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A platform for research: civil engineering, architecture and urbanism
Elevator hoistway structure and construction method thereof
The invention provides an elevator hoistway structure and a construction method of the elevator hoistway structure. The elevator hoistway structure comprises a bottom pit, a hoistway frame and a protective plate member. The bottom pit is arranged underground, and the bottom pit is of a reinforced concrete structure. The hoistway frame comprises at least four parallel steel columns, and the at least four steel columns extend in a vertical direction and sequentially arranged in the circumferential direction of a hoistway. The bottoms of the steel columns are located underground and are fixedly connected to the top of the bottom pit. The tops of the steel columns extend to the position above the ground. The protective plate member comprises a first protective plate segment and a second protective plate segment, wherein the first protective plate segment surrounds the peripheries of the connecting positions of the at least four steel columns and the bottom pit, and the second protective plate section is defined at the peripheries of the at least four steel columns. One end of the second protective plate segment is hermetically connected with the first protective plate segment, and theother end of the second protective plate segment extends to the position above the ground. Through the above technical scheme, the floor area of the elevator hoistway structure above and near the ground can be reduced while the elevator hoistway structure reaches waterproof and anti-collision effects.
本发明提供一种电梯井道结构及其施工方法。电梯井道结构包括：底坑、井道框架以及防护板构件。底坑设置于地面之下，底坑为钢筋混凝土结构。井道框架包括至少四根相互平行的钢柱，至少四根钢柱分别沿竖直方向延伸且沿井道的周向依次排布。钢柱的底部位于地面之下且与底坑的顶部固定连接。钢柱的顶部伸出至地面之上。防护板构件包括第一防护板段和第二防护板段，第一防护板段围设于至少四根钢柱与底坑的连接处的外围。第二防护板段围设于至少四根钢柱的外围。第二防护板段的一端与第一防护板段密封连接，另一端伸出至地面以上。通过上述技术方案，在电梯井道结构达到防水和防撞的效果同时，能够减小电梯井道结构在地面之上接近地面处的占地面积。
Elevator hoistway structure and construction method thereof
The invention provides an elevator hoistway structure and a construction method of the elevator hoistway structure. The elevator hoistway structure comprises a bottom pit, a hoistway frame and a protective plate member. The bottom pit is arranged underground, and the bottom pit is of a reinforced concrete structure. The hoistway frame comprises at least four parallel steel columns, and the at least four steel columns extend in a vertical direction and sequentially arranged in the circumferential direction of a hoistway. The bottoms of the steel columns are located underground and are fixedly connected to the top of the bottom pit. The tops of the steel columns extend to the position above the ground. The protective plate member comprises a first protective plate segment and a second protective plate segment, wherein the first protective plate segment surrounds the peripheries of the connecting positions of the at least four steel columns and the bottom pit, and the second protective plate section is defined at the peripheries of the at least four steel columns. One end of the second protective plate segment is hermetically connected with the first protective plate segment, and theother end of the second protective plate segment extends to the position above the ground. Through the above technical scheme, the floor area of the elevator hoistway structure above and near the ground can be reduced while the elevator hoistway structure reaches waterproof and anti-collision effects.
本发明提供一种电梯井道结构及其施工方法。电梯井道结构包括：底坑、井道框架以及防护板构件。底坑设置于地面之下，底坑为钢筋混凝土结构。井道框架包括至少四根相互平行的钢柱，至少四根钢柱分别沿竖直方向延伸且沿井道的周向依次排布。钢柱的底部位于地面之下且与底坑的顶部固定连接。钢柱的顶部伸出至地面之上。防护板构件包括第一防护板段和第二防护板段，第一防护板段围设于至少四根钢柱与底坑的连接处的外围。第二防护板段围设于至少四根钢柱的外围。第二防护板段的一端与第一防护板段密封连接，另一端伸出至地面以上。通过上述技术方案，在电梯井道结构达到防水和防撞的效果同时，能够减小电梯井道结构在地面之上接近地面处的占地面积。
Elevator hoistway structure and construction method thereof
电梯井道结构及其施工方法
WANG LIFANG (author) / ZHANG HONG (author) / CHENG XIAOXI (author) / ZHU NING (author) / WANG QIANG (author) / QIN CHAO (author) / LIU JIAQI (author)
2020-11-27
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
| European Patent Office | 2024