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A platform for research: civil engineering, architecture and urbanism
Detachable operation platform for elevator shaft and construction method
The invention belongs to the technical field of elevator shaft operation platforms, and particularly relates to an elevator shaft detachable operation platform and a construction method. The elevator shaft detachable operation platform comprises tripod steel supports, high-strength screws, positioning nuts and a platform plate; a plurality of rows of tripod steel supports are pre-embedded in two opposite side walls of the elevator shaft from bottom to top at intervals; a vertical high-strength screw rod is fixedly arranged on the upper surface of one side, far away from the side wall, of a horizontal supporting plate of the tripod steel support; the two ends of the platform plate are in lap joint with the opposite horizontal supporting plates respectively, through holes are formed in the positions, corresponding to the high-strength screws, of the platform plate, or steel sleeves are fixedly arranged on the positions, corresponding to the high-strength screws, of the platform plate, and positioning nuts are installed at the upper ends of the high-strength screws and press the platform plate. The method has the advantages and positive effects that (1) the current situation that a steel pipe disc buckle frame is erected from the bottommost layer and an operation platform is erected in the steel pipe disc buckle frame by using wood plates is changed; manpower and material resources are greatly saved, and the construction process is greatly simplified; and (2) the detachable operating platform for the elevator shaft is high in safety.
本发明属于电梯井操作平台技术领域，具体涉及一种电梯井可拆卸操作平台及施工方法，电梯井可拆卸操作平台包括三角架钢支撑、高强螺杆、定位螺母和平台板；电梯井相对的两面侧墙上由下到上间隔预埋多排三角架钢支撑；三角架钢支撑的水平撑板远离侧墙一侧的上表面上固设竖直的高强螺杆；平台板两端分别搭接在相对的水平撑板上，并且平台板与高强螺杆对应位置开设有通孔或者固设有钢套管，定位螺母安装在高强螺杆上端并压紧平台板；本发明的优点和积极效果在于：(1)改变了自最底层开始搭设钢管盘扣架并在钢管盘扣架中使用木板搭设操作平台的现状；节省大量人力物力，大大简化了施工过程；(2)本发明的电梯井可拆卸操作平台安全性高。
Detachable operation platform for elevator shaft and construction method
The invention belongs to the technical field of elevator shaft operation platforms, and particularly relates to an elevator shaft detachable operation platform and a construction method. The elevator shaft detachable operation platform comprises tripod steel supports, high-strength screws, positioning nuts and a platform plate; a plurality of rows of tripod steel supports are pre-embedded in two opposite side walls of the elevator shaft from bottom to top at intervals; a vertical high-strength screw rod is fixedly arranged on the upper surface of one side, far away from the side wall, of a horizontal supporting plate of the tripod steel support; the two ends of the platform plate are in lap joint with the opposite horizontal supporting plates respectively, through holes are formed in the positions, corresponding to the high-strength screws, of the platform plate, or steel sleeves are fixedly arranged on the positions, corresponding to the high-strength screws, of the platform plate, and positioning nuts are installed at the upper ends of the high-strength screws and press the platform plate. The method has the advantages and positive effects that (1) the current situation that a steel pipe disc buckle frame is erected from the bottommost layer and an operation platform is erected in the steel pipe disc buckle frame by using wood plates is changed; manpower and material resources are greatly saved, and the construction process is greatly simplified; and (2) the detachable operating platform for the elevator shaft is high in safety.
本发明属于电梯井操作平台技术领域，具体涉及一种电梯井可拆卸操作平台及施工方法，电梯井可拆卸操作平台包括三角架钢支撑、高强螺杆、定位螺母和平台板；电梯井相对的两面侧墙上由下到上间隔预埋多排三角架钢支撑；三角架钢支撑的水平撑板远离侧墙一侧的上表面上固设竖直的高强螺杆；平台板两端分别搭接在相对的水平撑板上，并且平台板与高强螺杆对应位置开设有通孔或者固设有钢套管，定位螺母安装在高强螺杆上端并压紧平台板；本发明的优点和积极效果在于：(1)改变了自最底层开始搭设钢管盘扣架并在钢管盘扣架中使用木板搭设操作平台的现状；节省大量人力物力，大大简化了施工过程；(2)本发明的电梯井可拆卸操作平台安全性高。
Detachable operation platform for elevator shaft and construction method
一种电梯井可拆卸操作平台及施工方法
ZOU ZHILAI (author) / WEI RAN (author) / XIN TINGKANG (author) / ZHANG HAOHAO (author) / SUN SANYUAN (author) / ZHU HUAWEI (author) / SONG QINGXUN (author)
2023-10-13
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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