Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Spatial position positioning method for special-shaped bracket of tubular column
The invention relates to a spatial position positioning method for a special-shaped bracket of a tubular column. The spatial position positioning method comprises the following steps that step 1, a CAD three-dimensional model of a part is exported from a TEKLA model; step 2, a corresponding reference cross curve of a tubular column is found out in the CAD three-dimensional model; step 3, each bracket control reference point is determined; step 4, the reference points are connected, the space size between the reference points are marked, and a three-dimensional diagram is printed; and step 5, according to the assembly sequence of the bracket, the three-dimensional space sizes of the bracket are sequentially marked. According to the spatial position positioning method for the special-shaped bracket of the tubular column, the problem that the spatial positioning size of the bracket of the tubular column is difficult in the planar graph is effectively solved, the limitation of the positioning size in the planar graph is avoided, and the spatial size of each assembly key point during bracket assembly is clearly identified.
本发明是一种圆管柱异形牛腿的空间位置定位方法；包括步骤1、从TEKLA模型中导出构件的CAD三维模型，步骤2、在CAD三维模型中找出圆管柱的对应基准十字线；步骤3、确定各牛腿控制基准点；步骤4、对各基准点连线，标注各基点间空间尺寸，打印三维图；步骤5、根据牛腿装配顺序，依次标识出牛腿三维空间尺寸。本方法有效解决了平面图示中圆管柱牛腿空间定位尺寸困难的问题，规避了平面图示尺寸定位的局限性，清晰明了的标识出牛腿装配时各装配要点的空间尺寸。
Spatial position positioning method for special-shaped bracket of tubular column
The invention relates to a spatial position positioning method for a special-shaped bracket of a tubular column. The spatial position positioning method comprises the following steps that step 1, a CAD three-dimensional model of a part is exported from a TEKLA model; step 2, a corresponding reference cross curve of a tubular column is found out in the CAD three-dimensional model; step 3, each bracket control reference point is determined; step 4, the reference points are connected, the space size between the reference points are marked, and a three-dimensional diagram is printed; and step 5, according to the assembly sequence of the bracket, the three-dimensional space sizes of the bracket are sequentially marked. According to the spatial position positioning method for the special-shaped bracket of the tubular column, the problem that the spatial positioning size of the bracket of the tubular column is difficult in the planar graph is effectively solved, the limitation of the positioning size in the planar graph is avoided, and the spatial size of each assembly key point during bracket assembly is clearly identified.
本发明是一种圆管柱异形牛腿的空间位置定位方法；包括步骤1、从TEKLA模型中导出构件的CAD三维模型，步骤2、在CAD三维模型中找出圆管柱的对应基准十字线；步骤3、确定各牛腿控制基准点；步骤4、对各基准点连线，标注各基点间空间尺寸，打印三维图；步骤5、根据牛腿装配顺序，依次标识出牛腿三维空间尺寸。本方法有效解决了平面图示中圆管柱牛腿空间定位尺寸困难的问题，规避了平面图示尺寸定位的局限性，清晰明了的标识出牛腿装配时各装配要点的空间尺寸。
Spatial position positioning method for special-shaped bracket of tubular column
一种圆管柱异形牛腿的空间位置定位方法
XU YI (Autor:in) / CHEN WEI (Autor:in) / YU GUOFEI (Autor:in) / ZHU JUNLIANG (Autor:in) / WU KUNMING (Autor:in)
21.01.2022
Patent
Elektronische Ressource
Chinesisch
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