CN-121980648-A - Automatic generation method of single-row light steel keel wall and automatic generation system based on Revit

CN121980648ACN 121980648 ACN121980648 ACN 121980648ACN-121980648-A

Abstract

The invention relates to the field of wall drawing and design, in particular to an automatic generation method of a single-row light steel keel wall and an automatic generation system based on Revit. A method for automatically generating a single-row light steel keel wall includes defining wall parameters of the light steel keel wall, defining type parameters of different keel materials in the light steel keel wall, defining alignment modes of keels and walls and deviation and arrangement modes of keels, determining positions of top and bottom keels and side keels, creating a material library containing standard connection members of keels in two adjacent walls, matching corresponding standard connection members in the material library according to connection modes of actual walls, and generating wall connection keels at wall connection positions, through keels transversely arranged and vertical keels vertically arranged.

Inventors

GUAN WENCHAO
LIAN ZHEN
CHEN YANYANG
GU WENJING
LI CHENG
HONG XIAO
YU JIASHENG
SHEN YUE

Assignees

上海市建筑装饰工程集团有限公司

Dates

Publication Date: 20260505
Application Date: 20260105

Claims (10)

1. A single-row light steel keel wall automatic generation method is characterized in that light steel keel walls are drawn according to a figure or forward direction, wall body parameters of the light steel keel walls are defined, the wall body parameters comprise wall body keel types, keel series and inner and outer sealing plates, type parameters of different keel materials in the light steel keel walls are defined, alignment modes of keels and walls and deviation and arrangement modes of the keels are defined, positions of the top and bottom keels, through keels and vertical keels are determined, a standard connecting member database is established, the standard connecting member accords with standard connecting forms of keels between adjacent walls, corresponding standard connecting members in the material database are matched according to the connecting forms of the actual walls, the top and bottom keels, the vertical keels, the through keels and the connecting members are generated, the material database comprises connection of a line-shaped wall body, connection of an L-shaped wall body, connection of a T-shaped wall body, connection of a cross-shaped wall body and connection of a multi-angle wall body, and the keels of different series are respectively provided with a foundation base composed of respective standard connecting members.
2. The method of claim 1, wherein the standard connection members comprise connection keels arranged at the intersection point of the wall body and wall edge reinforcing keels positioned beside the intersection point, the connection keels and the wall edge reinforcing keels are vertically arranged, and the side edges or the end parts of the connection keels are attached to the side edges or the end parts of the wall edge reinforcing keels.
3. The method for automatically generating the single-row light steel joist wall according to claim 2, wherein the cross section of the wall-side reinforcing joist is C-shaped, and the C-shaped opening of the wall-side reinforcing joist is away from the connecting joist.
4. The method for automatically generating the single-row light steel keel wall according to claim 2 or 3, wherein when the size of the connecting keels is larger than 100 series, and the wall body is in L-shaped wall connection or cross-shaped wall connection, the connecting keels are two, and the two connecting keels are C-shaped keels with mutually aligned openings.
5. The method for automatically generating the single-row light steel joist wall according to claim 2 or 3, wherein the connecting joist is arranged on the tall wall when one side of the wall where the connection exists is the tall wall with higher height and the other side is the short wall with shorter height.
6. The method for automatically generating a single-row light gauge steel wall according to any one of claims 1 to 3, wherein when a door and window opening is formed in the wall body, the opening is synchronously drawn on the wall body when the light gauge steel wall is selected or drawn, the wall body is divided into a first wall body, a second wall body and a third wall body, wherein the first wall body, the second wall body and the third wall body are positioned on two sides of the opening, and vertical keels on the first wall body, the second wall body and the third wall body are respectively and independently generated.
7. The method for automatically generating the single-row light steel joist wall according to claim 6, wherein the first wall and the third wall and the second wall and the third wall are connected and distributed according to a straight-line type of wall, and the vertical joists on the third wall are distributed along two sides to the center.
8. The automatic generation method of the single-row light steel keel wall is characterized in that the generated number of the vertical keels is distributed according to a self-defined interval, the number of the vertical keels is obtained by dividing the length of the wall body by a fixed interval, the number of the vertical keels is rounded downwards, and the length of the wall body is the actual length minus the space length occupied by the edge keels and the connecting keels.
9. The method for automatically generating a single-row light gauge steel wall according to any one of claims 1-3, wherein the sealing plates are respectively generated on the inner side and the outer side of the light gauge steel wall after the keels are generated.
10. A single-row light steel keel wall automatic generation system based on Revit is characterized in that a light steel keel wall automatic generation plug-in is embedded in Revit software, a parameter management column for parameter definition and a model view display interface for generating the light steel keel wall are arranged on the plug-in, after parameter definition is carried out, the light steel keel wall is generated on the model display interface according to the single-row light steel keel wall automatic generation method of any one of claims 1-9.

Description

Automatic generation method of single-row light steel keel wall and automatic generation system based on Revit Technical Field The invention relates to the field of wall drawing and design, in particular to an automatic generation method of a single-row light steel keel wall and an automatic generation system based on Revit. Background In the process of architectural decoration engineering design, a wall body needs to be drawn. The wall body comprises a light steel keel wall, wherein the light steel keel wall is a non-bearing wall body formed by taking a light steel keel as a framework system and covering plates on two sides of the light steel keel wall, and the wall body specifically comprises a single-row light steel keel wall and a double-row light steel keel wall. Currently, in building information models or other design software, the creation of light gauge steel walls is often dependent on the designer drawing one by one in accordance with the flat-face situation. Including repeated placement of the keel members and manual setting of the position, spacing and size parameters thereof. The method requires the drawing staff to master a great deal of design specifications and drawing skills, and has high requirements on the drawing staff. And the number of keels in the light steel keel wall is more, the drawing efficiency is lower, errors are easily caused by human negligence, and the consistency of design specifications is difficult to ensure. Disclosure of Invention In view of the above, the invention provides an automatic generation method of a single-row light steel joist wall, which is used for solving the problems of frequent construction errors, serious material loss and the like caused by long-term dependence on two-dimensional drawing and manual experience in the deepened design of a light steel joist partition wall system in the building decoration industry in the prior art, and also provides an automatic generation system of the single-row light steel joist wall based on Revit, which is used for solving the technical problems. A method for automatically generating a single-row light steel joist wall includes such steps as drawing light steel joist wall according to figure or positive direction, defining the parameters of the light steel joist wall including the type of joist, series of joists, internal and external sealing plates, defining the type parameters of different joist materials in light steel joist wall, defining the alignment mode of joists to wall and the offset and arrangement mode of joists, determining the positions of top and bottom joists, through joists and vertical joists, creating standard connecting members, matching the standard connecting mode of joists between adjacent walls, and generating top and bottom joists, vertical joists, through joists and connecting members. Further, the standard connecting member comprises a connecting keel arranged at the intersection point of the wall body and a wall edge reinforcing keel positioned beside the intersection point, wherein the connecting keel and the wall edge reinforcing keel are vertically arranged, and the side edge or the end part of the connecting keel is attached to the side edge or the end part of the wall edge reinforcing keel. Further, the cross section of the wall edge reinforcing keel is C-shaped, and the C-shaped opening of the wall edge reinforcing keel is away from the connecting keel. Further, when the size of the connection keels is greater than 100 series, and the wall body is connected by an L-shaped wall body or a cross-shaped wall body, the two connection keels are arranged, and the two connection keels are C-shaped keels with mutually aligned openings. Further, when the wall body with the connection is a tall wall with higher height on one side and a short wall with shorter height on the other side, the connection keels are arranged on the tall wall. Further, when the door and window opening is formed in the wall body, the opening is synchronously drawn on the wall body when the light steel keel wall is selected or drawn, the wall body is divided into a first wall body, a second wall body and a third wall body, wherein the first wall body, the second wall body and the third wall body are positioned above and/or below the opening, and vertical keels on the first wall body, the second wall body and the third wall body are respectively and independently generated. Further, the first wall body and the third wall body and the second wall body and the third wall body are connected and distributed according to the straight-line type wall body, and the vertical keels on the third wall body are distributed along the two sides to the center. Further, the number of the vertical keels is arranged according to the self-defined interval, the number of the vertical keels is obtained by dividing the length of the wall body by the fixed interval, the number is rounded downwards, and the length of the wall body is the actua