A steel frame reinforcement structure device for wall installation

Abstract

The present invention discloses a steel frame reinforcement structure device for wall installation, which belongs to the technical field of building construction, including a fixed plate, two steel frames are arranged above the fixed plate, and a gap-filling support module is arranged in front of the fixed plate, and the gap-filling support module comprises a support seat, a gap-filling frame, a positive angle support block and a negative angle support block, and the number of the gap-filling frames is two, and the two gap-filling frames are positioned in front of the fixed plate through the support seat. In the present invention, the two gap-filling frames cooperate with the support seat to effectively complete the alignment support and bottom gap-filling actions after the horizontal wall surface is lowered, and the positive and negative angle supporting frames carry the positive and negative angle walls and vertically descend to the wall installation layer along the positive and negative angle support blocks, and directly perform fixed-point constraint, regional support and suspension guidance on the positive and negative angle walls from the positive angle area and the negative angle area, effectively connect the positive and negative angle walls between the two horizontal walls, and complete the positioning and gap-filling reinforcement operations of the positive and negative angle walls on the wall installation layer.

Description

Technical Field

[0001] The invention relates to the technical field of building construction, and in particular to a steel frame reinforcement structure device for wall installation. Background Art

[0002] At present, most building walls are made of prefabricated wall panels. The prefabricated wall is moved to the wall installation layer by suspension in the construction area, and is manually adjusted, aligned and guided. The wall is lowered to the side of the steel frame in the designated area of ​​the wall installation layer and then fixed, so that the steel frame supports and reinforces the prefabricated wall from the back. The wall on the wall installation layer includes horizontal walls and corner walls. The wall is always in a suspended state before being fixed. The operator can only perform manual adjustment and guidance after the wall is lowered to a certain height. The height of the steel frame corresponds to the height of the wall, which makes it easy for the unadjusted wall to contact and collide with the steel frame during the descent process, thereby affecting the subsequent manual adjustment. In particular, the corner wall at the corner cannot effectively complete the constraint support and suspension guidance of the corner wall from the corner area of ​​the corner wall, causing the corner area of ​​the corner wall to be dislocated and collide with the steel frame on the back, causing the different areas of the wall that has been lowered to be dislocated and skewed, affecting the installation and reinforcement effect of each part of the wall and affecting the operation efficiency. Summary of the invention

[0003] In order to overcome the above-mentioned defects of the prior art, the present invention provides a steel frame reinforcement structure device for wall installation. By setting two filling frames and cooperating with a support seat, it can effectively complete the alignment support and bottom filling actions after the horizontal wall is lowered. The bottom end part of the suspended Yin-Yang corner wall is guided by the contoured baffle shell and vertically connected to the top of the Yin-Yang corner support frame. The Yin-Yang corner support frame carries the Yin-Yang corner wall and vertically descends to the wall installation layer along the Yang corner support block and the Yin-Yang corner support block. The Yin-Yang corner wall is directly point-constrained, regionally supported and suspended from the Yang corner area and the Yin-Yang corner area. The Yin-Yang corner wall is effectively connected between the two horizontal walls, and the positioning and filling reinforcement operations of the Yin-Yang corner wall are completed on the wall installation layer to solve the problems raised in the above-mentioned background technology.

[0004] To achieve the above object, the present invention provides the following technical solutions:

[0005] A steel frame reinforcement structure device for wall installation comprises a fixed plate, two steel frames are arranged above the fixed plate, a gap filling support module is arranged in front of the fixed plate, the gap filling support module comprises a support seat, a gap filling frame, a male angle support block and a female angle support block, the number of the gap filling frames is two, the two gap filling frames are positioned in front of the fixed plate through the support seat, the male angle support block and the female angle support block are combined with the two steel frames on the top of the support seat, the steel frame guides the wall from the back of the wall, and cooperates with the gap filling support module to reinforce the wall from the bottom and back of the wall; a Yin-Yang corner wall docking module is arranged between the two gap filling frames, and the Yin-Yang corner wall docking module is arranged between the two gap filling frames. The module includes a Yin-Yang corner support frame, a contoured stop shell and a combination plate, the number of the combination plates is two, the contoured stop shell and the Yin-Yang corner support frame are fixed between the two combination plates one above and one below, a suspension and correction module is provided above the Yang angle support block, the suspension and correction module includes a contoured back plate, a contoured front plate and an adjustment guide frame, the contoured front plate and the contoured back plate positioned at the top of the Yin-Yang corner support block guide the Yin-Yang corner wall in a suspended state, the number of the adjustment guide frames is two, the two combination plates are slidably connected to the outside of the two adjustment guide frames to control the vertical movement of the suspended Yin-Yang corner wall through the Yin-Yang corner support frame and the contoured stop shell, dock the wall and fill the bottom gap.

[0006] Furthermore, since the gap-filling support module is positioned and assembled in front of the fixed plate, the support seat is fixedly connected to the front side wall of the fixed plate, the two steel frames are fixedly connected to the top of the support seat, and the gap-filling frame is fixedly connected to the front side wall of the support seat, the gap-filling support module and the fixed plate are combined into an integral structure, and the two gap-filling frames are respectively located in front of the two steel frames, and the two steel frames are used to guide and support the wall from the back of the wall, so that the two gap-filling frames can cooperate with the two steel frames to complete the alignment support after the wall is lowered, and at the same time complete the gap-filling action between the bottom of the wall and the building level.

[0007] Furthermore, since the gap-filling support module is used for guiding and back-supporting the Yin-Yang corner walls at the same time, the male corner support block and the female corner support block are respectively fixedly connected to the Yin-Yang corner areas on the top of the support seat, so that the male corner support block and the female corner support block are respectively positioned in the male corner area and the female corner area of ​​the Yin-Yang corner walls, and the male corner support block and the female corner support block are respectively fixedly connected to the two steel frames, and the male corner support block and the female corner support block are fixedly connected to stably combine the male corner support block, the female corner support block and the two steel frames, and stably connect an integral structure consisting of the male corner support block, the female corner support block and the two steel frames to the support seat, so as to ensure that the male corner support block, the female corner support block and the two steel frames can safely and stably complete the suspension guidance and support reinforcement operations of the wall from the designated area of ​​the wall.

[0008] Furthermore, since the contoured front plate and the adjustment guide frame are positioned in the outer area of ​​the Yin-Yang corner wall through the contoured back plate, the contoured front plate is fixedly connected to the front side of the contoured back plate, and the two adjustment guide frames are respectively fixedly connected to the two ends of the contoured back plate, the contoured front plate, the contoured back plate and the two adjustment guide frames are stably combined into an integral structure, and the contoured back plate is snap-connected to the top of the male angle support block and the female angle support block to ensure that the suspension and guide module can be smoothly aligned, connected and separated and removed in the area where the Yin-Yang corner wall is located.

[0009] Furthermore, the contoured stop shell and the corner support frames are both arranged below the contoured front plate, the outer side wall of the contoured stop shell is aligned with the inner side wall of the contoured front plate, the corner support frames are located on the inner side of the contoured stop shell, and the outer side walls of the corner support frames are aligned with the inner side walls of the contoured stop shell, so that the contoured front plate, the contoured stop shell and the corner support frames are staggered, so as to ensure that the corner support frames can move vertically smoothly on the outer side of the corner wall, and effectively guide the suspended corner wall.

[0010] Furthermore, since there is a gap between the wall panels after they are lowered, the steel frame is fixedly connected with a filling plate on the side close to the Yin-Yang corner support frame, and the filling plate fills the gap on the side of the wall. The Yin-Yang corner support frame is snap-connected between the two filling frames, and the Yin-Yang corner areas of the Yin-Yang corner support frame are tightly attached to the corresponding side walls of the Yang corner support block and the Yin-Yang corner support block to ensure that the Yin-Yang corner support frame can smoothly descend with the Yin-Yang corner wall in the designated area, and at the same time, the Yin-Yang corner support frame is tightly spliced ​​between the two filling frames to complete the bottom filling operation of the Yin-Yang corner wall.

[0011] Furthermore, a vertical adjustment block is fixedly connected to the side of the combined plate, and the vertical adjustment block is slidably connected to the outer side of the corresponding adjustment guide frame, and the combined plate is driven by the vertical adjustment block to move vertically in a linear manner.

[0012] Furthermore, the height of the contoured back panel is smaller than the height of the contoured front panel, so that the top of the contoured back panel is lower than the top of the contoured front panel, thereby expanding the spacing between the contoured back panel and the contoured front panel to ensure that the bottom end portion of the corner wall can smoothly enter the spacing between the contoured back panel and the contoured front panel from above the contoured back panel. The top of the contoured front panel is fixedly connected to two top blocks corresponding to the combined panels, and the bottom of the top block is fixedly connected to a vertical rod, which is inserted into the corresponding combined panel to assist in guiding the combined panel to complete vertical linear movement.

[0013] Compared with the prior art, the beneficial effects of the present invention are as follows: the present invention combines the fixed point plate and the two steel frames by setting a gap-filling support module, so that the two steel frames are butted against the horizontal wall and the wall is guided and supported from the back of the horizontal wall. The two gap-filling frames cooperate with the support seat to effectively complete the alignment support and bottom gap-filling actions after the horizontal wall is lowered. The Yin-Yang corner support frame and the contour baffle shell positioned in the area where the Yin-Yang corner wall is located rise vertically above the steel frame, and the bottom end portion of the suspended Yin-Yang corner wall enters the interval space between the contour back plate and the contour front plate from the rear, and the contour baffle shell is butted against the Yin-Yang corner wall. On the outside of the corner wall, the Yin and Yang corner walls are vertically connected to the top of the Yin and Yang corner support frames. The Yin and Yang corner support frames carry the Yin and Yang corner walls and vertically descend to the wall installation layer along the Yang corner support blocks and the Yin corner support blocks, achieving the effect of direct point constraint, area support and suspension guidance of the Yin and Yang corner walls from the Yang corner area and the Yin corner area. It can effectively connect the Yin and Yang corner walls between two horizontal walls, and complete the positioning and gap filling reinforcement operations of the Yin and Yang corner walls on the wall installation layer, reducing the installation and reinforcement steps and difficulty of each part of the wall, improving the installation and reinforcement effect of each part of the wall, and improving work efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] In order to more clearly illustrate the technical solution in the embodiment, the drawings in the embodiment are briefly introduced below.

[0015] Figure 1 It is a structural schematic diagram of the present invention;

[0016] Figure 2 for Figure 1 A schematic diagram of the structure from another perspective;

[0017] Figure 3 It is a schematic diagram of the top view structure of the present invention;

[0018] Figure 4 It is a schematic diagram of the partially separated structure of the present invention;

[0019] Figure 5 for Figure 4 A schematic diagram of the structure from another perspective;

[0020] In the figure: 1. fixed point plate; 11. steel frame; 111. filling plate; 2. gap filling support module; 21. support seat; 22. gap filling frame; 23. positive angle support block; 24. negative angle support block; 3. positive and negative angle wall docking module; 31. positive and negative angle support frame; 32. contoured stop shell; 33. combination plate; 331. vertical adjustment block; 4. suspension and alignment module; 41. contoured back plate; 42. contoured front plate; 421. top block; 422. vertical rod; 43. adjustment guide frame. DETAILED DESCRIPTION

[0021] The following is a clear and complete description of the technical solution in the embodiment of the present invention in conjunction with the accompanying drawings in the embodiment of the present invention. Figures 1 to 5 The detailed description of the structure will clearly show that the structural contents mentioned in the following embodiments are all based on the drawings in the specification.

[0022] See also Figure 1 to Figure 5 In an embodiment of the present invention, a steel frame reinforcement structure device for wall installation includes a fixed plate 1, two steel frames 11 are arranged above the fixed plate 1, a gap filling support module 2 is arranged in front of the fixed plate 1, the gap filling support module 2 includes a support seat 21, a gap filling frame 22, a male angle support block 23 and a female angle support block 24, the number of the gap filling frames 22 is two, the two gap filling frames 22 are positioned in front of the fixed plate 1 through the support seat 21, the male angle support block 23 and the female angle support block 24 are combined with two steel frames 11 on the top of the support seat 21, the steel frame 11 guides the wall from the back of the wall, and cooperates with the gap filling support module 2 to reinforce the wall from the bottom and back of the wall, a yin and yang corner wall connection module 3 is arranged between the two gap filling frames 22, and the yin and yang corner walls face each other. The connecting module 3 includes a Yin-Yang corner support frame 31, a contoured stop shell 32 and a combination plate 33. There are two combination plates 33. The contoured stop shell 32 and the Yin-Yang corner support frame 31 are fixed between the two combination plates 33 one above and one below. A suspension guide module 4 is provided above the Yang angle support block 23. The suspension guide module 4 includes a contoured back plate 41, a contoured front plate 42 and an adjustment guide frame 43. The contoured front plate 42 and the contoured back plate 41 positioned at the top of the Yin-Yang corner support block 24 guide the Yin-Yang corner wall in a suspended state. There are two adjustment guide frames 43. Two combination plates 33 are slidably connected to the outside of the two adjustment guide frames 43 to control the vertical movement of the suspended Yin-Yang corner wall through the Yin-Yang corner support frame 31 and the contoured stop shell 32, docking the wall and filling the bottom gap.

[0023] The fixed point plate 1 can be connected to the wall installation layer to perform fixed point installation and reinforcement operations on different walls in the designated installation area of ​​the wall. Two steel frames 11 are arranged above the fixed point plate 1. The steel frames 11 are used to support the horizontal wall from the back. The steel frames 11 are fixed to the back of the horizontal wall to reinforce the horizontal wall.

[0024] A gap-filling support module 2 is provided in front of the fixed plate 1, and the gap-filling support module 2 is used to connect the fixed plate 1 and the two steel frames 11. The gap-filling support module 2 is composed of a support seat 21, a gap-filling frame 22, a male angle support block 23 and a female angle support block 24. There are two gap-filling frames 22, and the gap-filling frame 22 is fixedly connected to the front side wall of the support seat 21. The male angle support block 23 and the female angle support block 24 are respectively fixedly connected to the female and male angle areas at the top of the support seat 21. The support seat 21 is fixedly connected to the front side wall of the fixed plate 1, and the gap-filling support module 2 is positioned and assembled in front of the fixed plate 1. The two steel frames 11 are fixedly connected to the top of the support seat 21, and the gap-filling support module 2 and the fixed plate 1 are combined into an integral structure. The two filling frames 22 are respectively located in front of the two steel frames 11. The two steel frames 11 guide and support the horizontal wall from the back of the wall, so that the two filling frames 22 correspond to the bottom of the two side horizontal walls, so that the two filling frames 22 can cooperate with the two steel frames 11 to effectively complete the alignment support after the horizontal wall is lowered, and at the same time complete the filling action between the bottom of the horizontal wall and the building level. The gap-filling support module 2 can guide and support the back of the Yin-Yang corner walls at the same time. The male corner support block 23 and the female corner support block 24 are respectively positioned at the male corner area and the female corner area of ​​the Yin-Yang corner walls. The male corner support block 23 and the female corner support block 24 are respectively fixedly connected to the two steel frames 11. The male corner support block 23 and the female corner support block 24 are fixedly connected to stably combine the male corner support block 23, the female corner support block 24 and the two steel frames 11, and stably connect the overall structure composed of the male corner support block 23, the female corner support block 24 and the two steel frames 11 to the support seat 21 to ensure that the male corner support block 23, the female corner support block 24 and the two steel frames 11 can safely and stably complete the suspension guidance and support reinforcement operations of the wall from the designated areas of each part of the wall.

[0025] A suspension and alignment module 4 is arranged above the male angle support block 23, and the suspension and alignment module 4 is composed of a profiling back plate 41, a profiling front plate 42 and an adjustment guide frame 43. The profiling front plate 42 is fixedly connected to the front side of the profiling back plate 41, and the number of the adjustment guide frames 43 is two, and the two adjustment guide frames 43 are respectively fixedly connected to the two ends of the profiling back plate 41, so as to stably combine the profiling front plate 42, the profiling back plate 41 and the two adjustment guide frames 43. The profiling back plate 41 is fastened to the top of the male angle support block 23 and the female angle support block 24 in a clamping manner, and the suspension and alignment module 4 is connected to the installation area of ​​the female and male angle wall, so that the profiling front plate 42 and the adjustment guide frame 43 are positioned in the outer area of ​​the female and male angle wall through the profiling back plate 41, so as to ensure that the suspension and alignment module 4 is smoothly connected and separated and removed in the area where the female and male angle wall is located.

[0026] A yin-yang corner wall docking module 3 is arranged between the two gap filling frames 22, and the yin-yang corner wall docking module 3 is connected to a suspension guide module 4, and the suspension guide module 4 is used to control the vertical adjustment of the yin-yang corner wall docking module 3 in the yin-yang corner wall installation area. The yin-yang corner wall docking module 3 is composed of a yin-yang corner support frame 31, a contour stop shell 32 and a combination plate 33, and the number of the combination plates 33 is two. The contour stop shell 32 and the yin-yang corner support frame 31 are connected between the two combination plates 33 one above and one below, and the yin-yang corner support frame 31 is fixed between the two combination plates 33 by screw connection, so that the yin-yang corner support frame 31 is easily separated from between the two combination plates 33. The contoured baffle shell 32 and the corner support frames 31 are both arranged below the contoured front plate 42, the outer side wall of the contoured baffle shell 32 is aligned with the inner side wall of the contoured front plate 42, the corner support frames 31 are located at the inner side of the contoured baffle shell 32, and the outer side wall of the corner support frames 31 is aligned with the inner side wall of the contoured baffle shell 32, so that the contoured front plate 42, the contoured baffle shell 32 and the corner support frames 31 are staggered, which can ensure that the corner support frames 31 can move vertically smoothly on the outer side of the corner wall, so as to effectively guide the suspended corner wall to move vertically. The side of the combined board 33 is fixedly connected with a vertical adjustment block 331, and the vertical adjustment block 331 is slidably connected to the outer side of the corresponding adjustment guide frame 43. The vertical adjustment block 331 moves vertically and linearly along the side of the adjustment guide frame 43 on the outer side of the corresponding adjustment guide frame 43, so that the two combined boards 33 carry the Yin-Yang corner support frame 31 and the profiling retaining shell 32 to move vertically and linearly in the Yin-Yang corner wall area, which is conducive to adjusting the positions of the Yin-Yang corner support frame 31 and the profiling retaining shell 32. The Yin-Yang corner support frame 31 can support the bottom end of the Yin-Yang corner wall, and the profiling retaining shell 32 can be fastened to the Yin-Yang corner wall from the outside to combine the Yin-Yang corner wall with the module 3 as a whole to the bottom end of the suspended Yin-Yang corner wall. The Yin-Yang corner support frame 31 can rise vertically to the upper position of the steel frame 11 to ensure that the bottom end of the suspended Yin-Yang corner wall smoothly enters between the profiling retaining shell 32 and the Yin-Yang corner support frame 31. The top of the contoured front plate 42 is fixedly connected to two top blocks 421 corresponding to the combined plates 33, and the bottom of the top block 421 is fixedly connected to a vertical rod 422, which is inserted into the corresponding combined plate 33. Through the cooperation between the vertical rod 422 and the combined plate 33, the combined plate 33 can be assisted in guiding to complete vertical linear movement.

[0027] There are gaps between the wall panels after they are lowered. The steel frame 11 is fixedly connected to the side of the corner support frame 31, which is close to the filling plate 111. The filling plate 111 fills the gap on the side of the wall. The corner support frame 31 is snap-connected between the two filling frames 22. The corner areas of the corner support frame 31 are close to the corresponding side walls of the male corner support block 23 and the female corner support block 24 to ensure that the corner support frame 31 can smoothly lower the corner wall in the designated area. At the same time, the corner support frame 31 is tightly spliced ​​between the two filling frames 22 to complete the bottom filling operation of the corner wall. The height of the contoured back panel 41 is smaller than the height of the contoured front panel 42, so that the top of the contoured back panel 41 is lower than the top of the contoured front panel 42, thereby expanding the spacing between the contoured back panel 41 and the contoured front panel 42 to ensure that the bottom end portion of the yin-yang corner wall can smoothly enter the spacing between the contoured back panel 41 and the contoured front panel 42 from above the contoured back panel 41, allowing the suspended yin-yang corner wall to effectively descend and connect the yin-yang corner support frame 31 and the contoured baffle shell 32.

[0028] After the gap filling support module 2 combines the fixed plate 1 with the two steel frames 11, the horizontal wall is docked through the two positioned steel frames 11, and the horizontal wall is guided and supported from the back of the wall. The two gap filling frames 22 cooperate with the support seat 21 to effectively complete the alignment support and bottom gap filling after the horizontal wall is lowered. The Yin-Yang corner support frame 31 and the contour stop shell 32 positioned in the area where the Yin-Yang corner wall is located rise vertically above the steel frame 11, and the bottom end portion of the suspended Yin-Yang corner wall enters the interval between the contour back plate 41 and the contour front plate 42 from the rear, and the contour stop shell 32 docks to the outside of the Yin-Yang corner wall, allowing the Yin-Yang corner wall to dock vertically to the top of the Yin-Yang corner support frame 31, and the suspended Yin-Yang corner wall is docked and guided from the bottom end portion of the Yin-Yang corner wall. The yin-yang corner support frame 31 is controlled by two combination plates 33 to descend in the area where the yin-yang corner wall is located. The yin-yang corner support frame 31 carries the yin-yang corner wall and sticks to the corresponding sides of the yang corner support block 23 and the yin corner support block 24, and vertically descends to the wall installation layer, achieving the effect of directly performing fixed-point constraint, regional support and suspension guidance of the yin-yang corner wall from the yang corner area and the yin corner area. The yin-yang corner wall is guided and controlled to descend vertically to the wall installation layer, which can effectively connect the yin-yang corner wall between two horizontal walls, and at the same time, the gap filling and reinforcement operation of the yin-yang corner wall can be completed at the wall installation layer, reducing the installation and reinforcement steps and difficulty of each part of the wall, improving the installation and reinforcement effect of each part of the wall, and improving the work efficiency. After the yin-yang corner wall is connected, the steel frame 11, the yang corner support block 23 and the yin corner support block 24 of each part of the wall are fixed by tightening bolts, and the suspension and guidance module 4, the contoured retaining shell 32 and the combination plate 33 are separated to complete the installation and reinforcement of the wall.

[0029] The working principle of the present invention is as follows: the fixed plate 1 is connected to the wall installation layer, the suspended horizontal wall moves from the front of the steel frame 11 along the surface of the steel frame 11, and the horizontal wall is guided and supported from the back of the wall. The two gap filling frames 22 cooperate with the support seat 21 to support and fill the bottom gap of the lowered horizontal wall from below, the yin and yang angle support frame 31 and the contour stop shell 32 rise vertically to the top of the steel frame 11, and the bottom end part of the suspended yin and yang angle wall enters from the rear into the interval space between the contour back plate 41 and the contour front plate 42, and the contour stop shell 32 is connected to the outside of the yin and yang angle wall, so that the yin and yang angle wall is vertically aligned with the steel frame 11. It is connected to the top of the Yin-Yang corner support frame 31, which is controlled by two combined plates 33. It brings the Yin-Yang corner wall down along the corresponding sides of the Yang angle support block 23 and the Yin-Yang angle support block 24 in the area where the Yin-Yang corner wall is located, allowing the Yin-Yang corner wall to vertically descend to the wall installation layer. The Yin-Yang corner support frame 31 fills the bottom gap, and the two filling plates 111 fill the side gaps of the wall. After the Yin-Yang corner wall is connected, the steel frame 11, the Yang angle support block 23 and the Yin-Yang angle support block 24 are fixed to each part of the wall by tightening bolts, and the suspension guide module 4, the contoured retaining shell 32 and the combined plate 33 are separated to complete the installation and reinforcement of the wall.

[0030] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A steel frame reinforcement structure device for wall mounting, comprising a fixed point plate (1), two steel frames (11) are arranged above the fixed point plate (1), characterized in that: A gap filling support module (2) is provided in front of the fixed point plate (1), and the gap filling support module (2) comprises a support seat (21), a gap filling frame (22), a male angle support block (23) and a female angle support block (24). The number of the gap filling frames (22) is two, and the two gap filling frames (22) are positioned in front of the fixed point plate (1) through the support seat (21). The male angle support block (23) and the female angle support block (24) are combined with two steel frames (11) on the top of the support seat (21). The steel frames (11) guide the wall surface from the back of the wall surface, and cooperate with the gap filling support module (2) to combine and reinforce the wall surface from the bottom and back of the wall surface; A yin-yang corner wall docking module (3) is provided between the two gap filling frames (22), the yin-yang corner wall docking module (3) comprising a yin-yang corner support frame (31), a contour stop shell (32) and a combination plate (33), the number of the combination plates (33) being two, the contour stop shell (32) and the yin-yang corner support frame (31) being fixed one above the other between the two combination plates (33), a suspension guide module (4) being provided above the yang corner support block (23), the suspension guide module (4) comprising a contour back plate (41), a profiling front plate (42) and an adjusting guide frame (43), the profiling front plate (42) positioned at the top of the inner corner support block (24) and the profiling back plate (41) guide the suspended inner and outer corner walls, the number of the adjusting guide frames (43) is two, the two combined plates (33) are slidably connected to the outside of the two adjusting guide frames (43) to control the vertical movement of the suspended inner and outer corner walls through the inner and outer corner support frames (31) and the profiling stop shell (32), docking the wall and filling the bottom gap.

2. A steel frame reinforcement structure device for wall mounting according to claim 1, characterized in that: The support seat (21) is fixedly connected to the front side wall of the fixed point plate (1), the two steel frames (11) are fixedly connected to the top of the support seat (21), the filling frame (22) is fixedly connected to the front side wall of the support seat (21), and the two filling frames (22) are respectively located in front of the two steel frames (11).

3. A steel frame reinforcement structure device for wall mounting according to claim 1, characterized in that: The male corner support block (23) and the female corner support block (24) are respectively fixedly connected to the male and female corner areas at the top of the support seat (21); the male corner support block (23) and the female corner support block (24) are respectively fixedly connected to the two steel frames (11); and the male corner support block (23) and the female corner support block (24) are fixedly connected.

4. A steel frame reinforcement structure device for wall mounting according to claim 1, characterized in that: The contoured front plate (42) is fixedly connected to the front side of the contoured back plate (41), the two adjustment guide frames (43) are respectively fixedly connected to the two ends of the contoured back plate (41), and the contoured back plate (41) is snap-connected to the top ends of the male angle support block (23) and the female angle support block (24).

5. A steel frame reinforcement structure device for wall mounting according to claim 1, characterized in that: The contoured stop shell (32) and the yin-yang corner support frame (31) are both arranged below the contoured front plate (42), the outer side wall of the contoured stop shell (32) is aligned with the inner side wall of the contoured front plate (42), the yin-yang corner support frame (31) is located inside the contoured stop shell (32), and the outer side wall of the yin-yang corner support frame (31) is aligned with the inner side wall of the contoured stop shell (32).

6. A steel frame reinforcement structure device for wall mounting according to claim 1, characterized in that: A filling plate (111) is fixedly connected to the side of the steel frame (11) close to the yin-yang corner support frame (31), and the filling plate (111) fills the gap on the side of the wall. The yin-yang corner support frame (31) is snap-fitted and connected between the two gap-filling frames (22), and the yin-yang corner regions of the yin-yang corner support frame (31) are closely attached to the corresponding side walls of the yang corner support block (23) and the yin corner support block (24).

7. A steel frame reinforcement structure device for wall mounting according to claim 1, characterized in that: A vertical adjustment block (331) is fixedly connected to the side of the combined plate (33), and the vertical adjustment block (331) is slidably connected to the outer side of the corresponding adjustment guide frame (43).

8. A steel frame reinforcement structure device for wall mounting according to claim 1, characterized in that: The height of the contoured back panel (41) is less than that of the contoured front panel (42); the top of the contoured front panel (42) is fixedly connected to two top blocks (421) corresponding to the combined panels (33); the bottom of the top blocks (421) is fixedly connected to vertical rods (422); the vertical rods (422) are inserted into the corresponding combined panels (33).

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