A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Elevator shaft construction device and construction method
The invention provides an elevator shaft construction device and method, and belongs to the field of elevator shaft construction.The elevator shaft construction device comprises a climbing assembly which moves between an upper floor slab and a lower floor slab of an elevator shaft in the vertical direction of the ground and can be fixed to one floor slab; the supporting frame is erected on the climbing assembly and synchronously moves along with the climbing assembly; the outer formwork is arranged between the upper floor slab and the lower floor slab and surrounds the supporting frame. The inner formworks are arranged on the supporting frame and arranged around the inner contour of the outer formwork at intervals, and a pouring space is formed between the inner formworks and the outer formwork. The suspension mechanism is fixedly arranged at the top of the supporting frame and lifts the inner formwork to enable the inner formwork to be located above the climbing assembly. The wall mold is formed by hinging a plurality of mold plate strips, so that the inner mold plate is divided into a plurality of parts to be separated in sequence instead of demolding the whole inner mold plate, the demolding difficulty of the inner mold plate is reduced, and the inner mold plate can be defined by the wall molds and the corner molds through the telescopic mechanisms and the connecting seats; and meanwhile, the construction system drives the inner formwork to move step by step from bottom to top through the climbing assembly.
本发明提出了电梯井施工装置及施工方法，属于电梯井施工领域，包括爬升组件在电梯井上下楼板之间沿地面的垂直方向移动且能够固定在其中一个楼板上；支撑架架设在爬升组件上并随爬升组件同步移动；外模板设置在上下楼板之间并环绕支撑架设置；内模板设置在支撑架上并围绕外模板内轮廓间隔设置且与外模板之间形成浇筑空间；悬吊机构固定设置在所支撑架顶部并吊起内模板使内模板位于爬升组件上方；壁模由多个模板条铰连接组成，使内模板分成多个部分依次进行脱离，而不是将整个内模板进行脱模，降低了内模板的脱模难度，并通过伸缩机构及连接座使各壁模与角模能够围成内模板，同时通过爬升组件使施工系统带动内模板由下向上逐步移动。
Elevator shaft construction device and construction method
The invention provides an elevator shaft construction device and method, and belongs to the field of elevator shaft construction.The elevator shaft construction device comprises a climbing assembly which moves between an upper floor slab and a lower floor slab of an elevator shaft in the vertical direction of the ground and can be fixed to one floor slab; the supporting frame is erected on the climbing assembly and synchronously moves along with the climbing assembly; the outer formwork is arranged between the upper floor slab and the lower floor slab and surrounds the supporting frame. The inner formworks are arranged on the supporting frame and arranged around the inner contour of the outer formwork at intervals, and a pouring space is formed between the inner formworks and the outer formwork. The suspension mechanism is fixedly arranged at the top of the supporting frame and lifts the inner formwork to enable the inner formwork to be located above the climbing assembly. The wall mold is formed by hinging a plurality of mold plate strips, so that the inner mold plate is divided into a plurality of parts to be separated in sequence instead of demolding the whole inner mold plate, the demolding difficulty of the inner mold plate is reduced, and the inner mold plate can be defined by the wall molds and the corner molds through the telescopic mechanisms and the connecting seats; and meanwhile, the construction system drives the inner formwork to move step by step from bottom to top through the climbing assembly.
本发明提出了电梯井施工装置及施工方法，属于电梯井施工领域，包括爬升组件在电梯井上下楼板之间沿地面的垂直方向移动且能够固定在其中一个楼板上；支撑架架设在爬升组件上并随爬升组件同步移动；外模板设置在上下楼板之间并环绕支撑架设置；内模板设置在支撑架上并围绕外模板内轮廓间隔设置且与外模板之间形成浇筑空间；悬吊机构固定设置在所支撑架顶部并吊起内模板使内模板位于爬升组件上方；壁模由多个模板条铰连接组成，使内模板分成多个部分依次进行脱离，而不是将整个内模板进行脱模，降低了内模板的脱模难度，并通过伸缩机构及连接座使各壁模与角模能够围成内模板，同时通过爬升组件使施工系统带动内模板由下向上逐步移动。
Elevator shaft construction device and construction method
电梯井施工装置及施工方法
HAO LIBING (author) / MAN XUEWU (author) / WU QUN (author) / ZHU BOHAI (author) / ZHANG HAILIANG (author) / XU DONG (author) / MING JUAN (author)
2024-08-23
Patent
Electronic Resource
Chinese
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