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Steel pipe combination tower flange type tower foot plate foundation bolt pre-embedding and dislocation rectification and installation method
The invention discloses a steel pipe combination tower flange type tower foot plate foundation bolt pre-burying dislocation rectification installation method. The method comprises the steps that information of installed dislocation foundation bolts is measured; the information is imported into an iron tower calculation model to redesign a flange type tower foot plate, so that screw holes in the flange type tower foot plate are in one-to-one correspondence with installed foundation bolts, and performance indexes of the flange type tower foot plate meet design requirements; the top face of the foundation is leveled before installation, and the flange type tower foot plate is installed on the top face of the foundation and makes tight contact with the top face of the foundation; tower leg main materials and tower leg inclined materials of the steel pipe combined iron tower are installed on the flange type tower foot plate according to requirements. According to the method, the specification, the model, the position and the deflection angle of the installed foundation bolt are positioned, an iron tower calculation model is imported, and the flange type tower foot plate is recalculated and machined, so that the installation and fixation of the tower leg and the tower foot plate are recovered on the basis of ensuring that the foundation is not damaged and reworked and the pre-buried and installed foundation bolt is fully utilized.
本发明公开了一种钢管组合塔法兰式塔脚板地脚螺栓预埋错位整改安装方法,包括:测量错位的已安装地脚螺栓的信息;将所述信息导入铁塔计算模型中重新设计法兰式塔脚板,使得所述法兰式塔脚板上的螺孔与已安装地脚螺栓一一对应,且所述法兰式塔脚板的性能指标满足设计要求;安装前先对基础顶面进行找平处理,将法兰式塔脚板安装于基础顶面上并与基础顶面接触密实;按要求在法兰式塔脚板上安装钢管组合铁塔的塔腿主材、塔腿斜材。本发明通过通过定位已安装地脚螺栓的规格型号、位置及偏角,导入铁塔计算模型,重新计算并加工法兰式塔脚板,在保证基础不被破损返工并充分利用已预埋安装的地脚螺栓的基础上,恢复塔腿及塔脚板的安装固定。
Steel pipe combination tower flange type tower foot plate foundation bolt pre-embedding and dislocation rectification and installation method
The invention discloses a steel pipe combination tower flange type tower foot plate foundation bolt pre-burying dislocation rectification installation method. The method comprises the steps that information of installed dislocation foundation bolts is measured; the information is imported into an iron tower calculation model to redesign a flange type tower foot plate, so that screw holes in the flange type tower foot plate are in one-to-one correspondence with installed foundation bolts, and performance indexes of the flange type tower foot plate meet design requirements; the top face of the foundation is leveled before installation, and the flange type tower foot plate is installed on the top face of the foundation and makes tight contact with the top face of the foundation; tower leg main materials and tower leg inclined materials of the steel pipe combined iron tower are installed on the flange type tower foot plate according to requirements. According to the method, the specification, the model, the position and the deflection angle of the installed foundation bolt are positioned, an iron tower calculation model is imported, and the flange type tower foot plate is recalculated and machined, so that the installation and fixation of the tower leg and the tower foot plate are recovered on the basis of ensuring that the foundation is not damaged and reworked and the pre-buried and installed foundation bolt is fully utilized.
本发明公开了一种钢管组合塔法兰式塔脚板地脚螺栓预埋错位整改安装方法,包括:测量错位的已安装地脚螺栓的信息;将所述信息导入铁塔计算模型中重新设计法兰式塔脚板,使得所述法兰式塔脚板上的螺孔与已安装地脚螺栓一一对应,且所述法兰式塔脚板的性能指标满足设计要求;安装前先对基础顶面进行找平处理,将法兰式塔脚板安装于基础顶面上并与基础顶面接触密实;按要求在法兰式塔脚板上安装钢管组合铁塔的塔腿主材、塔腿斜材。本发明通过通过定位已安装地脚螺栓的规格型号、位置及偏角,导入铁塔计算模型,重新计算并加工法兰式塔脚板,在保证基础不被破损返工并充分利用已预埋安装的地脚螺栓的基础上,恢复塔腿及塔脚板的安装固定。
Steel pipe combination tower flange type tower foot plate foundation bolt pre-embedding and dislocation rectification and installation method
一种钢管组合塔法兰式塔脚板地脚螺栓预埋错位整改安装方法
ZHANG JUN (Autor:in) / WANG NAN (Autor:in) / XIE WENSHENG (Autor:in) / LI ZHAOCHUN (Autor:in) / HUA JIANKUN (Autor:in) / ZHANG PENG (Autor:in) / YANG SHAOQING (Autor:in) / JU KE (Autor:in) / YU QICHUN (Autor:in)
12.03.2024
Patent
Elektronische Ressource
Chinesisch
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