A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Underground diaphragm wall embedded steel bar positioning method
The invention relates to an underground diaphragm wall embedded steel bar positioning method which comprises the following steps: S1, in a preparation working stage, in addition to platform stability inspection and surface cleaning, a worker needs to be ensured to wear personal protection equipment, receive safety training, evaluate the surrounding environment, arrange a safety mark and an isolation fence, prevent unauthorized personnel from entering a construction area, and improve the safety of the construction area; the safety risk is reduced to the greatest extent; and S2, a fine process and strict quality control are needed for manufacturing the top reinforcing truss, when angle steel is selected, surface quality is checked, defects and damage are avoided, good ventilation is needed for machining and welding, smoke dust and harmful gas are ensured to be discharged, a standard welding process and proper current and voltage are adopted, and welding joints are reinforced so as to improve the stability and the structural bearing capacity of the truss. The positioning precision and protection measures of the embedded steel bars can be improved, the common structural safety problem in deep foundation pit construction is effectively solved, and the safety and efficiency of building construction are remarkably improved.
本发明涉及一种地下连续墙预埋钢筋定位方法，包括以下步骤：S1、在准备工作阶段，除了检查平台稳固性和清理表面外，还需确保工人穿戴个人防护装备，接受安全培训，评估周围环境，设置安全标志和隔离栏，防止未授权人员进入施工区，最大程度减少安全风险；S2、制作顶部加强桁架需精细工艺和严格质量控制，选择角钢时，检查表面质量，避免缺陷和损伤，加工焊接需通风良好，确保排除烟尘和有害气体，采用标准焊接工艺和适当电流电压，加强焊接接头以提高桁架稳定性和结构承载能力。本发明可以提高预埋钢筋的定位精度和保护措施，有效地解决了深基坑施工中常见的结构安全问题，显著提升了建筑施工的安全性和效率。
Underground diaphragm wall embedded steel bar positioning method
The invention relates to an underground diaphragm wall embedded steel bar positioning method which comprises the following steps: S1, in a preparation working stage, in addition to platform stability inspection and surface cleaning, a worker needs to be ensured to wear personal protection equipment, receive safety training, evaluate the surrounding environment, arrange a safety mark and an isolation fence, prevent unauthorized personnel from entering a construction area, and improve the safety of the construction area; the safety risk is reduced to the greatest extent; and S2, a fine process and strict quality control are needed for manufacturing the top reinforcing truss, when angle steel is selected, surface quality is checked, defects and damage are avoided, good ventilation is needed for machining and welding, smoke dust and harmful gas are ensured to be discharged, a standard welding process and proper current and voltage are adopted, and welding joints are reinforced so as to improve the stability and the structural bearing capacity of the truss. The positioning precision and protection measures of the embedded steel bars can be improved, the common structural safety problem in deep foundation pit construction is effectively solved, and the safety and efficiency of building construction are remarkably improved.
本发明涉及一种地下连续墙预埋钢筋定位方法，包括以下步骤：S1、在准备工作阶段，除了检查平台稳固性和清理表面外，还需确保工人穿戴个人防护装备，接受安全培训，评估周围环境，设置安全标志和隔离栏，防止未授权人员进入施工区，最大程度减少安全风险；S2、制作顶部加强桁架需精细工艺和严格质量控制，选择角钢时，检查表面质量，避免缺陷和损伤，加工焊接需通风良好，确保排除烟尘和有害气体，采用标准焊接工艺和适当电流电压，加强焊接接头以提高桁架稳定性和结构承载能力。本发明可以提高预埋钢筋的定位精度和保护措施，有效地解决了深基坑施工中常见的结构安全问题，显著提升了建筑施工的安全性和效率。
Underground diaphragm wall embedded steel bar positioning method
一种地下连续墙预埋钢筋定位方法
LI XINGXING (author) / FU JUN (author) / ZHOU SHUHAN (author)
2024-08-20
Patent
Electronic Resource
Chinese
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