A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for improving installation perpendicularity precision of bridge cylindrical pier formwork
The invention discloses a construction method for improving the installation perpendicularity precision of a bridge cylindrical pier formwork, and relates to the technical field of bridge pier columns. The construction structure for improving the installation perpendicularity precision of the bridge cylindrical pier formwork comprises an L-shaped total station small prism, a cable rope, a total station, a pier column formwork, an operation platform, a ground fixing device, a ground, a pier column bottom positioning steel bar, a cable rope adjustable device and a safety crawling ladder, and further comprises software installed in a mobile phone of an operator, namely a construction calculator. According to the construction method for improving the installation perpendicularity precision of the bridge cylindrical pier formwork, the perpendicularity of a pier column after pouring is guaranteed, then the accuracy of follow-up beam covering work is guaranteed, and the work of linking bridges is continuously conducted; the perpendicularity of the pier column is improved, so that the load of the upper structure of the bridge can be effectively transmitted, and the durability and reliability of the bridge pier column are improved.
本发明公开了一种提高桥梁圆柱墩模板安装垂直度精度的施工方法，涉及桥梁墩柱技术领域。该提高桥梁圆柱墩模板安装垂直度精度的施工结构，包括L型全站仪小棱镜、缆风绳、全站仪、墩柱模板、操作平台、地面固定装置、地面、墩柱底定位钢筋、缆风绳可调节装置、安全爬梯，还包括安装在操作人员手机里的软件：建工计算器。该提高桥梁圆柱墩模板安装垂直度精度的施工方法，保证了墩柱浇筑后的垂直度，进而保证了后续盖梁工作的准确性，使桥梁环环相扣的工作得以连续进行；提高墩柱的垂直度能使桥梁上部结构荷载进行有效的传递，延长了桥梁墩柱的耐久性和可靠性。
Construction method for improving installation perpendicularity precision of bridge cylindrical pier formwork
The invention discloses a construction method for improving the installation perpendicularity precision of a bridge cylindrical pier formwork, and relates to the technical field of bridge pier columns. The construction structure for improving the installation perpendicularity precision of the bridge cylindrical pier formwork comprises an L-shaped total station small prism, a cable rope, a total station, a pier column formwork, an operation platform, a ground fixing device, a ground, a pier column bottom positioning steel bar, a cable rope adjustable device and a safety crawling ladder, and further comprises software installed in a mobile phone of an operator, namely a construction calculator. According to the construction method for improving the installation perpendicularity precision of the bridge cylindrical pier formwork, the perpendicularity of a pier column after pouring is guaranteed, then the accuracy of follow-up beam covering work is guaranteed, and the work of linking bridges is continuously conducted; the perpendicularity of the pier column is improved, so that the load of the upper structure of the bridge can be effectively transmitted, and the durability and reliability of the bridge pier column are improved.
本发明公开了一种提高桥梁圆柱墩模板安装垂直度精度的施工方法，涉及桥梁墩柱技术领域。该提高桥梁圆柱墩模板安装垂直度精度的施工结构，包括L型全站仪小棱镜、缆风绳、全站仪、墩柱模板、操作平台、地面固定装置、地面、墩柱底定位钢筋、缆风绳可调节装置、安全爬梯，还包括安装在操作人员手机里的软件：建工计算器。该提高桥梁圆柱墩模板安装垂直度精度的施工方法，保证了墩柱浇筑后的垂直度，进而保证了后续盖梁工作的准确性，使桥梁环环相扣的工作得以连续进行；提高墩柱的垂直度能使桥梁上部结构荷载进行有效的传递，延长了桥梁墩柱的耐久性和可靠性。
Construction method for improving installation perpendicularity precision of bridge cylindrical pier formwork
一种提高桥梁圆柱墩模板安装垂直度精度的施工方法
ZHAO JIANXUE (author) / FANG YI (author) / ZHANG JIE (author)
2023-06-23
Patent
Electronic Resource
Chinese
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