A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Inclined strut type hydraulic self-climbing formwork
The invention relates to the technical field of building construction, in particular to an inclined strut type hydraulic self-climbing formwork which comprises a control plate, a control rod and an air cylinder are arranged on the surface of the control plate, a control frame is arranged on the surface of the control rod, a positioning plate and a control column are arranged on the surface of the control frame, a circular truncated cone and a limiting baffle are arranged on the surface of the control column, and a limiting groove and a limiting groove are formed in the limiting baffle. Triangular plates are arranged on the surfaces of the limiting baffles, square grooves and triangular grooves are formed in the platform, and sliding grooves and positioning grooves are formed in the surface of the platform; the creeping formwork has the beneficial effects that the control frame achieves the effect of controlling the positioning plate and the positioning column to position the sliding groove, the stability of the top end of the creeping formwork is guaranteed, the control frame is controlled by the air cylinder, the air cylinder achieves the effect of conveniently disassembling and assembling the control frame, the limiting baffle achieves the effect of limiting the side end of the creeping formwork, and meanwhile, the stability of the creeping formwork is guaranteed. And a gap generated when the creeping formwork is closed is blocked, the control column is limited through the circular truncated cone, and sundries are prevented from entering the square groove.
本发明涉及建筑施工技术领域，具体为一种斜撑式液压自爬模，包括控制板表面设有控制杆和气缸，且控制杆表面设有控制架，且控制架表面设有定位板和控制柱，控制柱表面设有圆台和限位挡板，且限位挡板内开设有限位槽和限位槽,限位挡板表面设有三角板，平台内开设有方形槽和三角槽,平台表面开设有滑槽和定位槽；有益效果为：控制架实现了控制定位板和定位柱对滑槽进行定位的作用，保证了爬模顶端的稳定性，控制架有气缸控制，气缸实现了便于对控制架进行拆装的作用，限位挡板实现了对爬模的侧端进行限位的作用，同时，对爬模合拢时的缝隙进行封堵的作用，圆台实现了对控制柱进行限位的作用，避免了杂物进入到方形槽内。
Inclined strut type hydraulic self-climbing formwork
The invention relates to the technical field of building construction, in particular to an inclined strut type hydraulic self-climbing formwork which comprises a control plate, a control rod and an air cylinder are arranged on the surface of the control plate, a control frame is arranged on the surface of the control rod, a positioning plate and a control column are arranged on the surface of the control frame, a circular truncated cone and a limiting baffle are arranged on the surface of the control column, and a limiting groove and a limiting groove are formed in the limiting baffle. Triangular plates are arranged on the surfaces of the limiting baffles, square grooves and triangular grooves are formed in the platform, and sliding grooves and positioning grooves are formed in the surface of the platform; the creeping formwork has the beneficial effects that the control frame achieves the effect of controlling the positioning plate and the positioning column to position the sliding groove, the stability of the top end of the creeping formwork is guaranteed, the control frame is controlled by the air cylinder, the air cylinder achieves the effect of conveniently disassembling and assembling the control frame, the limiting baffle achieves the effect of limiting the side end of the creeping formwork, and meanwhile, the stability of the creeping formwork is guaranteed. And a gap generated when the creeping formwork is closed is blocked, the control column is limited through the circular truncated cone, and sundries are prevented from entering the square groove.
本发明涉及建筑施工技术领域，具体为一种斜撑式液压自爬模，包括控制板表面设有控制杆和气缸，且控制杆表面设有控制架，且控制架表面设有定位板和控制柱，控制柱表面设有圆台和限位挡板，且限位挡板内开设有限位槽和限位槽,限位挡板表面设有三角板，平台内开设有方形槽和三角槽,平台表面开设有滑槽和定位槽；有益效果为：控制架实现了控制定位板和定位柱对滑槽进行定位的作用，保证了爬模顶端的稳定性，控制架有气缸控制，气缸实现了便于对控制架进行拆装的作用，限位挡板实现了对爬模的侧端进行限位的作用，同时，对爬模合拢时的缝隙进行封堵的作用，圆台实现了对控制柱进行限位的作用，避免了杂物进入到方形槽内。
Inclined strut type hydraulic self-climbing formwork
一种斜撑式液压自爬模
JIANG HAIXIANG (author) / XIAO WEICHUN (author) / XIA ZHENGYANG (author)
2024-03-19
Patent
Electronic Resource
Chinese