A modular building component and building component forming machine and construction method thereof

Abstract

The invention discloses a modularized building component. The modularized building component comprises wallboards and floor slabs which are spliced with one another, wherein the wallboards and floor slabs are made from composite boards; the wallboards comprise L-shaped shear wall slabs, T-shaped shear wall slabs and linear shear wall slabs; and H-shaped steel is arranged at the bends of the L-shaped shear wall slabs and T-shaped shear wall slabs. The building component molding machine disclosed by the invention can be used for producing building modularized building components such as wallboards, floor slabs and the like with multiple shapes and specifications. The method for constructing the building by adopting the building component has the characteristics of high construction speed, stable and reliable building quality and environment friendliness.

Description

technical field [0001] The invention relates to the technical field of building materials and building construction methods, in particular to a modular prefabricated component of a steel structure building, its production equipment, and a construction method using the prefabricated component. Background technique [0002] Existing building systems include frame structures, shear wall structures, light steel keel structures, steel structures, MB systems, Hangxiao steel structures, and steel pipe beams. Walls, interior and exterior decoration and pasting of thermal insulation materials and other post-site wet operations, and the construction quality of on-site operators can directly affect the quality of the entire building, becoming an important factor for unstable construction quality. Modular building is a construction technology that mass-produces prefabricated components in factories and directly hoists, splices and installs them on site. Because of its advantages of sho...

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Problems solved by technology

[0003] Existing modular buildings use composite prefabricated panels such as fly ash blocks, hollow bricks, and gypsum blocks in steel structures or concrete frame structures as walls. This kind of lightweight wallboard cannot bear load and can only be used in vegetable greenhouses, mobile rooms, etc.

However, the existing production equipment generally has the defects of large equipment and high cost. For example, the patent 201210546752.9 introduces a continuous automatic production equipment for structural thermal insulation composite walls for buildings. The above production equipment can automatically produce composite panels, but the workshop occupied by the production line The area is large, and many production equipment need to cooperate closely to ensure the smooth progress of production. Once a piece of equipment fails, the entire production line needs to be shut down for maintenance

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