A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Well pipe assembly, water intake structure and construction method of water intake structure
The invention discloses a well casing assembly, a water intake building and a construction method of the water intake building, the well casing assembly comprises a well casing, the wall of the well casing is permeable, and the outer diameter of the well casing is gradually increased from top to bottom; the inner supporting unit comprises an annular base, a supporting cylinder and a plurality of buffering pads, the supporting cylinder is arranged on the annular base and is coaxial with the annular base, the buffering pads are arranged around the supporting cylinder, a gap is formed between every two adjacent buffering pads, the supporting cylinder is arranged in the bottom of the well casing in a penetrating mode, and the buffering pads abut against the inner side wall of the well casing. The inner supporting unit is arranged in the bottom of the well casing, and the inner supporting unit supports the inner side wall of the well casing, so that the risk that the well casing is crushed and collapsed can be reduced.
本发明公开了一种井管组件、取水建筑物以及取水建筑物的施工方法，井管组件，包括：井管，井管的管壁能够透水，且井管的外径从上至下逐渐增大；内支撑单元，内支撑单元包括环形底座、设置于环形底座上并与环形底座同轴设置的支撑筒、以及环绕支撑筒设置的多个缓冲垫，每相邻两个缓冲垫之间均具有间隙，支撑筒穿设在井管的底部内、并使多个缓冲垫均与井管的内侧壁相抵。通过在井管的底部内设置内支撑单元，并使得内支撑单元支撑井管的内侧壁，可以降低井管被压坏而坍塌的风险。
Well pipe assembly, water intake structure and construction method of water intake structure
The invention discloses a well casing assembly, a water intake building and a construction method of the water intake building, the well casing assembly comprises a well casing, the wall of the well casing is permeable, and the outer diameter of the well casing is gradually increased from top to bottom; the inner supporting unit comprises an annular base, a supporting cylinder and a plurality of buffering pads, the supporting cylinder is arranged on the annular base and is coaxial with the annular base, the buffering pads are arranged around the supporting cylinder, a gap is formed between every two adjacent buffering pads, the supporting cylinder is arranged in the bottom of the well casing in a penetrating mode, and the buffering pads abut against the inner side wall of the well casing. The inner supporting unit is arranged in the bottom of the well casing, and the inner supporting unit supports the inner side wall of the well casing, so that the risk that the well casing is crushed and collapsed can be reduced.
本发明公开了一种井管组件、取水建筑物以及取水建筑物的施工方法，井管组件，包括：井管，井管的管壁能够透水，且井管的外径从上至下逐渐增大；内支撑单元，内支撑单元包括环形底座、设置于环形底座上并与环形底座同轴设置的支撑筒、以及环绕支撑筒设置的多个缓冲垫，每相邻两个缓冲垫之间均具有间隙，支撑筒穿设在井管的底部内、并使多个缓冲垫均与井管的内侧壁相抵。通过在井管的底部内设置内支撑单元，并使得内支撑单元支撑井管的内侧壁，可以降低井管被压坏而坍塌的风险。
Well pipe assembly, water intake structure and construction method of water intake structure
井管组件、取水建筑物以及取水建筑物的施工方法
XIAO YULIANG (author) / YANG SHIBIN (author) / PENG ZHAO (author) / YAN XINGHUA (author) / ZHANG ZHIGANG (author) / HUANG YU (author) / WANG XU (author) / BAO LINHAN (author) / SHI ZHAOYI (author) / ZHANG NA (author)
2023-08-04
Patent
Electronic Resource
Chinese