Profiled steel sheet module composite structure house and construction method thereof

Abstract

The invention provides a profiled steel sheet module composite structure house and a construction method thereof. The composite structure house comprises a plurality of profiled steel sheet module basic units prefabricated in a factory and joint nodes among the basic units. The composite structure house is formed by transporting profiled steel sheet modules prefabricated in a factory to a construction site and assembling the profiled steel sheet modules. The house with the combined structure has the advantages of being high in assembly degree, flexible in assembly mode, excellent in structural performance and the like.

Description

Technical Field

[0001] This invention belongs to the field of building structure and construction technology, and relates to a profiled steel sheet modular combination structure house and its construction method. Background Technology

[0002] Traditional low-rise buildings mostly use masonry structures, meaning the walls are typically made of brick masonry, and the floors and roofs are made of cast-in-place reinforced concrete slabs. This construction method involves a lot of wet work on-site, resulting in slow construction speed and easy material waste and environmental pollution. Later, reinforced concrete components for building structures developed rapidly. However, cast-in-place reinforced concrete structures usually require on-site reinforcement binding, formwork erection, concrete pouring, and then formwork removal, which requires a lot of on-site labor and a long construction period.

[0003] With the further development of urbanization and the increasing level of industrialization in the construction industry, in addition to the structural design and performance requirements of reinforced concrete components, higher requirements are also being placed on the component manufacturing process and the rationality of installation.

[0004] To address the problems associated with traditional construction techniques and existing prefabricated construction techniques used in low-rise and high-rise buildings, and to improve the construction methods for these buildings, it is necessary to propose effective construction technology solutions that are structurally sound, easy to construct, and cost-effective for low-rise and high-rise buildings. Summary of the Invention

[0005] This invention provides a modular house constructed from profiled steel sheets and its construction method. The modular house is constructed using prefabricated profiled steel sheet modules manufactured in a factory, which are then transported to the construction site for assembly.

[0006] In one aspect, the present invention provides a modular house with profiled steel sheet components. The house includes multiple prefabricated profiled steel sheet modular basic units and joint nodes between the basic units. Each basic unit has a cuboid structure and can be divided into a rear unit, a middle unit, and a front unit, which are respectively composed of profiled steel sheets, steel frame beams, and steel frame columns; wherein:

[0007] The rear unit has a full-surface profiled steel sheet on the top surface and each of the two adjacent first and second sides, a partial profiled steel sheet on the third side (i.e., partially open), and no profiled steel sheet on the fourth side.

[0008] The intermediate unit has a full-surface profiled steel sheet on the top surface and the first side surface, and a partial profiled steel sheet (i.e., partially open) on the third side surface opposite to the full-surface profiled steel sheet. The other opposite second and fourth sides do not have profiled steel sheets.

[0009] The front unit has a full-surface profiled steel sheet on the top surface and the first side surface, and a partial profiled steel sheet (i.e., a partial opening) is provided on the third side surface opposite to the full-surface profiled steel sheet. The third side surface does not have a profiled steel sheet, and the fourth side surface has a partial profiled steel sheet (i.e., a partial opening).

[0010] The joint nodes include horizontal joint nodes on the outer walls of adjacent modules, opening nodes on adjacent modules, and horizontal joint nodes on the inner walls of adjacent modules.

[0011] Doorways or windows can be optionally opened on the sides of the rear, middle, and front units where the entire profiled steel sheet is installed.

[0012] The rear unit, middle unit and front unit can be combined to form a spatial structure with two or more units spliced ​​together in front and behind, according to design requirements;

[0013] The front and rear spatial structures can be further combined according to design needs to form a single-layer spatial structure that is spliced ​​in front and behind and arranged side by side.

[0014] The single-layer spatial structure can be further stacked to form a multi-layer spatial structure according to design requirements;

[0015] After assembly, the modular combination structure includes an outer wall panel consisting of a profiled steel sheet and a concrete layer sprayed or poured on the outside, an inner wall panel consisting of two profiled steel sheets and a concrete layer poured between them, and a floor slab consisting of a profiled steel sheet and a concrete layer poured on it.

[0016] Preferably, the rear unit has a full-surface profiled steel sheet on the top surface and each of the two adjacent first and second sides, the third side has a profiled steel sheet partially provided near the top and the rear side while the rest is open, and the fourth side does not have a profiled steel sheet.

[0017] The intermediate unit has a full-surface profiled steel sheet on the top surface and the first side surface, and a profiled steel sheet is provided on the third side surface opposite to the full-surface profiled steel sheet near the top. The other opposite second and fourth sides do not have profiled steel sheets.

[0018] The front unit has a full-surface profiled steel sheet on the top surface and the first side surface. On the third side surface opposite to the full-surface profiled steel sheet, a profiled steel sheet is provided near the top. The third side surface does not have a profiled steel sheet. The fourth side surface has a profiled steel sheet in a partial area near the top and the front, while the rest of the area is open.

[0019] The profiled steel sheet, steel frame beam, and steel frame column in the basic unit are fixed by welding at the joints.

[0020] The steel frame column is thicker when it is not connected to profiled steel sheets on both sides compared to when it is connected to profiled steel sheets on one or both sides.

[0021] The joint nodes include horizontal joint nodes on the exterior walls of adjacent modules, opening nodes on adjacent modules, and horizontal joint nodes on the interior walls of adjacent modules, wherein:

[0022] The horizontal joint node of the exterior wall of the adjacent module includes a steel strip welded between the steel frame column of the exterior wall with profiled steel sheet and outer concrete layer and the steel frame column of another wall perpendicular to the exterior wall as a connecting element.

[0023] The opening node between adjacent modules includes a connecting element consisting of longitudinal steel bars and transverse steel frames, and a poured concrete layer, which is installed between the profiled steel sheets of the wall of the adjacent modules.

[0024] The horizontal joint node of the inner wall of adjacent modules includes a steel mesh consisting of longitudinal and transverse steel bars and a poured concrete layer between the profiled steel sheets of adjacent modules.

[0025] In the aforementioned modular house, the multi-unit spatial structures are assembled side-by-side to form a three-span single-story house, which includes a three-span single-story spatial structure; the three-span single-story house can be further stacked to form a multi-story house.

[0026] According to one embodiment of the present invention, the modular house includes a single-story five-module assembly formed by combining five basic units, and the single-story five-module assembly is stacked to form a multi-story five-module combined spatial structure, wherein the five-module assembly includes two modules arranged side by side at the front left and right and three modules arranged side by side at the rear left and right, and the middle module of the three modules is provided with an elevator and / or a staircase.

[0027] According to one embodiment of the present invention, the modular structure house includes a single-layer eleven-module assembly formed by combining eleven basic units, and the single-layer eleven-module assembly is stacked to form a multi-layer eleven-module assembly space structure, wherein the eleven-module assembly includes four modules arranged side by side at the front, three modules arranged side by side at the rear, and a middle module at the rear for setting up an elevator and / or stairs.

[0028] In another aspect, the present invention provides a method for constructing the above-mentioned profiled steel sheet modular composite structure house, comprising the following steps:

[0029] (1) The basic unit of the profiled steel plate module is manufactured in the factory, which includes the rear unit, the middle unit and the front unit, forming a spatial structure of multiple front and rear splicing of two or more units, and the joint nodes between the basic units can be fixed according to transportation needs.

[0030] (2) Transport the spliced ​​spatial structure or the rear unit, middle unit and front unit to the building construction site respectively;

[0031] (3) On the base surface, according to the design requirements, the spatial structure is hoisted into place, and can be further combined to form a single-layer spatial structure that is spliced ​​in front and behind and arranged side by side, and fixed at the joint nodes between the basic units;

[0032] (4) After locally reinforcing steel bars are installed in the joint gaps and joint nodes of the single-layer space structure modules, concrete is poured; and after reinforcing steel bars are installed on the floor of the single-layer space structure, concrete is poured.

[0033] (5) Based on the design requirements, steps (3) and (4) can be repeated on the basis of the above single-layer structure space with the concrete floor as the base surface to form a multi-layer space structure.

[0034] (6) Construct a roof above the single-story spatial structure in step (4) or the multi-story spatial structure in step (5) according to the design, thereby forming a single-story or multi-story combined structure house.

[0035] The profiled steel sheet modular composite structure house and its construction method provided by this invention have the following advantages:

[0036] High degree of prefabrication standardization: The component preparation and factory production of profiled steel sheet modules are easy to standardize, streamline and automate;

[0037] High degree of assembly: The combination of basic units of profiled steel sheet modules is suitable for transportation and on-site assembly, which can reduce construction pollution and improve the working conditions of workers;

[0038] The assembly method is flexible, and the profiled steel sheet modules are suitable for horizontal combination and vertical overlapping assembly: multi-story houses can be built; construction speed is fast and the construction period is short; less on-site labor is required; and the structure has high rigidity.

[0039] Good structural performance: The composite structure house includes profiled steel sheet modular components, which have high rigidity, stable structure, and reasonable joint process, which can meet the seismic requirements.

[0040] Convenient wall construction and decoration: The profiled steel sheets and concrete of the walls of the modular structure house are stably and firmly bonded, making construction or subsequent decoration easy. Attached Figure Description

[0041] The above-described invention and the following detailed description will be better understood in conjunction with the accompanying drawings.

[0042] Figure 1A and Figure 3B This is a schematic diagram of the rear unit, middle unit, and front unit of a profiled steel sheet module unit assembly according to a specific embodiment of the present invention. Wherein: Figure 1A and 1B These are the axonometric and plan views of the rear unit, respectively. Figure 2A and2B These are the isometric and plan views of the intermediate unit, respectively. Figure 3A and 3B These are the isometric and plan views of the intermediate unit, respectively.

[0043] Figure 4A and 4B The images are respectively an isometric view and a plan view of a profiled steel sheet module unit assembly according to a specific embodiment of the present invention, the unit assembly including... Figures 1A to 3B The rear unit, middle unit, and front unit are shown.

[0044] Figures 5A to 5C This is a schematic diagram of the horizontal joint node of the exterior wall of a composite structure building; where... Figure 5A Show the horizontal joint details of the exterior wall. Figure 5B for Figure 5A Section 1-1 of the wall panel formed by the profiled steel sheet shown in the figure. Figure 5C for Figure 5A The diagram shown is a 2-2 cross-sectional view of a floor slab comprising profiled steel sheets and concrete.

[0045] Figure 6A and Figure 6B A schematic diagram of the opening nodes between adjacent modules in a modular house; where... Figure 6A Display opening nodes, including connecting elements formed by vertical reinforcing bars and horizontal reinforcing bars between adjacent modules within the opening nodes. Figure 6B for Figure 6A The 3-3 section view shown shows the adjacent profiled steel sheet and the concrete structure between the adjacent modules on the open side.

[0046] Figure 7 This is a schematic diagram of the horizontal joint node of the interior wall of adjacent modules in a modular house; it shows the connecting element formed by a combination of transverse and longitudinal steel bars in the horizontal joint of the interior wall.

[0047] Figure 8A1 and Figure 8A2 The figures shown are schematic diagrams of a three-span residential building with a profiled steel sheet modular composite structure according to the present invention, including plan, elevation, and section views; wherein... Figure 8A1 This is a floor plan. Figure 8A2 This is a second-floor plan.

[0048] Figure 8B1 and Figure 8B2 They are respectively Figure 8A1 and Figure 8A2 Elevation views of axes ①-⑥ and ⑥-① of the three-span residential building.

[0049] Figures 8C1 to 8C3 They are respectively Figure 8A1 and Figure 8A2 A schematic diagram of the three-span residential building; wherein Figure 8C1For the three-span residential building Axial elevation view, Figure 8C2 This is a 1-1 section view of the three-span residential building. Figure 8C3 This is a partial view of section 1-1 of the three-span residential building.

[0050] Figure 9A and Figure 9B These are exploded isometric views of the five-module combination scheme of the profiled steel sheet modular combined structure house according to the present invention.

[0051] Figure 10A and Figure 10B These are exploded isometric views of the eleven-module combination scheme of the profiled steel sheet modular combined structure house according to the present invention. Detailed Implementation

[0052] The technical solution of the present invention will be further described in detail below through some specific embodiments and examples. However, it should be understood that this is not intended to limit the scope of the present invention. That is, all changes and modifications made in accordance with the scope of the claims of the present invention should fall within the scope of the present invention.

[0053] According to one embodiment of the present invention, the profiled steel sheet modular composite structure house provided by the present invention includes multiple prefabricated profiled steel sheet modular basic units in a factory and joint nodes between the basic units. Each basic unit has a cuboid structure and can be divided into a rear unit, a middle unit, and a front unit, which are respectively composed of profiled steel sheets, steel frame beams, and steel frame columns; wherein:

[0054] The rear unit has a full-surface profiled steel sheet on its top surface and on each of the two adjacent first and second sides. The third side has a partial profiled steel sheet (i.e., partially open). The fourth side has no profiled steel sheet (see...). Figure 1A-1B );

[0055] The intermediate unit has a full-surface profiled steel sheet on the top surface and the first side surface, and a partial profiled steel sheet (i.e., partially open) on the third side surface opposite to the full-surface profiled steel sheet. The other two opposite sides, the second and fourth sides, do not have profiled steel sheets (see...). Figure 2A-2B );

[0056] The front unit has a full-surface profiled steel sheet on the top surface and the first side surface. A partial profiled steel sheet (i.e., a partial opening) is provided on the third side surface opposite to the full-surface profiled steel sheet. The third side surface is not provided with a profiled steel sheet. A partial profiled steel sheet (i.e., a partial opening) is provided on the fourth side surface (see...). Figures 3A-3B );

[0057] The joint nodes include horizontal joint nodes on the exterior walls of adjacent modules, opening nodes on adjacent modules, and horizontal joint nodes on the interior walls of adjacent modules (see...). Figures 5A-5C , Figures 6A-6B , Figure 7);

[0058] Doorways or windows can be optionally opened on the sides of the rear, middle, and front units where the entire profiled steel sheet is installed.

[0059] The rear unit, middle unit, and front unit can be combined according to design requirements to form a spatial structure with two or more units spliced ​​together (see...). Figures 4A-4B );

[0060] The aforementioned front and rear spatial structures can be further combined according to design needs to form a single-layer spatial structure that is front-to-back and side-by-side (see...). Figures 8A1-8A2 );

[0061] The single-layer spatial structure can be further stacked to form a multi-layer spatial structure according to design requirements (see...). Figure 8B1-8C3 , Figures 9A-9B , Figures 10A-10B );

[0062] After assembly, the modular combination structure comprises an outer wall panel consisting of profiled steel sheets and a concrete layer sprayed or poured on the outside; an inner wall panel consisting of two profiled steel sheets and a concrete layer poured between them; and a floor slab consisting of profiled steel sheets and a concrete layer poured on top of them (see...). Figure 5A-7 , Figures 8C2-8C3 ).

[0063] Depending on the requirements, the exterior wall panel may also include an insulation layer, for example, disposed between the profiled steel sheet and the concrete layer (see...). Figure 8C3 ).

[0064] According to one embodiment of the present invention, preferably, the rear unit has a full-surface profiled steel sheet on its top surface and each of the two adjacent first and second sides; the third side has a profiled steel sheet partially provided near the top and the rear side, while the remaining parts are open; and the fourth side does not have a profiled steel sheet (see...). Figure 1A-1B );

[0065] The intermediate unit has a full-surface profiled steel sheet on the top surface and the first side surface, and a profiled steel sheet near the top on the third side surface opposite to the full-surface profiled steel sheet. The opposite second and fourth sides do not have profiled steel sheets (see...). Figure 2A-2B );

[0066] The front unit has a full-surface profiled steel sheet on the top surface and the first side surface. On the third side surface, opposite to the full-surface profiled steel sheet, a profiled steel sheet is provided near the top. The third side surface is not provided with a profiled steel sheet. The fourth side surface has a partial profiled steel sheet near the top and front, while the remaining parts are open (see...). Figures 3A-3B ).

[0067] According to one embodiment of the present invention, the profiled steel sheet, steel frame beam and steel frame column in the basic unit are fixed by welding at the joints.

[0068] According to one embodiment of the present invention, the steel frame column is thicker when it is not connected to profiled steel sheets on both sides compared to the case where profiled steel sheets are connected to one or both sides (see...). Figure 1A-3B ).

[0069] According to one embodiment of the present invention, the joint node includes a horizontal joint node on the outer wall of adjacent modules, an opening node on adjacent modules, and a horizontal joint node on the inner wall of adjacent modules, wherein:

[0070] The horizontal joint node of the adjacent module exterior wall includes a steel strip welded between the steel frame column on the exterior wall surface with profiled steel sheet and outer concrete layer and the steel frame column on another wall surface perpendicular to the exterior wall as a connecting element (see...). Figures 5A-5C );

[0071] The opening node between adjacent modules includes a connecting element consisting of longitudinal reinforcing bars and transverse reinforcing frames installed between the profiled steel sheets of the adjacent modules' walls, as well as a poured concrete layer (see...). Figures 6A-6B );

[0072] The horizontal joint node of the interior wall of adjacent modules includes a steel mesh consisting of longitudinal and transverse steel bars between the profiled steel sheets of adjacent modules, and a poured concrete layer (see...). Figure 7 ).

[0073] According to one embodiment of the present invention, in the combined structural house, the multi-unit spatial structures are assembled side by side to form a three-span single-story house including a three-span single-story spatial structure; the three-span single-story house can be further stacked to form a multi-story house (see...). Figure 8A1-8C3 ).

[0074] According to one embodiment of the present invention, the modular structure house includes a single-story five-module assembly formed by combining five basic units, and the single-story five-module assembly is stacked to form a multi-story five-module combined spatial structure, wherein the five-module assembly includes two modules arranged side by side at the front left and right and three modules arranged side by side at the rear left and right, and the middle module of the three modules is provided with an elevator and / or a staircase (see...). Figures 9A-9B ).

[0075] According to one embodiment of the present invention, the modular structure house includes a single-story eleven-module assembly formed by combining eleven basic units, and the single-story eleven-module assembly is stacked to form a multi-story eleven-module assembly spatial structure, wherein the eleven-module assembly includes four modules arranged side by side at the front, three modules arranged side by side at the rear, and a middle module at the rear for installing elevators and / or stairs (see...). Figures 10A-10B ).

[0076] According to one embodiment of the present invention, the construction method of the profiled steel sheet modular composite structure house provided by the present invention includes the following steps:

[0077] (1) The basic unit of the profiled steel plate module is manufactured in the factory, which includes the rear unit, the middle unit and the front unit, forming a spatial structure of multiple front and rear splicing of two or more units, and the joint nodes between the basic units can be fixed according to transportation needs.

[0078] (2) Transport the spliced ​​spatial structure or the rear unit, middle unit and front unit to the building construction site respectively;

[0079] (3) On the base surface, according to the design requirements, the spatial structure is hoisted into place, and can be further combined to form a single-layer spatial structure that is spliced ​​in front and behind and arranged side by side, and fixed at the joint nodes between the basic units;

[0080] (4) After locally reinforcing steel bars are installed in the joint gaps and joint nodes of the single-layer space structure modules, concrete is poured; and after reinforcing steel bars are installed on the floor of the single-layer space structure, concrete is poured.

[0081] (5) Based on the design requirements, steps (3) and (4) can be repeated on the basis of the above single-layer structure space with the concrete floor as the base surface to form a multi-layer space structure.

[0082] (6) Construct a roof above the single-story spatial structure in step (4) or the multi-story spatial structure in step (5) according to the design, thereby forming a single-story or multi-story combined structure house.

[0083] In the description and accompanying drawings, the products and methods of the present invention are described in particular shapes, materials, or process sequences, and detailed parameters are provided for illustrative purposes for some specific embodiments. However, it should be understood that these specific descriptions do not limit the technical solutions of the present invention; that is, changes and modifications to the shapes, materials, or process sequences are still included within the scope of the present invention.

Claims

1. A modular house with profiled steel sheet structure, characterized in that, The building comprises multiple prefabricated profiled steel sheet modular basic units and joint nodes between the basic units. Each basic unit has a cuboid structure and can be divided into a rear unit, a middle unit, and a front unit, which are respectively composed of profiled steel sheets, steel frame beams, and steel frame columns; wherein: The rear unit has a full-surface profiled steel sheet on the top surface and each of the two adjacent first and second sides, a partial profiled steel sheet on the third side (i.e., partially open), and no profiled steel sheet on the fourth side. The intermediate unit has a full-surface profiled steel sheet on the top surface and the first side surface, and a partial profiled steel sheet (i.e., partially open) on the third side surface opposite to the full-surface profiled steel sheet. The other opposite second and fourth sides do not have profiled steel sheets. The front unit has a full-surface profiled steel sheet on the top surface and the first side surface, and a partial profiled steel sheet (i.e., a partial opening) is provided on the third side surface opposite to the full-surface profiled steel sheet. The third side surface does not have a profiled steel sheet, and the fourth side surface has a partial profiled steel sheet (i.e., a partial opening). The joint nodes include horizontal joint nodes on the outer walls of adjacent modules, opening nodes on adjacent modules, and horizontal joint nodes on the inner walls of adjacent modules. Doorways or windows can be optionally opened on the sides of the rear, middle, and front units where the entire profiled steel sheet is installed. The rear unit, middle unit and front unit can be combined to form a spatial structure with two or more units spliced ​​together in front and behind, according to design requirements; The front and rear spatial structures can be further combined according to design needs to form a single-layer spatial structure that is spliced ​​in front and behind and arranged side by side. The single-layer spatial structure can be further stacked to form a multi-layer spatial structure according to design requirements; After assembly, the modular combination structure includes an outer wall panel consisting of a profiled steel sheet and a concrete layer sprayed or poured on the outside, an inner wall panel consisting of two profiled steel sheets and a concrete layer poured between them, and a floor slab consisting of a profiled steel sheet and a concrete layer poured on it.

2. The modular house according to claim 1, wherein: The rear unit has a full-surface profiled steel sheet on the top surface and each of the two adjacent first and second sides. The third side has a profiled steel sheet in part near the top and the rear side, while the rest is open. The fourth side does not have a profiled steel sheet. The intermediate unit has a full-surface profiled steel sheet on the top surface and the first side surface, and a profiled steel sheet is provided on the third side surface opposite to the full-surface profiled steel sheet near the top. The other opposite second and fourth sides do not have profiled steel sheets. The front unit has a full-surface profiled steel sheet on the top surface and the first side surface. On the third side surface opposite to the full-surface profiled steel sheet, a profiled steel sheet is provided near the top. The third side surface does not have a profiled steel sheet. The fourth side surface has a profiled steel sheet in a partial area near the top and the front, while the rest of the area is open.

3. The modular house according to claim 1, wherein the profiled steel sheet, steel frame beam and steel frame column in the basic unit are fixed by welding at the joints.

4. The modular house according to claim 1, wherein the steel frame column is thicker when it is not connected to profiled steel sheets on both sides compared to the case where it is connected to profiled steel sheets on one or both sides.

5. The modular house according to claim 1, wherein: The horizontal joint node of the exterior wall of the adjacent module includes a steel strip welded between the steel frame column of the exterior wall with profiled steel sheet and outer concrete layer and the steel frame column of another wall perpendicular to the exterior wall as a connecting element. The opening node between adjacent modules includes a connecting element consisting of longitudinal steel bars and transverse steel frames, and a poured concrete layer, which is installed between the profiled steel sheets of the wall of the adjacent modules. The horizontal joint node of the inner wall of adjacent modules includes a steel mesh consisting of longitudinal and transverse steel bars and a poured concrete layer between the profiled steel sheets of adjacent modules.

6. The modular house according to any one of claims 1-5, wherein the multi-unit spatial structure spliced ​​front and rear is assembled side by side to form a three-span single-story house including a three-span single-story spatial structure; the three-span single-story house can be further stacked to form a multi-story house.

7. The modular house according to any one of claims 1-5, wherein the house comprises a single-story five-module assembly formed by combining five basic units, and the single-story five-module assembly is stacked to form a multi-story five-module modular spatial structure, wherein the five-module assembly comprises two modules arranged side by side at the front left and right and three modules arranged side by side at the rear left and right, and the middle module of the three modules is provided with an elevator and / or a staircase.

8. The modular house according to any one of claims 1-5, wherein the house comprises a single-story eleven-module assembly formed by combining eleven basic units, and the single-story eleven-module assembly is stacked to form a multi-story eleven-module assembly spatial structure, wherein the eleven-module assembly comprises four modules arranged side by side at the front, three modules arranged side by side at the rear, and a middle module at the rear for installing elevators and / or stairs.

9. A method for constructing a modular house with profiled steel sheet structure according to any one of claims 1-8, comprising the following steps: (1) The basic unit of the profiled steel plate module is manufactured in the factory, which includes the rear unit, the middle unit and the front unit, forming a spatial structure of multiple front and rear splicing of two or more units, and the joint nodes between the basic units can be fixed according to transportation needs. (2) Transport the spliced ​​spatial structure or the rear unit, middle unit and front unit to the building construction site respectively; (3) On the base surface, according to the design requirements, the spatial structure is hoisted into place, and can be further combined to form a single-layer spatial structure that is spliced ​​in front and behind and arranged side by side, and fixed at the joint nodes between the basic units; (4) After locally reinforcing steel bars are installed in the joint gaps and joint nodes of the single-layer space structure module, concrete is poured; and after reinforcing steel bars are installed on the floor of the single-layer space structure, concrete is poured. (5) Depending on the design requirements, steps (3) and (4) can be repeated on the basis of the above single-layer structure space with the concrete floor as the base surface to form a multi-layer space structure.

10. The construction method according to claim 9, further comprising the following steps: (6) Construct a roof above the single-story spatial structure in step (4) or the multi-story spatial structure in step (5) according to the design, thereby forming a single-story or multi-story profiled steel plate modular combination structure house.

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