attached lifting scaffold intelligent design method based on BIM

Abstract

The invention discloses an attached lifting scaffold intelligent design method based on BIM. The method comprises the steps of building of each floor structure model of a building, parameter setting of an attached lifting scaffold, intelligent design of the attached lifting scaffold, generation of an attached lifting scaffold model, generation of a construction drawing, generation of a calculationsheet, generation of an engineering quantity list and the like. The system has an intelligent optimized arrangement function, can identify building shear walls, balconies and floating plates, and canbe preferentially attached to the shear walls and the floating lines to automatically generate heightening pieces. A standard part is adopted preferentially, non-standard parts are reduced to the minimum, materials are saved under the condition that safety is guaranteed, meanwhile, manual arrangement and addition are provided, and arrangement maneuverability is greatly improved. The method further has the following advantages that the building model can be automatically established, and structural models of all floors of the BIM building can be quickly established according to the processed CAD drawings; According to the technical scheme, the corresponding component models can be selected, and the component section characteristics and the unit weight can be automatically generated.

Description

technical field [0001] The invention relates to the technical field of architectural engineering design, in particular to a BIM-based intelligent design method for an attached lifting scaffold. Background technique [0002] Building structure design refers to the layout and calculation of building load-bearing components (such as columns, beams, walls, floors, etc.), as well as the drawing of engineering drawings for the materials, shapes, sizes and internal reinforcement structures used by components. The basis for the construction of force components. The conventional structural design process at this stage is: determine the structural layout plan and pass the calculation in the structural analysis software, and draw the layout, size and reinforcement of the components in 2D CAD according to the calculation results. At present, this CAD-based structural construction drawing design method has problems such as unintuitiveness, many errors, omissions, and lack of coordinatio...

AI Technical Summary

Problems solved by technology

[0005] The traditional attached lifting scaffold design is to draw each component in the CAD plane, then manually calculate the engineering quantity, compile the calculation book and the construction plan, the workload is heavy, the technical requirements are high, and it is easy to make mistakes

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