Drawings of Prefabricated Components for House Cover Plates
Drawings of prefabricated components for house cover plates mainly include two categories: drawings of prefabricated exterior wall components and drawings of prefabricated panels. The following is a detailed introduction:
Drawings of Prefabricated Exterior Wall Components
In practical project applications, the same prefabricated component can be divided into simplified components and detailed components. Simplified components are mainly used for generating conventional plans and elevations in project models, enabling a quick presentation of the general shape and positional relationships of components, providing a basis for the overall planning and preliminary design of the project. Detailed components are used for detailed design drawings and modeling, etc., and are placed in independent project models for detailed drawing design. Detailed components include more sub-components, such as bolt sleeves, air-conditioning reserved holes, galvanized steel plates, etc. These sub-components are crucial for the installation, connection, and functional use of the components.
By reasonably utilizing detailed components and simplified components, detailed drawings of prefabricated exterior wall components can be produced. These include elevation details of the components, which clearly display the appearance, dimensions, and construction of each part in the elevation direction; section details, which present the layers, materials, and connection methods between each part from the perspective of the internal structure. The location drawing of embedded parts is also important. It includes a statistical table of metal embedded parts for diagonal braces, which can count the quantity and specifications of the embedded parts; installation details of metal embedded parts for diagonal braces, which explain in detail the installation positions and methods of the embedded parts; and a statistical table of prefabricated exterior walls, which summarizes and counts the relevant information of the prefabricated exterior walls. In addition, a vertical numbering drawing of prefabricated components can be generated through simplified components, facilitating the management and identification of components.
Drawings of Prefabricated Panels
There are various types of drawings for prefabricated panels. There are construction drawings for the reinforcement design of prefabricated panels, in which structural plans and other drawings can display the overall structural layout and stress conditions of the prefabricated panels after reinforcement. The CAD construction drawings for the detailed design of the eaves of prefabricated panels include detailed schematic diagrams of each section, which can clearly present the shapes and dimensions of each part of the eaves; internal and external plans can display the planar positional relationships of the eaves inside and outside the building; and plans of each floor display the planar shapes of the eaves from different height perspectives.
The CAD full set of detail node drawings for the floor of prefabricated panels include plans and elevations. The plans display the planar layout of the floor prefabricated panels, while the elevations present the construction and appearance of the floor prefabricated panels in the vertical direction. There are also CAD detail drawings of typical components of prefabricated panels and stairs, which include detailed drawings of typical components of prefabricated panels, explaining in detail the dimensions, materials, construction, etc. of the typical components of the prefabricated panels; and detailed drawings of typical components of prefabricated stairs, which provide similar explanations for the typical components of the prefabricated stairs. The CAD design drawings for 10-meter prefabricated panels of bridges include the reinforcement layout drawings of the side panels of L = 10m prefabricated panels (I - IV), displaying the reinforcement layout methods and quantities of the side panels; the general construction drawings of L = 10m prefabricated panels, presenting the general construction forms of the prefabricated panels; the reinforcement layout drawings for the obtuse-angle strengthening of the bridge deck of L = 10m prefabricated panels, explaining the reinforcement layout at the obtuse angles of the bridge deck; the standard cross-sectional drawings of the upper construction of L = 10m prefabricated panels (B = 12.0m, B = 8.5m), displaying the standard cross-sectional forms of the upper construction of the prefabricated panels at different widths; and drawings of the bridge deck of L = 10m prefabricated panels, etc., providing detailed bases for the design and construction of bridge prefabricated panels.
