A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Formwork supporting structure of special-shaped cantilever component
The invention discloses a special-shaped cantilever component formwork supporting structure, and belongs to the field of cantilever beams, the special-shaped cantilever component formwork supporting structure comprises a support supporting plate, an auxiliary supporting mechanism and an outward inclination mechanism, the outward inclination mechanism comprises first push plates arranged on the left side and the right side of a square sleeve frame, and corresponding adjustable end face fixing mechanisms are installed outside the first push plates. Outward inclining mechanisms are installed on the two sides of an auxiliary supporting mechanism at the bottom of a support supporting plate, under the rotation effect of a second threaded rod in a third guide rail groove, a first push plate can be driven to slide front and back along the third guide rail groove, and an adjustable end face fixing mechanism is controlled to rotate around a second U-shaped frame through the front-back sliding effect of the first push plate; under the condition that the end faces of an outer operating frame and a protective frame erected outside a special building in the prior art are special-shaped, the orientation of the connecting end faces of the outer operating frame and the protective frame can be changed to adapt to the end faces of a special-shaped cantilever component and a special-shaped building, and then the error-tolerant rate when a steel beam and a cantilever beam are assembled is increased.
本发明公开了一种异形悬挑构件模板支撑结构，属于悬挑梁领域，包括支架托板、辅助支撑机构与外倾机构，外倾机构包括设置于方形套框左右两侧的第一推板，其第一推板外部均安装有对应的可调端面固定机构。通过支架托板底部辅助支撑机构两侧安装有外倾机构，在其第三导轨槽内部第二螺纹杆的转动作用下，可以带动第一推板沿着其第三导轨槽前后滑动，利用其前后滑动的作用控制其可调端面固定机构围绕着第二U型架进行转动，可以在针对现有技术中的特殊建筑外部架设外操作架及防护架的端面为异形的情况下，改变其连接端面的朝向，去适应异形悬挑构件以及异形建筑端面，进而提高其钢梁与悬挑梁组装时的容错率。
Formwork supporting structure of special-shaped cantilever component
The invention discloses a special-shaped cantilever component formwork supporting structure, and belongs to the field of cantilever beams, the special-shaped cantilever component formwork supporting structure comprises a support supporting plate, an auxiliary supporting mechanism and an outward inclination mechanism, the outward inclination mechanism comprises first push plates arranged on the left side and the right side of a square sleeve frame, and corresponding adjustable end face fixing mechanisms are installed outside the first push plates. Outward inclining mechanisms are installed on the two sides of an auxiliary supporting mechanism at the bottom of a support supporting plate, under the rotation effect of a second threaded rod in a third guide rail groove, a first push plate can be driven to slide front and back along the third guide rail groove, and an adjustable end face fixing mechanism is controlled to rotate around a second U-shaped frame through the front-back sliding effect of the first push plate; under the condition that the end faces of an outer operating frame and a protective frame erected outside a special building in the prior art are special-shaped, the orientation of the connecting end faces of the outer operating frame and the protective frame can be changed to adapt to the end faces of a special-shaped cantilever component and a special-shaped building, and then the error-tolerant rate when a steel beam and a cantilever beam are assembled is increased.
本发明公开了一种异形悬挑构件模板支撑结构，属于悬挑梁领域，包括支架托板、辅助支撑机构与外倾机构，外倾机构包括设置于方形套框左右两侧的第一推板，其第一推板外部均安装有对应的可调端面固定机构。通过支架托板底部辅助支撑机构两侧安装有外倾机构，在其第三导轨槽内部第二螺纹杆的转动作用下，可以带动第一推板沿着其第三导轨槽前后滑动，利用其前后滑动的作用控制其可调端面固定机构围绕着第二U型架进行转动，可以在针对现有技术中的特殊建筑外部架设外操作架及防护架的端面为异形的情况下，改变其连接端面的朝向，去适应异形悬挑构件以及异形建筑端面，进而提高其钢梁与悬挑梁组装时的容错率。
Formwork supporting structure of special-shaped cantilever component
一种异形悬挑构件模板支撑结构
YANG ZHENBIAO (author) / XUE LEI (author) / XIN DONGSHENG (author) / YAN JINGLONG (author) / ZHAO NAN (author) / WANG HAN (author) / SUI LIGANG (author) / GONG JIANJIAN (author)
2024-04-05
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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