Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Splicing method for spatial multi-curve circular pipes
The invention relates to a space multi-curve round pipe assembling method. The method comprises the steps that firstly, a multi-curve pipe needing to be assembled is converted into a three-dimensional drawing; 2, setting a three-dimensional coordinate system; 3, the camber direction is adjusted; step 4, marking the port position of each circular tube; 5, setting a reference line; step 6, setting a re-checking point at the upper part of the single-curve circular tube; 7, auxiliary contents such as the size of a through opening, the overall length of the component and the serial number of a single curved bar are marked; 8, the multi-curved pipe is spliced in a horizontal mode; 9, two end points of the multi-curve circular pipe are arranged; 10, measuring in the Z direction through a level gauge and a box staff; step 11, measuring the size of each port and the reference line in the placing process of the rod piece; 12, adjusting the position of the circular tube according to a rechecking point at the upper part of the circular tube; and step 13, re-checking. According to the method, the construction cost is reduced, the method can adapt to a poor construction site, and the adaptability of multi-curved-pipe assembly to the site is enhanced.
本发明涉及一种空间多曲圆管拼装方法，步骤1：先将需要拼装的多曲管的转换为三维图纸；步骤2：设置三维坐标系；步骤3：调整拱度方向；步骤4：对各个圆管的端口位置处进行标注；步骤5：设置参考线；步骤6：单曲圆管上部设置复核点；步骤7：标记贯口尺寸、构件总体长度、单曲杆件编号等辅助内容；步骤8：多曲管采用卧拼的方式进行；步骤9：将多曲圆管两个端点设置；步骤10：Z方向通过水准仪与塔尺进行测量；步骤11：将杆件摆放过程中测量各个端口与参考线的尺寸；步骤12：根据圆管上部的复核点的对圆管位置进行调整；步骤13：复核。本发明降低施工成本，可以适应较差的施工场地，强化了多曲管拼装对场地的适应性。
Splicing method for spatial multi-curve circular pipes
The invention relates to a space multi-curve round pipe assembling method. The method comprises the steps that firstly, a multi-curve pipe needing to be assembled is converted into a three-dimensional drawing; 2, setting a three-dimensional coordinate system; 3, the camber direction is adjusted; step 4, marking the port position of each circular tube; 5, setting a reference line; step 6, setting a re-checking point at the upper part of the single-curve circular tube; 7, auxiliary contents such as the size of a through opening, the overall length of the component and the serial number of a single curved bar are marked; 8, the multi-curved pipe is spliced in a horizontal mode; 9, two end points of the multi-curve circular pipe are arranged; 10, measuring in the Z direction through a level gauge and a box staff; step 11, measuring the size of each port and the reference line in the placing process of the rod piece; 12, adjusting the position of the circular tube according to a rechecking point at the upper part of the circular tube; and step 13, re-checking. According to the method, the construction cost is reduced, the method can adapt to a poor construction site, and the adaptability of multi-curved-pipe assembly to the site is enhanced.
本发明涉及一种空间多曲圆管拼装方法，步骤1：先将需要拼装的多曲管的转换为三维图纸；步骤2：设置三维坐标系；步骤3：调整拱度方向；步骤4：对各个圆管的端口位置处进行标注；步骤5：设置参考线；步骤6：单曲圆管上部设置复核点；步骤7：标记贯口尺寸、构件总体长度、单曲杆件编号等辅助内容；步骤8：多曲管采用卧拼的方式进行；步骤9：将多曲圆管两个端点设置；步骤10：Z方向通过水准仪与塔尺进行测量；步骤11：将杆件摆放过程中测量各个端口与参考线的尺寸；步骤12：根据圆管上部的复核点的对圆管位置进行调整；步骤13：复核。本发明降低施工成本，可以适应较差的施工场地，强化了多曲管拼装对场地的适应性。
Splicing method for spatial multi-curve circular pipes
一种空间多曲圆管拼装方法
MA SHENGJUN (Autor:in) / WANG WEI (Autor:in) / LIU JIE (Autor:in) / HUANG XIN (Autor:in) / HAN JIALEI (Autor:in)
12.09.2023
Patent
Elektronische Ressource
Chinesisch
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