CN-121980649-A - Automatic generation method of double-row light steel keel wall and automatic generation system based on Revit

CN121980649ACN 121980649 ACN121980649 ACN 121980649ACN-121980649-A

Abstract

The invention relates to the field of wall drawing and design, in particular to an automatic generation method and an automatic generation system based on Revit for a double-row light steel keel wall. A method for automatically generating double-row light steel keel wall includes such steps as drawing light steel keel wall according to graph or forward direction, defining the parameters of wall body, defining the alignment mode of keel and wall body and the offset and arrangement mode of keel, creating the standard connecting mode of each keel in adjacent wall body, matching the standard connecting members in said standard library, and connecting the inner and outer sides of double walls to form a straight line. And further solves 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 deepening design of the light steel joist partition wall system in the building decoration industry in the prior art.

Inventors

LIAN ZHEN
CHEN YANYANG
GU WENJING
ZHAO WENBIN
HONG XIAO
WANG ZHENDONG
Tang Sixie
YAN RUIQI

Assignees

上海市建筑装饰工程集团有限公司

Dates

Publication Date: 20260505
Application Date: 20260105

Claims (9)

1. A double-row light steel keel wall automatic generation method is characterized in that a light steel keel wall is drawn according to a figure or a forward direction, the light steel keel wall comprises a double-wall inner side and a double-wall outer side which are arranged side by side, wall body parameters of the light steel keel wall 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 wall are defined, an alignment mode of the keels and the wall body and an offset and arrangement mode of the keels are defined, positions of the top and bottom keels, through keels and the vertical keels are determined, a material library comprising standard connection modes of the keels in the adjacent wall bodies is created, corresponding standard connection members in the material library are matched according to the connection modes of actual wall bodies, the top and bottom keels, the vertical keels, through keels and reinforcing keels are generated, the connection of the L-shaped wall body and the T-shaped wall body are respectively provided with respective standard connection member modes, and the double-wall inner side and the double-wall outer side are respectively connected with the double-wall inner side and the double-wall outer side in the connection mode of the L-shaped wall body.
2. The automatic generation method of the double-row light steel joist wall is characterized in that the standard connection type component material library comprises connection joists arranged at the joint of the wall body intersection and wall edge reinforcing joists positioned beside the connection position, the connection joists and the wall edge reinforcing joists are vertically arranged, and the side edges or the end parts of the connection joists are attached to the side edges or the end parts of the wall edge reinforcing joists.
3. The method for automatically generating the double-row light steel joist wall according to claim 2, wherein the cross section of the wall edge reinforcing joist is C-shaped, and the C-shaped opening of the wall edge reinforcing joist is away from the connecting joist.
4. The automatic generation method of double-row light steel keels according to claim 2 or 3, wherein when the wall body is a T-shaped wall body, wall body partition walls which are distributed in an I shape in the T-shaped wall body are defined, the partition walls are single-layer or double-layer light steel keels, and the number of the wall bodies which are distributed in the I shape is consistent with that of the connecting keels.
5. The automatic generation method of the double-row light steel keel wall according to any one of claims 1-3, wherein the vertical keels on the inner side of the double wall and the outer side of the double wall are arranged in parallel, a preset interval is kept between the vertical keels, and the interval between the connecting structure and the vertical keels is not larger than the interval between the two vertical keels in the wall.
6. The automatic double-row light steel keel wall generating method according to any one of claims 1-3, wherein at least two vertically arranged keels are arranged on the end part of the wall body on one side of the door pile or the door opening, and one of the two vertically arranged keels is positioned in the other keel or the two keels are arranged in parallel at intervals.
7. The method of claim 6, wherein the one side of the connecting joist in the T-shaped connecting structure is provided with a joist positioned at the edge of the door stack or the door opening when the door stack or the door opening is arranged at the T-shaped wall.
8. The method for automatically generating the double-row light steel joist wall according to claim 2 or 3, wherein when the wall body is a T-shaped wall body, the wall body which is arranged in an I shape in the T-shaped wall body is defined as a partition wall, two wall edge reinforcing keels on the partition wall are arranged when the partition wall is a single-layer light steel joist wall, and when the partition wall is a double-layer light steel joist wall, one wall edge reinforcing keel on the partition wall is arranged.
9. An automatic generation system of a double-row light steel keel wall based on Revit is characterized in that an automatic generation plug-in of the light steel keel wall system 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 double-row light steel keel wall is generated on the model view display interface according to the automatic generation method of the double-row light steel keel wall of any one of claims 1-8.

Description

Automatic generation method of double-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 and an automatic generation system based on Revit for a double-row light steel keel wall. Background In the process of architectural decoration engineering design, a wall body needs to be drawn. The wall body comprises a double-row light steel keel wall, wherein the double-row light steel keel wall is a non-bearing wall body formed by taking two rows of light steel keels which are arranged in parallel as a framework system and covering plates on two sides of the framework system. 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. Disclosure of Invention In view of the above, the invention provides an automatic generation method of double-row light steel joist walls, which is used for solving the problems of high requirements on personnel and low drawing efficiency caused by manual drawing of the double-row light steel joist walls in the prior art, and also provides an automatic generation system of double-row light steel joist walls based on Revit, which is used for solving the technical problems. A double-row light steel keel wall automatic generation method includes drawing a light steel keel wall according to a figure or a forward direction, wherein the light steel keel wall comprises a double-wall inner side and a double-wall outer side which are arranged side by side, wall body parameters of the light steel keel wall 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 wall are defined, alignment modes of the keels and the wall bodies 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 material library comprising standard connection modes of the keels in adjacent wall bodies is created, corresponding standard connection members in the material library are matched according to the connection modes of actual wall bodies, the top and bottom keels, the vertical keels, through keels and reinforcing keels are generated, the material library comprises connection of L-shaped wall bodies and connection of T-shaped wall bodies, the different series keels respectively have respective standard connection member modes, and the double-wall inner side and double-wall outer side matched with the two-wall inner side and the double-wall outer side are formed in the connection of the L-shaped wall body. Further, the standard connection form component material library comprises connection keels arranged at the junction of the wall intersection and wall reinforcing keels positioned beside the junction, the connection keels and the wall 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 reinforcing keels. Further, the interface 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 wall body is a T-shaped wall body, the wall body partition walls which are distributed in the shape of the I in the T-shaped wall body are defined, the partition walls are single-layer or double-layer light steel keel walls, and the number of the wall bodies which are distributed in the shape of the I is consistent with that of the connecting keels. Further, the vertical keels on the inner side of the double wall and the outer side of the double wall are arranged in parallel, a preset interval is kept between the vertical keels, and the interval between the connecting structure and the vertical keels is not greater than the interval between the two vertical keels in the wall. Further, at least two keels which are vertically arranged are arranged at the end part of the wall body at one side of the door stack or the door opening, and one of the two keels which are vertically arranged is positioned in the other keel or the two keels are arranged at intervals in parallel. Further, when the door pile or the door hole is arranged at the T-shaped wall body, one side of the connecting keel in the T-shaped connecting structure is provided with the keel positioned at the edge of the door pile or the door hole. Further, when the wall body is a T-shaped wall body,