Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel formwork capable of adjusting positions of opposite-pull screw holes and construction method of steel formwork
The invention provides a steel formwork capable of adjusting the position of a split screw hole and a construction method of the steel formwork, and is suitable for the field of construction formwork engineering. The steel formwork comprises a face plate, vertical ribs, back ribs, flange plates, transverse ribs, lifting lugs and movable opposite-pull screw hole structures, the vertical ribs and the back ribs form a #-shaped structure to be welded to the face plate, a circle of flange plates are welded to the periphery of the face plate, the transverse ribs are supported between the adjacent vertical ribs and welded to the vertical ribs, and the lifting lugs are connected with the transverse ribs. The movable opposite-pull screw hole structure comprises a panel opening hole, a leak repairing plate with a hole and a restraint strap, and the leak repairing plate with the hole slides in the direction of the panel opening hole under the limitation of the restraint strap. When the positions of the opposite-pull screws conflict with the positions of the steel bars, the positions of the opposite-pull screws can be adjusted, and the bound steel bars are not affected, so that the number of reworking times is reduced, manpower, time and material cost are saved, potential safety hazards caused to the structure by cutting off, bending or deviating the steel bars in a traditional mode are avoided, and the device can be widely applied to formwork engineering.
本发明提供了一种可调节对拉螺杆孔位置的钢模板及其施工方法，适用于建设施工模板工程领域。本发明钢模板包括面板、竖楞、背楞、法兰板、横筋、吊耳以及可移动对拉螺杆孔结构，所述竖楞和背楞组成井字结构焊接在面板上，并在所述面板四周围焊一圈法兰板，所述横筋支撑在相邻竖楞之间，与竖楞焊接，所述可移动对拉螺杆孔结构包括面板开孔，带孔补漏板以及约束带，所述带孔补漏板在约束带的限制下沿面板开孔方向滑动。本发明实现了对拉螺杆与钢筋位置冲突时，可以调整对拉螺杆位置，不影响已绑扎的钢筋，从而减少返工次数，节省了人力、时间以及材料成本，避免了传统模式下截断、弯折或偏移钢筋都对结构造成的安全隐患，可广泛应用于模板工程。
Steel formwork capable of adjusting positions of opposite-pull screw holes and construction method of steel formwork
The invention provides a steel formwork capable of adjusting the position of a split screw hole and a construction method of the steel formwork, and is suitable for the field of construction formwork engineering. The steel formwork comprises a face plate, vertical ribs, back ribs, flange plates, transverse ribs, lifting lugs and movable opposite-pull screw hole structures, the vertical ribs and the back ribs form a #-shaped structure to be welded to the face plate, a circle of flange plates are welded to the periphery of the face plate, the transverse ribs are supported between the adjacent vertical ribs and welded to the vertical ribs, and the lifting lugs are connected with the transverse ribs. The movable opposite-pull screw hole structure comprises a panel opening hole, a leak repairing plate with a hole and a restraint strap, and the leak repairing plate with the hole slides in the direction of the panel opening hole under the limitation of the restraint strap. When the positions of the opposite-pull screws conflict with the positions of the steel bars, the positions of the opposite-pull screws can be adjusted, and the bound steel bars are not affected, so that the number of reworking times is reduced, manpower, time and material cost are saved, potential safety hazards caused to the structure by cutting off, bending or deviating the steel bars in a traditional mode are avoided, and the device can be widely applied to formwork engineering.
本发明提供了一种可调节对拉螺杆孔位置的钢模板及其施工方法，适用于建设施工模板工程领域。本发明钢模板包括面板、竖楞、背楞、法兰板、横筋、吊耳以及可移动对拉螺杆孔结构，所述竖楞和背楞组成井字结构焊接在面板上，并在所述面板四周围焊一圈法兰板，所述横筋支撑在相邻竖楞之间，与竖楞焊接，所述可移动对拉螺杆孔结构包括面板开孔，带孔补漏板以及约束带，所述带孔补漏板在约束带的限制下沿面板开孔方向滑动。本发明实现了对拉螺杆与钢筋位置冲突时，可以调整对拉螺杆位置，不影响已绑扎的钢筋，从而减少返工次数，节省了人力、时间以及材料成本，避免了传统模式下截断、弯折或偏移钢筋都对结构造成的安全隐患，可广泛应用于模板工程。
Steel formwork capable of adjusting positions of opposite-pull screw holes and construction method of steel formwork
一种可调节对拉螺杆孔位置的钢模板及其施工方法
WANG HUIHONG (Autor:in) / HE FEI (Autor:in) / XU LE (Autor:in) / CAO JIAN (Autor:in) / ZHANG LIANCHONG (Autor:in) / WANG YUE (Autor:in) / LU ZHIZHOU (Autor:in) / HUANG GUOZHONG (Autor:in) / FENG GUANGHUA (Autor:in) / CAO YUHONG (Autor:in)
18.10.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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