Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hoisting construction method for shielding steel column position of foundation pit supporting beam
The invention relates to a hoisting construction method for a foundation pit supporting beam to shield a steel column position, and belongs to the technical field of building construction.The foundation pit supporting beam and a to-be-mounted steel column are included, the side edge of the foundation pit supporting beam is provided with a C-shaped receding groove connected with the foundation pit supporting beam in an assembled mode, and the upper end of the foundation pit supporting beam is provided with a tower crane; the upper end of the C-shaped avoiding groove is provided with an upper lifting lug connected with a tower crane in a hooked mode, the lower end of the C-shaped avoiding groove is provided with a steel column to be installed, an electric hoist is arranged between the steel column to be installed and the C-shaped avoiding groove, and the side edge of the opening end of the lower portion of the C-shaped avoiding groove is provided with a weight box integrally welded with the C-shaped avoiding groove. The device has the characteristics of good operation stability, convenient operation and high efficiency. The C-shaped avoiding groove is adopted to avoid the foundation pit supporting beam, the electric hoist controls the steel column to be installed to descend to the installation position, under the condition that the supporting beam is not dismantled, the supporting beam is avoided, and one-time hoisting in-position is achieved.
本发明涉及一种用于基坑支护梁遮挡钢柱柱位的吊装施工方法，所属建筑施工技术领域，包括基坑支护梁和待装钢柱，所述的基坑支护梁侧边设有与基坑支护梁相装配式连接的C型避让槽，所述的基坑支护梁上端设有塔吊，所述的C型避让槽上端设有与塔吊相勾接的上吊耳，所述的C型避让槽下端设有待装钢柱，所述的待装钢柱与C型避让槽间设有电动葫芦，所述的C型避让槽下部开口端侧边设有与C型避让槽呈一体化焊接的配重箱。具有运行稳定性好、操作便捷和效率高的特点。采用C型避让槽避开基坑支护梁，通过电动葫芦控制待装钢柱下降至安装位置，实现在不拆除支护梁的情况下，避让开支护梁，实现一次吊装就位。
Hoisting construction method for shielding steel column position of foundation pit supporting beam
The invention relates to a hoisting construction method for a foundation pit supporting beam to shield a steel column position, and belongs to the technical field of building construction.The foundation pit supporting beam and a to-be-mounted steel column are included, the side edge of the foundation pit supporting beam is provided with a C-shaped receding groove connected with the foundation pit supporting beam in an assembled mode, and the upper end of the foundation pit supporting beam is provided with a tower crane; the upper end of the C-shaped avoiding groove is provided with an upper lifting lug connected with a tower crane in a hooked mode, the lower end of the C-shaped avoiding groove is provided with a steel column to be installed, an electric hoist is arranged between the steel column to be installed and the C-shaped avoiding groove, and the side edge of the opening end of the lower portion of the C-shaped avoiding groove is provided with a weight box integrally welded with the C-shaped avoiding groove. The device has the characteristics of good operation stability, convenient operation and high efficiency. The C-shaped avoiding groove is adopted to avoid the foundation pit supporting beam, the electric hoist controls the steel column to be installed to descend to the installation position, under the condition that the supporting beam is not dismantled, the supporting beam is avoided, and one-time hoisting in-position is achieved.
本发明涉及一种用于基坑支护梁遮挡钢柱柱位的吊装施工方法，所属建筑施工技术领域，包括基坑支护梁和待装钢柱，所述的基坑支护梁侧边设有与基坑支护梁相装配式连接的C型避让槽，所述的基坑支护梁上端设有塔吊，所述的C型避让槽上端设有与塔吊相勾接的上吊耳，所述的C型避让槽下端设有待装钢柱，所述的待装钢柱与C型避让槽间设有电动葫芦，所述的C型避让槽下部开口端侧边设有与C型避让槽呈一体化焊接的配重箱。具有运行稳定性好、操作便捷和效率高的特点。采用C型避让槽避开基坑支护梁，通过电动葫芦控制待装钢柱下降至安装位置，实现在不拆除支护梁的情况下，避让开支护梁，实现一次吊装就位。
Hoisting construction method for shielding steel column position of foundation pit supporting beam
用于基坑支护梁遮挡钢柱柱位的吊装施工方法
ZHOU GUANGEN (Autor:in) / HE YUNFEI (Autor:in) / WU XUDONG (Autor:in) / CHEN WANG (Autor:in) / NI JIAXIN (Autor:in) / SHEN ZHENQUAN (Autor:in)
01.09.2023
Patent
Elektronische Ressource
Chinesisch
| Europäisches Patentamt | 2024
| Europäisches Patentamt | 2020
| Europäisches Patentamt | 2021