A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a steel pipe pile foundation structure which comprises a steel pipe pile and a foundation, a reinforcing pile is mounted outside the lower half section of the steel pipe pile, and the lower half section of the steel pipe pile is vertically inserted into the foundation; a frame beam is arranged above the steel pipe pile, and spring steel is arranged on the two sides of the steel pipe pile respectively. Anti-sinking pieces corresponding to the steel pipe piles and the spring steel are arranged on the foundation, and the anti-sinking pieces are connected to the steel pipe piles and the spring steel; foundation beam columns are arranged on the foundation, and reinforcing ribs are connected between the steel pipe piles and the foundation beam columns. The foundation beam columns are arranged on the foundation, and the adjacent steel pipe piles are connected to the foundation beam columns through the reinforcing ribs, so that the stability is enhanced. In addition, the steel pipe pile achieves the anti-sinking effect through the anti-sinking piece arranged on the foundation, and the anti-seismic effect is improved through the arranged spring steel. Furthermore, the reinforcing piles are installed outside the lower half sections of the steel pipe piles and connected to the steel bar plates in the foundation through the steel bars, and the stability of the steel pipe piles is further improved.
本发明提供一种钢管桩地基基础结构，包括钢管桩和地基基础，钢管桩的下半段外安装有加固桩，钢管桩的下半段竖直插入地基基础内；钢管桩的上方设置有框架梁，钢管桩的两侧分别设有弹簧钢；地基基础上设有与钢管桩和弹簧钢相对应的抗沉件，抗沉件连接于钢管桩和弹簧钢；地基基础上设有地基梁柱，钢管桩与地基梁柱之间连接有加强筋。本发明在地基基础上设置的地基梁柱，相邻的钢管桩通过加强筋连接在地基梁柱上增强了稳定度。此外，钢管桩又通过设置在地基基础上的抗沉件达到抗沉效果，通过设置的弹簧钢提升抗震效果。再者，在钢管桩的下半段外安装有加固桩，通过钢筋连接在地基基础内的钢筋板上，进一步提升钢管桩的稳定度。
The invention provides a steel pipe pile foundation structure which comprises a steel pipe pile and a foundation, a reinforcing pile is mounted outside the lower half section of the steel pipe pile, and the lower half section of the steel pipe pile is vertically inserted into the foundation; a frame beam is arranged above the steel pipe pile, and spring steel is arranged on the two sides of the steel pipe pile respectively. Anti-sinking pieces corresponding to the steel pipe piles and the spring steel are arranged on the foundation, and the anti-sinking pieces are connected to the steel pipe piles and the spring steel; foundation beam columns are arranged on the foundation, and reinforcing ribs are connected between the steel pipe piles and the foundation beam columns. The foundation beam columns are arranged on the foundation, and the adjacent steel pipe piles are connected to the foundation beam columns through the reinforcing ribs, so that the stability is enhanced. In addition, the steel pipe pile achieves the anti-sinking effect through the anti-sinking piece arranged on the foundation, and the anti-seismic effect is improved through the arranged spring steel. Furthermore, the reinforcing piles are installed outside the lower half sections of the steel pipe piles and connected to the steel bar plates in the foundation through the steel bars, and the stability of the steel pipe piles is further improved.
本发明提供一种钢管桩地基基础结构，包括钢管桩和地基基础，钢管桩的下半段外安装有加固桩，钢管桩的下半段竖直插入地基基础内；钢管桩的上方设置有框架梁，钢管桩的两侧分别设有弹簧钢；地基基础上设有与钢管桩和弹簧钢相对应的抗沉件，抗沉件连接于钢管桩和弹簧钢；地基基础上设有地基梁柱，钢管桩与地基梁柱之间连接有加强筋。本发明在地基基础上设置的地基梁柱，相邻的钢管桩通过加强筋连接在地基梁柱上增强了稳定度。此外，钢管桩又通过设置在地基基础上的抗沉件达到抗沉效果，通过设置的弹簧钢提升抗震效果。再者，在钢管桩的下半段外安装有加固桩，通过钢筋连接在地基基础内的钢筋板上，进一步提升钢管桩的稳定度。
| European Patent Office | 2016