall comprises the following steps:

s1: fixing the bearing reinforcing module on the wall surface and/or the ground to form a flush zone, a high convex zone and a low concave zone positioned in the high convex zone respectively;

s2: fixing the frame module on the part of the bearing reinforcement module, which is positioned in the high-protruding area, so as to form a high-protruding area inner frame and a high-protruding area outer frame;

s3: fixing the bending support module at the part of the bearing reinforcement module, which is positioned in the high convex area;

s4: and connecting a part of the surface layer module to the bending support module so as to install the surface layer module in the high convex area, and connecting another part of the surface layer module to the part of the bearing reinforcing module located in the flush area so as to install the surface layer module in the flush area.

S5: the side ends of the niche are attached to the high-rise inner frame to mount the niche in the low-rise region.

The assembled background wall and the installation method thereof have the following beneficial effects:

the bearing reinforcement module is used for supporting the whole background wall, the frame module is used for forming an inner frame of a high convex area and an outer frame of the high convex area, the bending support module is used for increasing the distance between a part of surface layer modules installed in the high convex area and the bearing reinforcement module, the other part of surface layer modules are installed in a flush area, the niche is installed in a low concave area, and standardized production and construction are achieved through assembly technology of all components without depending on manual level to ensure the completion effect; the key parts are connected through screws and can be disassembled and assembled; the modeling and the dimension can be flexibly designed, and the bearing capacity is high; and special construction is not needed, so that labor is saved, and the work cost is low.

Drawings

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description, serve to explain the principles of the invention. In the drawings, like reference numerals are used to identify like elements. The drawings, which are included in the description, illustrate some, but not all embodiments of the invention. Other figures can be derived from these figures by one of ordinary skill in the art without undue effort.

FIG. 1 is a front view of an assembled wall and method of installing the same according to an embodiment of the present invention;

FIG. 2 is a front view of an assembled wall and method for installing a frame module and a bending support module on a load-bearing reinforcement module according to an embodiment of the present invention;

FIG. 3 is a side view of an assembled wall and method of installing the same in a top view of a raised area according to an embodiment of the present invention;

FIG. 4 is a schematic diagram of the assembled background wall and the installation method thereof, wherein the leveling base is installed on the vertical keel, and the leveling stud is connected to the leveling base;

FIG. 5 is a schematic view of an assembled wall and a method for installing a frame module on a vertical keel according to an embodiment of the invention;

FIG. 6 is a schematic view of a frame module in an assembled wall and a method for installing the same according to an embodiment of the present invention;

FIG. 7 is a schematic view of an assembled wall and a method for installing the same according to an embodiment of the present invention, wherein a bending support module is installed on a vertical keel;

FIG. 8 is a schematic diagram of a fabricated background wall and a method for installing the fabricated background wall according to an embodiment of the present invention;

FIG. 9 is a side view of an assembled wall and a method of installing the same in which a single-sided clip is attached to a panel;

fig. 10 is a schematic structural diagram of a double-sided clamping member and a single-sided clamping member in an assembled wall and an installation method thereof according to an embodiment of the invention.

In the figure: 1-load-bearing reinforcing module, 11-support tube, 12-corner bracket, 13-vertical keel, 131-keel base plate, 132-locating hole, 14-leveling base, 15-leveling stud, 151-second screw slot, 152-leveling mounting plate, 16-load-bearing base plate, 2-frame module, 21-frame base plate, 22-frame fixing plate, 221-first frame mounting portion, 222-first frame connecting portion, 223-first frame nail slot, 224-first round corner, 225-second round corner, 226-fifth round corner, 227-seventh round corner, 23-frame surrounding baffle, 231-second frame mounting portion, 232-second frame connecting portion, 233-second frame nail slot, 234-third round corner, 235-fourth round corner, 236-sixth rounded corner, 237-eighth rounded corner, 3-bent support module, 31-support plate, 311-first stiffening rib, 312-third positioning portion, 313-third bent hole, 314-fourth positioning portion, 315-fourth bent hole, 32-left fixed plate, 321-second stiffening rib, 322-first positioning portion, 323-first bent hole, 33-right fixed plate, 331-second positioning portion, 332-second bent hole, 34-left extension plate, 35-right extension plate, 36-first bent plate, 37-second bent plate, 4-niche, 5-facing module, 51-panel, 511-connection clamping groove, 52-double-sided clamping member, 521-double-sided substrate, 522-double-sided clamping plate, 523-double-sided fixing plate, 524-second double-sided protrusion, 525-first double-sided protrusion, 526-first double-sided abutment, 527-first double-sided mounting, 528-second double-sided abutment, 529-third double-sided protrusion, 53-single-sided clip, 531-single-sided substrate, 532-Shan Ceka tab, 533-single-sided fixing plate, 534-second single-sided protrusion, 535-first single-sided protrusion, 536-first single-sided abutment, 537-first single-sided mounting, 538-second single-sided abutment, 539-third single-sided protrusion, 54-sealing plate.

Detailed Description

For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are some embodiments of the present invention, but not all embodiments of the present invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention. It should be noted that, in the case of no conflict, the embodiments and features in the embodiments may be arbitrarily combined with each other.

Please refer to fig. 1 to 10. The assembled background wall comprises a bearing reinforcing module 1, a frame module 2, a bending supporting module 3, a niche 4 and a surface layer module 5, wherein the bearing reinforcing module 1 is fixed on a wall surface and/or the ground to form a flush zone, a high convex zone and a low concave zone positioned in the high convex zone respectively, the frame module 2 is fixed on the part of the bearing reinforcing module 1 positioned in the high convex zone to form an inner frame of the high convex zone and an outer frame of the high convex zone, the bending supporting module 3 is fixed on the part of the bearing reinforcing module 1 positioned in the high convex zone, one part of the surface layer module 5 is connected with the bending supporting module 3 to install the surface layer module 5 in the high convex zone, the other part of the surface layer module 5 is connected with the part of the bearing reinforcing module 1 positioned in the flush zone to install the surface layer module 5 in the flush zone, and the side end of the niche 4 is connected with the inner frame of the high convex zone to install the niche 4 in the low concave zone.

Here, draw the elastic cord at the wall, fix bearing reinforcement module 1 according to the elastic cord, according to the parallel and level district of a plurality of bearing reinforcement module 1 design wall respectively, high protruding district, be located the inside hypoove of high protruding district, according to the parallel and level district of wall, high protruding district, hypoove is divided into bearing reinforcement module 1 flush with the district, high protruding district, hypoove, be fixed in the part that bearing reinforcement module 1 is located high protruding district respectively with a plurality of frame modules 2 in order to form high protruding district inner frame and high protruding district outer frame, high protruding district inner frame sets up in high protruding district outer frame inside, the support module 3 of bending is fixed in the part that bearing reinforcement module 1 is located high protruding district, a part of face layer module 5 is connected in the support module of bending in order to install face layer module 5 in high protruding district, another part of face layer module 5 is connected in the part that bearing reinforcement module 1 is located the flush with in the district, the side of wall 4 is connected in the high protruding district shrine in order to install wall niche inner frame in the hypoove, through various components, the light installation of the cost of various models, the realization of building a large-scale, the cost is realized, the cost is not really high-profile, the cost of installing, the cost is realized, the cost is not is high, etc..

The bearing reinforcing module 1 can comprise a base layer supporting piece and a leveling supporting piece, wherein the base layer supporting piece and one part of the leveling supporting piece form a high convex area and a low concave area, and the other part of the leveling supporting piece forms a flush area; the basic unit support piece includes bearing base plate 16, stay tube 11, be used for connecting the stay tube 11 in former top and/or the basic unit fixed knot structure on ground respectively, leveling support piece includes vertical keel 13, be used for leveling vertical keel 13 and connect vertical keel 13 in the leveling structure of wall, a side that the wall was kept away from to stay tube 11, a side that vertical keel 13 kept away from the wall set up in same vertical plane department, bearing base plate 16 both ends are connected respectively in a side that the wall was kept away from to stay tube 11 and a side that vertical keel 13 that is located high protruding district kept away from the wall.

Specifically, the ground is horizontally arranged, the vertical surface is a surface vertical to the ground, a vertical surface vertical to the ground is taken as a reference surface, a side surface of the support tube 11, which is far away from the wall surface, and a side surface of the vertical keel 13, which is far away from the wall surface, are arranged at the same vertical surface, namely, the distance between the side surface of the support tube 11, which is far away from the wall surface, and the side surface of the vertical keel 13, which is far away from the wall surface, are respectively equal to the reference surface. Since the strength of the support pipe 11 is greater than that of the vertical keel 13, the support strength of the support pipe 11 is greater than that of the vertical keel 13. The high convex area of the background wall system is mainly supported by the base layer supporting piece and the high convex area of the background wall system is supported by the leveling supporting piece in an auxiliary manner; and the parts that the parallel and level district set up in the background wall system are less, then the weight in parallel and level district of background wall system is less, then can support through the less part of bearing capacity, so plays the supporting role to the parallel and level district of background wall system through leveling support piece in this application. Because the base layer fixing structure connects the supporting pipe 11 to the original roof and/or the ground, the supporting pipe 11 does not need to be leveled, the vertical keel 13 is connected to the wall surface, and the vertical keel 13 needs to be leveled through the leveling structure. Through an assembly technology, standardized production and construction are achieved, and the completion effect is ensured without depending on manual level; the parts are connected by screws and can be disassembled and assembled; the modeling and the dimension can be flexibly designed, and the bearing capacity is high; and special construction is not needed, so that labor is saved, and the work cost is low.

The base fixing structure comprises two corner brackets 12, a first base screw and a base expansion bolt, wherein the two corner brackets 12 are respectively arranged at the lower part and the upper part, one side surface of the corner bracket 12 positioned at the lower part is fixedly connected with the bottom of the supporting tube 11 through the first base screw, the other side surface of the corner bracket 12 positioned at the upper part is fixedly connected with the ground through the first base screw, the top of the supporting tube 11 is fixedly connected through the first base screw, and the other side surface of the corner bracket 12 positioned at the upper part is fixedly connected with the original top through the base expansion bolt.

Specifically, the support pipe 11 may be a rectangular steel pipe. The corner bracket 12 may include two base layer connection plates vertically connected to each other, one base layer connection plate is parallel to the original roof, the other base layer connection plate is parallel to a side surface of the rectangular steel pipe far away from the wall surface, and the first base layer screw may be a self-tapping screw. The angle code 12 positioned at the lower part is fixedly connected with the bottom of the rectangular steel pipe through a self-tapping screw, the angle code 12 positioned at the lower part is fixedly connected with the ground through the self-tapping screw, the angle code 12 positioned at the upper part is fixedly connected with the top of the rectangular steel pipe through the self-tapping screw, an expansion bolt hole is formed in the original top, and the angle code 12 positioned at the upper part is fixedly connected with the expansion bolt hole through a basic-layer expansion bolt.

The leveling structure can include leveling base 14, leveling double-screw bolt 15, vertical keel 13 includes fossil fragments base plate 131, extend along fossil fragments base plate 131 axis direction and set up in fossil fragments base plate 131 be close to fossil fragments draw-in groove of wall one side, along setting up on fossil fragments base plate 131 and with fossil fragments draw-in groove intercommunication's locating hole 132, leveling base 14 inboard is equipped with first thread groove, leveling base 14 joint is in fossil fragments draw-in groove, first thread groove and locating hole 132 intercommunication, leveling double-screw bolt 15 outside is equipped with second thread groove 151, leveling double-screw bolt 15 fixed connection is in the wall when second thread groove 151 spiro union is in first thread groove.

Specifically, the vertical keel 13 may further include two keel stop plates connected to two side ends of the keel base plate 131 respectively, the two keel stop plates and the keel base plate 131 enclose a keel clamping groove together, the two keel stop plates are perpendicular to the keel base plate 131, the leveling base 14 is a square base, and the leveling base 14 is in interference fit with the keel clamping groove.

Specifically, a plurality of leveling protruding portions may be disposed at intervals on the outer portion of the leveling stud 15, and the second thread groove 151 is disposed on the leveling protruding portions. The leveling protruding parts can be a plurality of leveling studs 15 which are uniformly arranged outside, the angles between any two adjacent leveling protruding parts are equal, and the area of the second thread groove 151 is equal to the area of the leveling protruding part. The length of the leveling stud 15 extending out of one side of the leveling base 14 is adjusted according to the distance between the leveling base 14 and the wall surface, and then the leveling stud 15 is fixedly connected with the wall surface, so that the leveling of the vertical keel 13 can be realized.

Specifically, the leveling structure may further include leveling screws, and the leveling studs 15 are fixedly connected with the wall surface through the leveling screws. The leveling stud 15 may be provided with a leveling mounting plate 152 on the inner side, a leveling fixing hole is penetrated through the leveling mounting plate 152, and one end of the leveling screw sequentially penetrates through the positioning hole 132 and the leveling fixing hole and is fixed on the wall surface. The inner side of the leveling stud 15 is provided with a groove, the leveling mounting plate 152 is arranged at the bottom of the groove, the leveling mounting plate 152 is arranged close to a wall surface, the axes of the leveling fixing hole, the leveling stud 15 and the positioning hole 132 can be overlapped, a leveling screw is convenient to install, and one end of the leveling screw is abutted to the leveling mounting plate 152. The leveling screw may be a self-tapping screw. A third thread groove can be formed in the inner side of the leveling stud 15, and one end of the leveling screw sequentially penetrates through the positioning hole 132, is screwed into the third thread groove and is fixed to the wall surface. The number of the positioning holes 132 can be equal to the number of the leveling bases 14 and the positioning holes 132, and the number of the leveling studs 15 and the leveling bases 14 can be equal to each other.

Specifically, the base layer supporting member may further include a second base layer screw, and two ends of the bearing substrate 16 are respectively connected to a side surface of the supporting tube 11 far away from the wall surface and a side surface of the vertical keel 13 located in the high protruding area of the background wall system far away from the wall surface through the second base layer screw. The number of the supporting pipes 11 is at least two, the number of the vertical keels 13 positioned in the high convex area of the background wall system is at least one, and the number of the vertical keels 13 positioned at the level of the background wall system is at least two. No vertical keel 13 is provided between all support tubes 11, i.e. the vertical keel 13 is arranged either on the left side of the leftmost support tube 11 or on the right side of the rightmost support tube 11.

Specifically, the rectangular steel pipe and the corner bracket 12 positioned at the bottom are locked through a self-tapping screw, and the corner bracket 12 and the rectangular steel pipe are vertically fixed on the ground integrally; confirming the position of the top corner connector 12, connecting the top corner connector with the original top and the rectangular steel pipe at the same time, marking the position, and then punching an expansion bolt on the original top; locking the top corner connector 12 and the rectangular steel pipe; fixing the original top and the corner bracket 12 at the top through reserved expansion bolt holes; the bearing base plate 16 is fixed on the rectangular steel pipe and the vertical keel 13 by self-tapping screws, the bearing base plate 16 has strong nail holding force, and the bearing capacity of the center position of the background wall is greatly enhanced after the bearing base plate 16 is arranged on the rectangular steel pipe. All the skin adjusting bases are smashed into the vertical keels 13 by using a rubber hammer to be clamped, and positioning holes 132 are formed in the vertical keels 13; confirming the finishing surface of the vertical keel 13, inserting a half-thread leveling stud 15 into the leveling base 14, and rotating the leveling stud 15 to enable the stud to be in threaded engagement with the base after the leveling stud 15 is propped against the original wall; the leveling studs 15 are connected with the original wall through self-tapping screws; all leveling studs 15 are installed in sequence.

The frame module 2 may include a frame base 21, a frame fixing plate 22 connected to one side of the frame base 21, and a frame surrounding plate 23 connected to the other side of the frame base 21; the frame fixing plates 22 of the two frame modules 2 are transversely arranged and fixedly connected to the part of the support tube 11 which is positioned in the high convex area and far away from the low concave area and/or the frame surrounding plates 23 of the two frame modules 2 are oppositely arranged to form an outer frame of the high convex area when the part of the vertical keel 13 which is positioned in the high convex area and far away from the low concave area, and the frame surrounding plates 23 of the two frame modules 2 are transversely arranged and fixedly connected to the part of the support tube 11 which is positioned in the high convex area and near the low concave area and/or the frame surrounding plates 23 of the two frame modules 2 are oppositely arranged to form an inner frame of the high convex area when the part of the vertical keel 13 which is positioned in the high convex area and near the low concave area.

Specifically, after the load-bearing reinforcing module 1 is installed, a high convex area and a low concave area need to be formed on the background wall, the low concave area is arranged on the inner side of the high convex area, and then a high convex area outer frame and a high convex area inner frame need to be formed respectively, wherein the high convex area inner frame is arranged inside the high convex area outer frame, the high convex area outer frame is formed through an upper frame surrounding plate and a lower frame surrounding plate 23 after two frame fixing plates 22 are respectively fixed on the load-bearing reinforcing module 1, and the high convex area inner frame is formed through the upper frame surrounding plate and the lower frame surrounding plate 23 after the two frame fixing plates 22 are respectively fixed on the load-bearing reinforcing module 1. The frame fixed plates 22 of the two frame pieces are transversely arranged, the frame fixed plates 22 are respectively and fixedly connected to the plurality of vertical keels 13 and/or the supporting tubes 11, the frame fixed plates 22 and the frame surrounding baffles 23 are all cuttable, the frame fixed plates 22 and the frame surrounding baffles 23 are cut according to the distance between the vertical keels 13 at the two ends, the frame fixed plates 22 are conveniently fixed on the vertical keels 13, the two frame fixed plates 22 are horizontally arranged, the two corresponding frame surrounding baffles 23 are oppositely arranged at the moment, and the two frame surrounding baffles 23 are conveniently used for forming a frame with a background wall shape. Two frame fixing plates 22 are provided at portions of the high protruding region away from the low recessed region so that two frame surrounding baffles 23 form a high protruding outer frame. Two frame fixing plates 22 are provided at portions near the depressed area within the elevated area such that two frame surrounding baffles 23 form an elevated area inner frame.

Specifically, the frame fixing plate 22 and the surrounding baffle are stone plastic extrusion plates formed by stone plastic extrusion, the molding is simple, and the production process is controllable. The assembled background wall frame is integrally extruded by stone and plastic, and has standard size. The frame fixing plate 22 and the frame surrounding baffle 23 can be symmetrically arranged. The frame fixing plate 22 and the frame surrounding baffle 23 have the same shape, so that the design, the production and the manufacture are convenient. The frame fixing plate 22 and the frame surrounding baffle 23 are vertically connected, so that a rectangular frame is conveniently formed.

Specifically, the frame fixing plate 22 may include a first frame mounting portion 221, a first frame nail groove 223 is concavely formed on a side surface of the first frame mounting portion 221 adjacent to the frame surrounding plate 23, the frame surrounding plate 23 includes a second frame mounting portion 231, and a second frame nail groove 233 is concavely formed on a side surface of the second frame mounting portion 231 adjacent to the frame fixing plate 22. The first frame mounting part 221 is concavely provided with a first frame nail groove 223, and the first frame nail groove 223 is convenient for accommodating the nail cap of the screw therein, so that the surface of the frame fixing plate 22 is lowly recessed to be nailed, and the frame fixing plate 22 is convenient to be fixed on the vertical keel 13 and/or the supporting tube 11. When the frame surrounding baffle 23 is fixed on the vertical keel 13 and/or the supporting pipe 11 and the frame fixing plate 22 to form a frame, the second frame installation part 231 is concavely provided with a second frame nail groove 233, and the second frame nail groove 233 is convenient for accommodating the nail cap of the screw therein, so that the surface of the frame surrounding baffle 23 is lowly nailed, and the frame surrounding baffle 23 is convenient to be fixed on the vertical keel 13 and/or the supporting pipe 11. The first frame installation part 221 may be two that the interval set up, the second frame installation part 231 is two that the interval set up, two first frame installation part 221 symmetry sets up, two second frame installation part 231 symmetry sets up, the frame fixed plate 22 still includes the both ends respectively connect in the first frame connecting portion 222 of two first frame installation parts 221, the frame baffle 23 still includes the both ends respectively connect in the second frame connecting portion 232 of two second frame installation parts 231, first frame nail groove 223 is two that set up respectively on two first frame installation parts 221, second frame nail groove 233 is two that set up respectively on two second frame installation parts 231. The assembled background wall frame is extruded integrally by stone and plastic, has standard size, is fixed on the vertical keel 13 and/or the supporting tube 11 by using double nails, has good flatness and high strength, and is not easy to deform. The required length can be flexibly cut according to the required size.

Specifically, a side surface of the first frame connecting portion 222 away from the first frame nail groove 223 may be concavely disposed, another side surface close to the first frame nail groove 223 is convexly disposed at one side of the first frame nail groove 223, a side surface of the second frame connecting portion 232 away from the second frame nail groove 233 is concavely disposed, and another side surface close to the second frame nail groove 233 is convexly disposed at one side of the second frame nail groove 233. The first frame installation department 221 is kept away from the protruding setting of a side in first frame nail groove 223, and two first frame installation departments 221 butt in vertical keel 13 respectively provide holding power for frame fixed plate 22, and the another side protrusion that first frame connecting portion 222 is close to first frame nail groove 223 sets up in one side in first frame nail groove 223, then can form first frame nail groove 223 with first frame installation department 221 between two first frame connecting portions 222 to protect for the nail cap of screw. When the frame surrounding baffle 23 is fixed on the vertical keel 13 and the frame fixing plate 22 to form a frame, the two second frame installation parts 231 are respectively abutted against the vertical keel 13 to provide supporting force for the frame surrounding baffle 23, one side surface of the second frame installation part 231 far away from the second frame nail groove 233 is convexly arranged and abutted against the vertical keel 13, the other side surface of the second frame connection part 232 close to the second frame nail groove 233 is convexly arranged on one side of the second frame nail groove 233, and then the second frame nail groove 233 can be formed between the two second frame connection parts 232 and the second frame installation part 231, so that the nail caps of the screws are protected.

Specifically, a first rounded corner 224 may be provided at one side end of the connection between the frame fixing plate 22 and the frame base plate 21, a second rounded corner 225 may be provided at the other side end, a third rounded corner 234 having the same radian as the first rounded corner 224 may be provided at one side end of the connection between the frame baffle plate 23 and the frame base plate 21, and a fourth rounded corner 235 having the same radian as the second rounded corner 225 may be provided at the other side end. The first round corner 224 and the second round corner 225 can facilitate the user to take the frame fixing plate 22, the first round corner 224 can avoid the interference between the frame fixing plate 22 and the vertical keel 13 when the frame fixing plate 22 is fixed on the vertical keel 13, and the second round corner 225 can avoid the interference between the frame fixing plate 22 and the components arranged in the frame of the background wall modeling. When the frame surrounding baffle 23 is fixedly connected to the vertical keel 13 and the frame fixing plate 22 to form a frame, the third round corner 234 and the fourth round corner 235 can facilitate a user to take the frame fixing plate 22, the third round corner 234 can avoid interference between the frame surrounding baffle 23 and the vertical keel 13 when the frame surrounding baffle 23 is fixed on the vertical keel 13, and the fourth round corner 235 can avoid interference between the frame surrounding baffle 23 and a part arranged in the frame of the background wall modeling. The frame fixing plate 22 may be provided with a fifth rounded corner at a side end thereof remote from the frame base plate 21. The fifth rounded corner can facilitate the user to take the frame fixing plate 22, and can avoid the interference between the frame fixing plate 22 and the components arranged in the frame of the background wall model. The side of the frame enclosure 23 remote from the frame base 21 may be provided with a sixth rounded corner 236. The sixth rounded corner 236 may facilitate the user's access to the frame enclosure 23 while avoiding interference between the frame enclosure 23 and components mounted within the frame of the wall molding. The frame module 2 may further include a seventh rounded corner 227 provided at the connection of the first frame connection portion 222 and the first frame installation portion 221, and an eighth rounded corner 237 provided at the connection of the second frame connection portion 232 and the second frame installation portion 231. The seventh rounded corner 227 facilitates the user's handling of the frame attachment plate 22 and the eighth rounded corner 237 facilitates the user's handling of the frame enclosure plate 23.

The bending support module 3 may include a support plate 31, a left fixing plate 32 and a right fixing plate 33 respectively connected to both side ends of the support plate 31, a bending slot surrounded by the left fixing plate 32, the support plate 31 and the right fixing plate 33, a left extension plate 34 connected to one side end of the left fixing plate 32 far from the support plate 31, and a right extension plate 35 connected to one side end of the right fixing plate 33 far from the support plate 31; the left extension plate 34 may be bent from the same plane as the left fixing plate 32 in the direction of the bending slot, the right extension plate 35 may be bent from the same plane as the right fixing plate 33 in the direction of the bending slot, the left fixing plate 32 and the right fixing plate 33 may be respectively and fixedly connected to two opposite sides of the vertical keel 13 when the vertical keel 13 is inserted into the bending slot, and the left fixing plate 32 and the right fixing plate 33 may be respectively and fixedly connected to two opposite sides of the support tube 11 when the support tube 11 is inserted into the bending slot.

Specifically, the left extending plate 34 and the left fixing plate 32 are integrally formed, the right extending plate 35 and the right fixing plate 33 are integrally formed, the left fixing plate 32 and the right fixing plate 33 are vertically connected to the supporting plate 31, the left fixing plate 32 and the right fixing plate 33 are oppositely arranged, when the left extending plate 34 and the right extending plate 35 are not bent, the left extending plate 34 and the left fixing plate 32 are located in the same plane, and the right extending plate 35 and the right fixing plate 33 are located in the same plane. The vertical keel 13 comprises a keel base plate 131, a first keel side plate, a second keel side plate and a keel clamping groove surrounded by the first keel side plate, the keel base plate 131 and the second keel side plate, the vertical keel 13 is inserted into the bending clamping groove, a bending supporting piece is sleeved on the outer side of the vertical keel 13, after the bending supporting piece moves to a preset position on the vertical keel 13, the left extending plate 34 is bent towards the bending clamping groove from the same plane with the left fixing plate 32, one end of the left extending plate 34 is bent into the keel clamping groove, the right extending plate 35 is bent towards the bending clamping groove from the same plane with the right fixing plate 33, and one end of the right extending plate 35 is bent into the keel clamping groove. The bending support piece is sleeved outside the support tube 11, the left extending plate 34 is bent towards the bending clamping groove direction from the same plane with the left fixing plate 32, one end of the left extending plate 34 is bent to be abutted against one side surface of the support tube 11, the right extending plate 35 is bent towards the bending clamping groove direction from the same plane with the right fixing plate 33, and one end of the right extending plate 35 is bent to be abutted against the other side surface of the support tube 11. The left fixing plate 32 and the right fixing plate 33 are respectively and fixedly connected with the vertical keel 13 and/or the supporting tube 11, so that the bending supporting piece is fixed on the vertical keel 13, then the panel 51 is abutted against one side surface of the supporting plate 31 far away from the vertical keel 13 or the supporting tube 11, and the supporting plate 31 and the panel 51 are fixedly connected, so that the panel 51 is fixed on the vertical keel 13 or the supporting tube 11; the panel 51 is supported at any position needing to be elevated, and the connection position of the left fixing plate 32 and the side face of the vertical keel 13 or the supporting tube 11 is adjusted, so that the distance of the supporting plate 31 protruding from one side of the vertical keel 13 or the supporting tube 11 is adjusted, the wall separation distance is increased, and the modeling and the size of the background wall are more diversified; providing a fulcrum for the panel 51, reducing the stress deformation of the wall surface and making the hand feeling of the overhead wall surface firm.

Specifically, the support plate 31 may be provided with first reinforcing ribs 311 to enhance the rigidity of the support plate 31. The first reinforcing ribs 311 may be stamped reinforcing ribs stamped on the support plate 31, the first reinforcing ribs 311 increase the rigidity of the support plate 31, reduce the risk of deformation of the support plate 31, and the support plate 31 may serve as a support surface for the panel 51 to prevent the panel 51 from sagging. The first reinforcing rib 311 may be a plurality of ribs disposed in parallel. The left fixing plate 32 may be provided with a second reinforcing rib 321 for reinforcing the rigidity of the left fixing plate 32, and the right fixing plate 33 may be provided with a third reinforcing rib for reinforcing the rigidity of the right fixing plate 33. The second reinforcing rib 321 may be a punched reinforcing rib punched on the left fixing plate 32, and the second reinforcing rib 321 increases the rigidity of the left fixing plate 32, reducing the risk of deformation of the left fixing plate 32. The second reinforcing rib 321 may be a plurality of ribs disposed in parallel. The third reinforcing rib may be a punched reinforcing rib punched on the right fixing plate 33, which increases the rigidity of the right fixing plate 33, reducing the risk of deformation of the right fixing plate 33. The third reinforcing rib may be a plurality of reinforcing ribs arranged in parallel. The left fixing plate 32 and the right fixing plate 33 are symmetrically arranged, the left extending plate 34 and the right extending plate 35 are symmetrically arranged, and the second reinforcing rib 321 and the third reinforcing rib are symmetrically arranged.

Specifically, the left fixing plate 32 may be bent in a clockwise direction from the same plane as the support plate 31 to be disposed perpendicular to the support plate 31, and the right fixing plate 33 may be bent in a counterclockwise direction from the same plane as the support plate 31 to be disposed perpendicular to the support plate 31. The left fixing plate 32 and the right fixing plate 33 may be integrally formed with the support plate 31. When neither the left fixing plate 32 nor the right fixing plate 33 is bent, the left fixing plate 32, the supporting plate 31 and the right fixing plate 33 are all horizontally arranged, the left fixing plate 32, the supporting plate 31 and the right fixing plate 33 are located in the same plane, the left fixing plate 32 is arranged on the left side of the normal vector of the supporting plate 31, the right fixing plate 33 is arranged on the right side of the normal vector of the supporting plate 31, the left fixing plate 32 is bent by 90 degrees along the clockwise direction around the connection part of the left fixing plate 32 and the supporting plate 31, namely, the left fixing plate 32 is rotated towards the direction of the supporting plate 31, which is close to the side of the keel, so that the left fixing plate 32 is perpendicular to the supporting plate 31, the right fixing plate 33 is bent by 90 degrees along the anticlockwise direction around the connection part of the right fixing plate 33 and the supporting plate 31, which is close to the vertical keel 13 or one side of the supporting tube 11, so that the right fixing plate 33 is perpendicular to the supporting plate 31.

Specifically, the bending support module 3 may further include a plurality of first bending plates 36 disposed at the side ends of the left fixing plate 32, and a plurality of second bending plates 37 disposed at the side ends of the right fixing plate 33, where the first bending plates 36 may be bent toward a side surface of the left fixing plate 32 near the bending slot, and the second bending plates 37 may be bent toward a side surface of the right fixing plate 33 near the bending slot. When the bending support piece is sleeved on the outer side of the vertical keel 13 or the supporting tube 11, the left fixing plate 32 and the right fixing plate 33 can respectively abut against two opposite side surfaces of the vertical keel 13 or the supporting tube 11. The left extension plate 34 and the right extension plate 35 can be respectively bent to the inner sides of the keel clamping grooves of the vertical keels 13, and at the moment, the left fixing plate 32 and the vertical keels 13 can be fixed by sequentially penetrating through the left fixing plate 32, one side surface of the vertical keels 13 and the left extension plate 34 through first bending screws, and the right fixing plate 33 and the vertical keels 13 can be fixed by sequentially penetrating through the right fixing plate 33, the other side surface of the vertical keels 13 and the right extension plate 35 through second bending screws. The first bending plate 36 is bent towards one side surface of the left fixing plate 32, which is close to the supporting plate 31, the second bending plate 37 is bent towards one side surface of the right fixing plate 33, which is close to the supporting plate 31, so that the distance between the left fixing plate 32 and the right fixing plate 33 is reduced, and the length of the bending clamping groove is reduced, when the bending supporting module 3 is sleeved outside the vertical keel 13 or the supporting tube 11, the first bending plate 36 and the second bending plate 37 are respectively abutted to the side surface of the vertical keel 13, the first bending plate 36 and the second bending plate 37 are respectively in interference fit with the vertical keel 13 or the supporting tube 11, the extrusion force of the bending supporting module 3 on the vertical keel 13 or the supporting tube 11 is increased, and the connection stability of the bending supporting module 3 and the vertical keel 13 or the supporting tube 11 is improved. Two sets of first bending structures symmetrically arranged about the axis on the left fixing plate 32, and a plurality of first bending plates 36 may be equidistantly arranged in each set of first bending structures. Two sets of second bending structures symmetrically arranged on the right fixing plate 33 about the axis, and a plurality of second bending plates 37 may be equidistantly arranged in each set of second bending structures.

The surface layer module 5 may include a double-sided clamping piece 52, a side sealing piece, two single-sided clamping pieces 53, and a plurality of panels 51, wherein connection clamping grooves 511 are respectively formed at two side ends of the panels 51; the two-side clamping pieces 52 and the one-side clamping piece 53 which are positioned in the high convex area are connected to the supporting plate 31; the two side clamping pieces 52 and the one side clamping piece 53 which are positioned in the flush area are connected to the vertical keel 13; the two side ends of the double-sided clamping piece 52 are respectively clamped in two connecting clamping grooves 511 which are oppositely arranged on the two adjacent panels 51, and the two single-sided clamping pieces 53 are respectively clamped in the connecting clamping grooves 511 of the left side ends of the panels 51 positioned at the left end part and the connecting clamping grooves 511 of the right side ends of the panels 51 positioned at the right end part of all the panels 51.

The double-sided clamping member 52 may include a double-sided substrate 521, two double-sided clamping plates 522 symmetrically connected to two sides of the double-sided substrate 521, a double-sided fixing structure for fixing to the supporting plate 31, one double-sided clamping plate 522 of the two double-sided clamping plates 522 is used for clamping the connecting clamping slot 511 of one panel 51 of the two adjacent panels 51, and the other double-sided clamping plate 522 is used for clamping the connecting clamping slot 511 of the other panel 51 of the two adjacent panels 51; the single-side clamping piece 53 comprises a single-side base plate 531, a single-side clamping plate 532 connected to one side end of the single-side base plate 531, and a single-side fixing structure fixedly connected to the vertical keel 13, and the side sealing piece comprises a sealing plate 54 connected to one side surface of the single-side base plate 531 far away from the panel 51, and a trimming plate for trimming the panel 51 positioned at the end part; the single-side clamping plates 532 of the two single-side clamping members 53 are respectively clamped in the connecting clamping grooves 511 of the left side ends of the panels 51 positioned at the left end parts and the connecting clamping grooves 511 of the right side ends of the panels 51 positioned at the right end parts of all the panels 51, and the edge receiving plate is connected to one side surface of the single-side substrate 531, which is far away from the single-side clamping plates 532.

Specifically, the two connection slots 511 on the panel 51 are symmetrically arranged. The double-sided fixing structure comprises two double-sided fixing plates 523 symmetrically connected to two side ends of the double-sided substrate 521, the two double-sided fixing plates 523 are respectively and fixedly connected to the supporting plate 31 or the vertical keel 13, the double-sided fixing plates 523 comprise a first double-sided abutting portion 526 with one end connected to the double-sided substrate 521, a first double-sided mounting portion 527 connected to the other end of the first double-sided abutting portion 526, and a second double-sided abutting portion 528 connected to the other end of the first double-sided mounting portion 527, and the first double-sided abutting portion 526 and the second double-sided abutting portion 528 are abutted to the panel 51 near one side surface of the double-sided clamping plate 522; the first two-sided mounting portion 527 is arranged to be protruded away from one side surface of the two-sided clamping plate 522 so as to be abutted against the background wall base layer, and the other side surface of the first two-sided mounting portion 527, which is close to the two-sided clamping plate 522, is concavely provided with a first two-sided nail groove. The single-side fixing structure comprises a single-side fixing plate 533 connected to one side end of the single-side substrate 531, wherein the single-side fixing plate 533 comprises a first single-side abutting portion 536 with one end connected to the single-side substrate 531, a first single-side mounting portion 537 connected to the other end of the first single-side abutting portion 536, and a second single-side abutting portion 538 connected to the other end of the first single-side mounting portion 537, and one side surfaces, close to the single-side clamping plate 532, of the first single-side abutting portion 536 and the second single-side abutting portion 538 are abutted against the panel 51; one side surface of the first unilateral installation part 537 away from the unilateral clamping plate 532 is convexly arranged to be abutted against the vertical keel 13, and the other side surface of the first unilateral installation part 537 close to the Shan Ceka clamping plate 532 is concavely provided with a first unilateral nail groove. The first bilateral nail grooves are nail grooves with larger depth, so that the nail tails can be completely contained, and the nail tails are prevented from being exposed. The sealing plate 54 is connected to a side surface of the single-sided substrate 531 away from the single-sided clamping plate 532, and the edge receiving plate is connected to the sealing plate 54 and abuts against a side surface of the panel 51 away from the wall surface to receive the edge of the panel 51.

Specifically, the first double-sided protrusions 525 provided at the top and bottom of the double-sided clamping plate 522, respectively, improve the pressing force between the double-sided clamping plate 522 and the panel 51, and further improve the stability of the connection of the double-sided clamping plate 522 and the panel 51. The double-sided fixing structure further includes a second double-sided protrusion 524 disposed on the double-sided substrate 521 and configured to abut against the support plate 31 or the vertical keel 13, and a third double-sided protrusion 529 connected to the other end of the second double-sided abutment portion 528 and configured to abut against the background wall base. The single-sided clip 53 also includes first single-sided protrusions 535 disposed at the top and bottom of the Shan Ceka tab 532, respectively. The single-side fixing structure further comprises a second single-side protrusion 534, which is arranged on the single-side substrate 531 and is used for being abutted against the vertical keel 13, and a third single-side protrusion 539, which is connected to the other end of the second single-side abutting portion 538 and is used for being abutted against the vertical keel 13. The first two-sided protrusions 525 and the first one-sided protrusions 535 can be quincuncial plugs, and are smoothly inserted, so that foreign matters in the notch of the panel 51 are prevented from blocking the inserted pin tail.

As an assembled background wall in this embodiment, the assembled background wall may further include a first positioning portion 322 for bending the left extension plate 34 to perform positioning, a second positioning portion 331 for bending the right extension plate 35 to perform positioning, a third positioning portion 312 for bending the left fixing plate 32 to perform positioning, and a fourth positioning portion 314 for bending the right fixing plate 33 to perform positioning, where the first positioning portion 322 is disposed at a connection portion between the left fixing plate 32 and the left extension plate 34, the second positioning portion 331 is disposed at a connection portion between the right fixing plate 33 and the right extension plate 35, the third positioning portion 312 is disposed at a connection portion between the left fixing plate 32 and the support plate 31, and the fourth positioning portion 314 is disposed at a connection portion between the right fixing plate 33 and the support plate 31.

Specifically, the first positioning portion 322 can position the left extension plate 34, so that the left extension plate 34 is convenient to bend, and the second positioning portion 331 can position the right extension plate 35, so that the right extension plate 35 is convenient to bend. The bending support module 3 may further include a first bending hole 323 penetrating through the first positioning portion 322 and a second bending hole 332 penetrating through the second positioning portion 331. The first positioning portion 322 is provided with a first bending hole 323, and the hole is easier to bend, so that the size of a part formed by bending is more standard. The first bending holes 323 may be two symmetrically disposed. The second positioning portion 331 is provided with a second bending hole 332, and the second bending hole is easier to bend, so that the size of the part formed by bending is more standard. The second bending holes 332 may be two symmetrically disposed. The third positioning portion 312 can position the left fixing plate 32, so that the left fixing plate 32 can be bent conveniently. The fourth positioning portion 314 can position the right fixing plate 33, so that the right fixing plate 33 can be bent conveniently. The bending support module 3 may further include a third bending hole 313 penetrating through the third positioning portion 312 and a fourth bending hole 315 penetrating through the fourth positioning portion 314. The third positioning portion 312 is provided with a third bending hole 313, and the hole is easier to bend, so that the size of the part formed by bending is more standard. The third bending holes 313 may be two symmetrically disposed. The fourth positioning portion 314 is provided with a fourth bending hole 315, which is easier to bend, so that the size of the part formed by bending is more standard. The fourth bending holes 315 may be two symmetrically disposed.

Specifically, the bending reinforcement module is bent along the third positioning portion 312 and the fourth positioning portion 314 to form a desired shape. The position of the vertical keel 13 is confirmed, the bending reinforcing modules are fixed on the vertical keel 13 or the supporting tube 11, the left extending plate 34 and the right extending plate 35 are bent, the left extending plate and the right extending plate are locked by bolts, and all the bending reinforcing modules are installed in the high convex area in sequence. The panel 51 is fixed on the installed base layer by using the double-side clamping piece 52 and the single-side clamping piece 53, the last panel 51 is required to be glued and installed, the metal edge folding plate is fixed on the side edge and the lower edge of the outer frame of the high convex area by using foaming glue, the metal niche 4 is integrally embedded into the low concave area, and the metal niche is fixed by using foaming glue.

Specifically, metal niche 4 is integrally stamped and formed. The metal edge folding plate is beveled at 45 degrees for butt splicing.

s1: fixing the bearing reinforcement module 1 on the wall surface and/or the ground to form a flush zone, a high convex zone and a low concave zone positioned in the high convex zone respectively;

s2: fixing the frame module 2 to the part of the bearing reinforcement module 1 located in the high-rise region to form a high-rise region inner frame and a high-rise region outer frame;

s3: fixing the bending support module 3 on the part of the bearing reinforcement module 1 located in the high convex area;

S4: connecting a part of the surface layer modules 5 to the bending support modules 3 to install the surface layer modules 5 in the raised areas, and connecting the other part of the surface layer modules 5 to the parts of the bearing reinforcing modules 1 located in the flush areas to install the surface layer modules 5 in the flush areas;

s5: the side ends of alcove 4 are attached to the high-rise inner frame to mount alcove 4 in the low-rise region.

Specifically, draw the elastic cord at the wall, fix bearing reinforcement module 1 according to the elastic cord, according to the parallel and level district of a plurality of bearing reinforcement module 1 design wall respectively, high protruding district, be located the inside hypo district of high protruding district, according to the parallel and level district of wall, high protruding district, hypo district divide into bearing reinforcement module 1 flush and level district, high protruding district, hypo district, be fixed in the part that bearing reinforcement module 1 is located high protruding district respectively with a plurality of frame module 2 in order to form high protruding district inner frame and high protruding district outer frame, high protruding district inner frame sets up in high protruding district outer frame inside, the support module 3 of bending is fixed in the part that bearing reinforcement module 1 is located high protruding district, a part of face layer module 5 is connected in support module 3 of bending in order to install face layer module 5 in high protruding district, another part of face layer module 5 is connected in the part that bearing reinforcement module 1 is located the parallel and level district in order to install face layer module 5 in the parallel and level district, the side of wall 4 is connected in high protruding district inner frame in order to install wall niche 4 in hypo district.

The above description may be implemented alone or in various combinations and these modifications are within the scope of the present invention.

Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and are not limiting. Although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. An assembled background wall, its characterized in that: including bearing enhancement module (1), frame module (2), support module (3) of bending, alcove (4), surface course module (5), bearing enhancement module (1) is fixed in wall and/or ground in order to form the parallel and level district respectively, high protruding district, be located the inside indent district of high protruding district, frame module (2) are fixed in bearing enhancement module (1) and are located the part of high protruding district in order to form high protruding district inner frame and high protruding district outer frame, support module (3) of bending is fixed in bearing enhancement module (1) and are located the part of high protruding district, a part surface course module (5) are connected in support module (3) of bending in order to install surface course module (5) in high protruding district, and another part surface course module (5) are connected in the part that bearing enhancement module (1) are located the parallel and level district in order to install surface course module (5) in the parallel and level district, the side of alcove (4) is connected in high protruding district inner frame in order to install alcove (4).

2. A fabricated background wall according to claim 1, wherein: the bearing reinforcement module (1) comprises a base layer support piece and a leveling support piece, wherein the base layer support piece and one part of the leveling support piece form a high convex area and a low concave area, and the other part of the leveling support piece forms a flush area; the base layer support piece comprises a bearing substrate (16), a support tube (11) and a base layer fixing structure for connecting the support tube (11) to an original roof and/or the ground respectively, the leveling support piece comprises a vertical keel (13), a leveling structure for leveling the vertical keel (13) and connecting the vertical keel (13) to a wall surface, the support tube (11) is far away from one side surface of the wall surface, one side surface of the vertical keel (13) far away from the wall surface is arranged at the same vertical surface, and two ends of the bearing substrate (16) are connected with one side surface of the support tube (11) far away from the wall surface and one side surface of the vertical keel (13) located in a high convex area far away from the wall surface respectively.

3. A fabricated background wall according to claim 2, wherein: the base fixing structure comprises two corner brackets (12), a first base layer screw and a base layer expansion bolt, wherein the two corner brackets (12), the first base layer screw and the base layer expansion bolt are respectively arranged at the lower part and the upper part, one side surface of the corner bracket (12) at the lower part is fixedly connected with the bottom of the supporting tube (11) through the first base layer screw, the other side surface of the corner bracket (12) at the upper part is fixedly connected with the ground through the first base layer screw, the one side surface of the corner bracket (12) at the upper part is fixedly connected with the top of the supporting tube (11) through the first base layer screw, and the other side surface of the corner bracket is fixedly connected with the original top through the base layer expansion bolt.

4. A fabricated background wall as claimed in claim 2 or claim 3, wherein: leveling structure includes leveling base (14), leveling double-screw bolt (15), vertical keel (13) include fossil fragments base plate (131), extend along fossil fragments base plate (131) axis direction and set up fossil fragments draw-in groove near wall one side, along setting up on fossil fragments base plate (131) and locating hole (132) with fossil fragments draw-in groove intercommunication, leveling base (14) inboard is equipped with first screw thread groove, leveling base (14) joint is in fossil fragments draw-in groove, first screw thread groove and locating hole (132) intercommunication, leveling double-screw bolt (15) outside is equipped with second screw thread groove (151), leveling double-screw bolt (15) fixed connection is in the wall when second screw thread groove (151) spiro union is in first screw thread groove.

5. A fabricated background wall as claimed in claim 2 or claim 3, wherein: the frame module (2) comprises a frame base plate (21), a frame fixing plate (22) connected to one side surface of the frame base plate (21), and a frame surrounding baffle plate (23) connected to the other side surface of the frame base plate (21); the frame fixing plates (22) of the two frame modules (2) are transversely arranged and fixedly connected to the supporting tube (11) at the part which is positioned in the high convex area and far away from the low concave area and/or the frame surrounding plates (23) of the two frame modules (2) are oppositely arranged to form an outer frame of the high convex area when the vertical keel (13) is positioned in the high convex area and far away from the part of the low concave area, and the frame fixing plates (22) of the two frame modules (2) are transversely arranged and fixedly connected to the part which is positioned in the high convex area and near the low concave area on the supporting tube (11) and/or the frame surrounding plates (23) of the two frame modules (2) are oppositely arranged to form an inner frame of the high convex area when the vertical keel (13) is positioned in the high convex area and near the part of the low concave area.

6. A fabricated background wall as claimed in claim 2 or claim 3, wherein: the bending support module (3) comprises a support plate (31), a left fixing plate (32) and a right fixing plate (33) which are respectively connected to two side ends of the support plate (31), a bending clamping groove formed by the left fixing plate (32), the support plate (31) and the right fixing plate (33), a left extending plate (34) connected to one side end, far away from the support plate (31), of the left fixing plate (32), and a right extending plate (35) connected to one side end, far away from the support plate (31), of the right fixing plate (33); the left extension plate (34) can be bent and arranged along the direction of the bending clamping groove from the same plane with the left fixing plate (32), the right extension plate (35) can be bent and arranged along the direction of the bending clamping groove from the same plane with the right fixing plate (33), the left fixing plate (32) and the right fixing plate (33) can be respectively and fixedly connected with two opposite side surfaces of the vertical keel (13) when the vertical keel (13) is inserted into the bending clamping groove, and the left fixing plate (32) and the right fixing plate (33) can be respectively and fixedly connected with two opposite side surfaces of the supporting tube (11) when the supporting tube (11) is inserted into the bending clamping groove.

7. A fabricated background wall according to claim 6, wherein: the surface layer module (5) comprises two side clamping pieces (52), side sealing pieces, two single side clamping pieces (53) and a plurality of panels (51), and connecting clamping grooves (511) are respectively formed in two side ends of each panel (51); the two-side clamping pieces (52) and the one-side clamping piece (53) which are positioned in the high convex area are connected to the supporting plate (31); the two-side clamping pieces (52) and the one-side clamping piece (53) which are positioned in the flush area are connected to the vertical keel (13); two side ends of the two side clamping pieces (52) are respectively clamped in two connecting clamping grooves (511) which are oppositely arranged on two adjacent panels (51), and the two single side clamping pieces (53) are respectively clamped in the connecting clamping grooves (511) of the left side end of the panel (51) positioned at the left end part and the connecting clamping grooves (511) of the right side end of the panel (51) positioned at the right end part of all the panels (51).

8. A fabricated background wall according to claim 7, wherein: the double-sided clamping piece (52) comprises a double-sided substrate (521), two double-sided clamping plates (522) symmetrically connected to two side ends of the double-sided substrate (521), and a double-sided fixing structure fixedly connected to the supporting plate (31), wherein one double-sided clamping plate (522) of the two double-sided clamping plates (522) is used for being clamped in a connecting clamping groove (511) of one panel (51) of the two adjacent panels (51), and the other double-sided clamping plate (522) is used for being clamped in a connecting clamping groove (511) of the other panel (51) of the two adjacent panels (51); the unilateral clamping piece (53) comprises a unilateral base plate (531), a unilateral clamping plate (532) connected to one side end of the unilateral base plate (531) and a unilateral fixing structure fixedly connected to the vertical keel (13), and the unilateral sealing piece comprises a sealing plate (54) connected to one side surface of the unilateral base plate (531) far away from the panel (51); the single-side clamping plates (532) of the two single-side clamping pieces (53) are respectively clamped in the connecting clamping grooves (511) of the left side end of the panel (51) positioned at the left end part and the connecting clamping grooves (511) of the right side end of the panel (51) positioned at the right end part of all the panels (51).

9. A fabricated background wall according to claim 6, wherein: the novel bending and positioning device for the left-side extending plate (34) comprises a first positioning part (322) used for bending and positioning the left-side extending plate (34), a second positioning part (331) used for bending and positioning the right-side extending plate (35), a third positioning part (312) used for bending and positioning the left-side fixing plate (32), and a fourth positioning part (314) used for bending and positioning the right-side fixing plate (33), wherein the first positioning part (322) is arranged at the joint of the left-side fixing plate (32) and the left-side extending plate (34), the second positioning part (331) is arranged at the joint of the right-side fixing plate (33) and the right-side extending plate (35), the third positioning part (312) is arranged at the joint of the left-side fixing plate (32) and the supporting plate (31), and the fourth positioning part (314) is arranged at the joint of the right-side fixing plate (33) and the supporting plate (31).

10. The method for installing the assembled background wall is characterized by comprising the following steps of:

s1: the bearing reinforcement module (1) is fixed on the wall surface and/or the ground to form a flush zone, a high convex zone and a low concave zone positioned in the high convex zone respectively;

s2: fixing the frame module (2) on the part of the bearing reinforcement module (1) positioned in the high convex area to form a high convex area inner frame and a high convex area outer frame;

S3: fixing the bending support module (3) on the part of the bearing reinforcement module (1) positioned in the high convex area;

s4: connecting one part of the surface layer modules (5) to the bending support modules (3) so as to install the surface layer modules (5) in the raised areas, and connecting the other part of the surface layer modules (5) to the parts of the bearing reinforcing modules (1) located in the flush areas so as to install the surface layer modules (5) in the flush areas;

s5: the side ends of the niche (4) are connected to the high-rise area inner frame to install the niche (4) in the low-rise area.