A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bottom shaft mounting method of steel plate dam
The invention discloses a bottom shaft mounting method for a steel plate dam. The bottom shaft mounting method comprises the following steps: 1) surveying and setting out; (2) a bottom shaft supporting piece is installed; (3) a concrete base is poured; and 4) lifting the bottom shaft. Through the design that the concrete base and the construction plane are poured into the integrated structure, the placement firmness of each bottom shaft supporting piece on the construction plane is ensured, displacement, dislocation and the like of the bottom shaft supporting pieces are effectively limited, it is ensured that the bottom shaft supporting pieces stably support the bottom shaft, meanwhile, the two ends and the two sides of the supporting base are reinforced, and the supporting effect is improved. The structural firmness and stability of the whole structure are effectively guaranteed, the height and the transverse position of the upper supporting base directly making contact with the bottom shaft can be properly and finely adjusted after the bottom shaft supporting piece is installed through further design of the structure of the bottom shaft supporting piece, and therefore accurate positioning between the upper supporting bases on each bottom shaft supporting piece is guaranteed, the installation error is reduced, and the installation efficiency is improved. Therefore, the actual construction quality is improved through accurate positioning adjustment of the upper supporting seat.
本发明公开了一种钢板坝的底轴安装方法，包括如下步骤：1)测量放线；2)底轴支撑件的安装；3)浇筑混凝土基座；4)底轴的吊放。本发明通过混凝土基座与施工平面浇筑成一体结构的设计，确保每个底轴支撑件在施工平面上的安放牢固性，有效限制底轴支撑件的位移、错位等，确保底轴支撑件对底轴的稳固支撑，同时从支撑座的两端和两侧进行加固加强，有效确保整体结构牢固性和稳固性，且通过对底轴支撑件结构的进一步设计，使得底轴支撑件安装后，与底轴直接接触的上支撑座的高度和横向位置可以进行适当微调，从而确保每个底轴支撑件上的上支撑座之间精准定位，减少安装误差，从而通过上支撑座的精准定位调节，提高实际的施工质量。
Bottom shaft mounting method of steel plate dam
The invention discloses a bottom shaft mounting method for a steel plate dam. The bottom shaft mounting method comprises the following steps: 1) surveying and setting out; (2) a bottom shaft supporting piece is installed; (3) a concrete base is poured; and 4) lifting the bottom shaft. Through the design that the concrete base and the construction plane are poured into the integrated structure, the placement firmness of each bottom shaft supporting piece on the construction plane is ensured, displacement, dislocation and the like of the bottom shaft supporting pieces are effectively limited, it is ensured that the bottom shaft supporting pieces stably support the bottom shaft, meanwhile, the two ends and the two sides of the supporting base are reinforced, and the supporting effect is improved. The structural firmness and stability of the whole structure are effectively guaranteed, the height and the transverse position of the upper supporting base directly making contact with the bottom shaft can be properly and finely adjusted after the bottom shaft supporting piece is installed through further design of the structure of the bottom shaft supporting piece, and therefore accurate positioning between the upper supporting bases on each bottom shaft supporting piece is guaranteed, the installation error is reduced, and the installation efficiency is improved. Therefore, the actual construction quality is improved through accurate positioning adjustment of the upper supporting seat.
本发明公开了一种钢板坝的底轴安装方法，包括如下步骤：1)测量放线；2)底轴支撑件的安装；3)浇筑混凝土基座；4)底轴的吊放。本发明通过混凝土基座与施工平面浇筑成一体结构的设计，确保每个底轴支撑件在施工平面上的安放牢固性，有效限制底轴支撑件的位移、错位等，确保底轴支撑件对底轴的稳固支撑，同时从支撑座的两端和两侧进行加固加强，有效确保整体结构牢固性和稳固性，且通过对底轴支撑件结构的进一步设计，使得底轴支撑件安装后，与底轴直接接触的上支撑座的高度和横向位置可以进行适当微调，从而确保每个底轴支撑件上的上支撑座之间精准定位，减少安装误差，从而通过上支撑座的精准定位调节，提高实际的施工质量。
Bottom shaft mounting method of steel plate dam
一种钢板坝的底轴安装方法
WANG DONGWU (author) / ZHU JUN (author) / SANG SONGLING (author) / MA JIANXIN (author) / WEN XIAODONG (author) / ZOU XUN (author)
2023-08-01
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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