A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Deep hole reinforcement cage hoisting I-shaped steel auxiliary support construction method
The invention discloses a deep hole reinforcement cage hoisting I-shaped steel auxiliary support construction method. During implementation; after the reinforcement cage is manufactured in sections, reinforcing stirrups are welded at proper positions of the reinforcement cage, and after the reinforcement cage is put down, the reinforcement cage is hung at the position of a construction orifice by using I-shaped steel and the reinforcing stirrups, so that the operation is simple, time-saving and labor-saving; the method is suitable for hoisting construction of various deep hole pile foundation reinforcement cages. The construction method has the engineering characteristics of small material investment, no need of processing and manufacturing, convenience in recycling, reusability, high construction efficiency, cost saving and the like. Compared with a traditional clamp, the construction method only uses I-shaped steel and reinforcing stirrups welded to the upper portion of the reinforcement cage as a reinforcement cage bearing system, operation is easy in the construction process, and recovery is convenient after construction is completed.
本发明公开了一种深孔钢筋笼吊装工字钢辅助支撑施工工法；实施时；钢筋笼分节制作完毕后，在钢筋笼适当位置焊接加强箍筋，钢筋笼下完后，利用工字钢及加强箍筋将钢筋笼悬挂于施工孔口位置，操作简单，省时省力；本发明适用于各种深孔桩基钢筋笼吊装施工。本工法具有材料投入小，且不需要加工制作，回收方便，可重复使用，施工效率高、节约成本等工程特点。与传统的卡具比较，工法仅通过工字钢以及在钢筋笼上部焊接的加强箍筋作为钢筋笼承重体系，施工过程中操作简单，施工完毕后回收方便。
Deep hole reinforcement cage hoisting I-shaped steel auxiliary support construction method
The invention discloses a deep hole reinforcement cage hoisting I-shaped steel auxiliary support construction method. During implementation; after the reinforcement cage is manufactured in sections, reinforcing stirrups are welded at proper positions of the reinforcement cage, and after the reinforcement cage is put down, the reinforcement cage is hung at the position of a construction orifice by using I-shaped steel and the reinforcing stirrups, so that the operation is simple, time-saving and labor-saving; the method is suitable for hoisting construction of various deep hole pile foundation reinforcement cages. The construction method has the engineering characteristics of small material investment, no need of processing and manufacturing, convenience in recycling, reusability, high construction efficiency, cost saving and the like. Compared with a traditional clamp, the construction method only uses I-shaped steel and reinforcing stirrups welded to the upper portion of the reinforcement cage as a reinforcement cage bearing system, operation is easy in the construction process, and recovery is convenient after construction is completed.
本发明公开了一种深孔钢筋笼吊装工字钢辅助支撑施工工法；实施时；钢筋笼分节制作完毕后，在钢筋笼适当位置焊接加强箍筋，钢筋笼下完后，利用工字钢及加强箍筋将钢筋笼悬挂于施工孔口位置，操作简单，省时省力；本发明适用于各种深孔桩基钢筋笼吊装施工。本工法具有材料投入小，且不需要加工制作，回收方便，可重复使用，施工效率高、节约成本等工程特点。与传统的卡具比较，工法仅通过工字钢以及在钢筋笼上部焊接的加强箍筋作为钢筋笼承重体系，施工过程中操作简单，施工完毕后回收方便。
Deep hole reinforcement cage hoisting I-shaped steel auxiliary support construction method
一种深孔钢筋笼吊装工字钢辅助支撑施工工法
XIONG JIANGCHUAN (author) / YANG HUI (author) / ZENG QIMING (author) / LI QINGLIU (author) / ZHANG HAN (author) / ZHANG GUOQIANG (author)
2022-05-27
Patent
Electronic Resource
Chinese
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