Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Underground mechanism anti-floating design method and novel anti-floating measure structure
The invention discloses an underground mechanism anti-floating design method and a novel anti-floating measure structure. The structure comprise a base, reinforcing angle iron, straight rods, ends, asteel pipe, open grooves, a lantern ring, and fixing frameworks. The reinforcing angle iron and the straight rods are of annular structures arranged in a one-to-one correspondence mode; the areas of the small face ends of the lower ends of the ends are the same as the sectional areas of the top ends of the straight rods, and the areas of the large face ends of the upper ends of the ends are twicethe areas of the small face ends; a plurality of steel strands are arranged inside the steel pipe; the distance between the end of each of the open grooves and each of the lantern rings is 5-10 cm, and the upper end of each of the open grooves exceeds each of the straight rods by 10-20 cm; the number of the fixing frameworks is at least two, and the fixing frameworks are up-down-symmetrically arranged. The underground mechanism anti-floating design method and the novel anti-floating measure structure have the beneficial effects that the life safety of constructors is guaranteed; and meanwhile,the construction difficulty is low, drilling installation is easy, and the method and the structure are suitable for application and popularization.
本发明公开了一种地下机构抗浮设计方法及新型抗浮措施结构，包括底座、加固角铁、直杆、端头、钢管、开口槽、套环和固定骨架，所述加固角铁和直杆为一一对应设置的环状结构，所述端头的下端小面端的面积和直杆的顶端截面积相同，上端大面端的面积是小面端的2倍，所述钢管内设置有钢绞线若干钢绞线，所述开口槽的端距离套环5‑10cm，上端超出直杆10‑20cm，所述固定骨架最少为2个，且上下对称设置，本发明的有益效果是：该一种地下机构抗浮设计方法，不仅保护了施工人员的生命安全，同时施工难度低，钻孔安装容易，适合推广使用。
Underground mechanism anti-floating design method and novel anti-floating measure structure
The invention discloses an underground mechanism anti-floating design method and a novel anti-floating measure structure. The structure comprise a base, reinforcing angle iron, straight rods, ends, asteel pipe, open grooves, a lantern ring, and fixing frameworks. The reinforcing angle iron and the straight rods are of annular structures arranged in a one-to-one correspondence mode; the areas of the small face ends of the lower ends of the ends are the same as the sectional areas of the top ends of the straight rods, and the areas of the large face ends of the upper ends of the ends are twicethe areas of the small face ends; a plurality of steel strands are arranged inside the steel pipe; the distance between the end of each of the open grooves and each of the lantern rings is 5-10 cm, and the upper end of each of the open grooves exceeds each of the straight rods by 10-20 cm; the number of the fixing frameworks is at least two, and the fixing frameworks are up-down-symmetrically arranged. The underground mechanism anti-floating design method and the novel anti-floating measure structure have the beneficial effects that the life safety of constructors is guaranteed; and meanwhile,the construction difficulty is low, drilling installation is easy, and the method and the structure are suitable for application and popularization.
本发明公开了一种地下机构抗浮设计方法及新型抗浮措施结构，包括底座、加固角铁、直杆、端头、钢管、开口槽、套环和固定骨架，所述加固角铁和直杆为一一对应设置的环状结构，所述端头的下端小面端的面积和直杆的顶端截面积相同，上端大面端的面积是小面端的2倍，所述钢管内设置有钢绞线若干钢绞线，所述开口槽的端距离套环5‑10cm，上端超出直杆10‑20cm，所述固定骨架最少为2个，且上下对称设置，本发明的有益效果是：该一种地下机构抗浮设计方法，不仅保护了施工人员的生命安全，同时施工难度低，钻孔安装容易，适合推广使用。
Underground mechanism anti-floating design method and novel anti-floating measure structure
一种地下机构抗浮设计方法及新型抗浮措施结构
LIU FEI (Autor:in) / WANG QIANG (Autor:in) / WEI XIANG (Autor:in)
15.12.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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