A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel slide way displacement technology and construction method
The invention discloses a steel slide way displacement technology and a construction method. Displacement is divided into two conditions of translation and rotation. The core thought of the invention is that the gravity of the building is dispersedly transmitted to the ground by using the steel slideways, the building is pushed from the back of the moving direction by using the self-tension of the steel slideways, and the moving direction of the building is limited by using the guide rails, so that the aim of shifting the building is fulfilled. During translation, a linear steel slideway is matched with a linear guide rail, and during rotation, an arc steel slideway is matched with an arc guide rail. Before shifting, a steel slide way is laid below the building, a plurality of universal ball sets are placed on the steel slide way, tray beams are poured on the universal ball sets, after the tray beams reach the strength, the building and an original foundation are cut off, gravity bearing of the building is converted from the original foundation to the mode of tray beam-universal ball set-steel slide way-ground, and a jack is started to push the tray beams; the steel slide way provides counter force behind movement, and displacement of the building is achieved through rolling between the universal ball set and the steel slide way.
本发明公开了一种钢滑道移位技术及施工方法，其中移位分为平移和旋转两种情况。本发明的核心思路就是利用钢滑道将建筑物的重力分散地传给地面、利用钢滑道自身受拉从运动方向后方顶推建筑物、利用导轨限定建筑物的移动方向，达到建筑物移位的目的。平移时用直线钢滑道配直线导轨，旋转时用圆弧钢滑道配圆弧导轨。移位前在建筑物下面铺设钢滑道，钢滑道上面摆放若干个万向球组，万向球组上面浇筑托盘梁，托盘梁达到强度后将建筑物与原基础切断，建筑物的重力承载由原基础转换成托盘梁‑万向球组‑钢滑道‑地面，启动千斤顶推动托盘梁，由钢滑道提供运动后方反力，通过万向球组与钢滑道之间的滚动实现建筑物的移位。
Steel slide way displacement technology and construction method
The invention discloses a steel slide way displacement technology and a construction method. Displacement is divided into two conditions of translation and rotation. The core thought of the invention is that the gravity of the building is dispersedly transmitted to the ground by using the steel slideways, the building is pushed from the back of the moving direction by using the self-tension of the steel slideways, and the moving direction of the building is limited by using the guide rails, so that the aim of shifting the building is fulfilled. During translation, a linear steel slideway is matched with a linear guide rail, and during rotation, an arc steel slideway is matched with an arc guide rail. Before shifting, a steel slide way is laid below the building, a plurality of universal ball sets are placed on the steel slide way, tray beams are poured on the universal ball sets, after the tray beams reach the strength, the building and an original foundation are cut off, gravity bearing of the building is converted from the original foundation to the mode of tray beam-universal ball set-steel slide way-ground, and a jack is started to push the tray beams; the steel slide way provides counter force behind movement, and displacement of the building is achieved through rolling between the universal ball set and the steel slide way.
本发明公开了一种钢滑道移位技术及施工方法，其中移位分为平移和旋转两种情况。本发明的核心思路就是利用钢滑道将建筑物的重力分散地传给地面、利用钢滑道自身受拉从运动方向后方顶推建筑物、利用导轨限定建筑物的移动方向，达到建筑物移位的目的。平移时用直线钢滑道配直线导轨，旋转时用圆弧钢滑道配圆弧导轨。移位前在建筑物下面铺设钢滑道，钢滑道上面摆放若干个万向球组，万向球组上面浇筑托盘梁，托盘梁达到强度后将建筑物与原基础切断，建筑物的重力承载由原基础转换成托盘梁‑万向球组‑钢滑道‑地面，启动千斤顶推动托盘梁，由钢滑道提供运动后方反力，通过万向球组与钢滑道之间的滚动实现建筑物的移位。
Steel slide way displacement technology and construction method
钢滑道移位技术及施工方法
GAO ZUOPING (author) / LIAO JIEHONG (author) / ZHANG CHANG (author) / ZHOU ZHIYONG (author) / ZU GUODONG (author) / HAN HAN (author) / YU CHAO (author) / TAN XINGZHOU (author)
2024-04-26
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Steel slide way translation technology and construction method
| European Patent Office | 2024
Steel slide way jacking technology and construction method
| European Patent Office | 2023
Steel slide way for jacking displacement and installation method
| European Patent Office | 2024
Fixed point traction and slide rail displacement hoisting device and hoisting construction method
| European Patent Office | 2015