A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Movable construction platform for gravity energy storage tower construction
The invention discloses a movable construction platform for gravity energy storage tower construction, relates to the technical field of high-rise building construction platforms, and solves the problems that a scaffold needs to be disassembled and rebuilt during high-rise pouring, and more manpower and material resources need to be consumed. Comprising a fixed platform, the fixed platform comprises a plurality of cross beams and connecting beams, the cross beams are arranged in parallel, and the cross beams are connected through the connecting beams; the bearing beam comprises a main beam and auxiliary beams at the two ends of the main beam, the auxiliary beams are detachably or hinged to the two ends of the main beam, and the length of the main beam is not larger than the distance between corresponding positions of a building gap so that the fixed platform can ascend and descend from the building gap after being shrunk. The sum of the lengths of the main beam and the two auxiliary beams is larger than the distance between the corresponding positions of the building gap so that the fixed platform can be placed on the building gap after being widened or unfolded. In a building with a higher floor, the time for rebuilding the construction scaffold is saved, and the effects of improving the construction efficiency and reducing the construction workload and cost are achieved.
本发明公开了一种用于重力储能塔建设的可移动施工平台，涉及高楼层建筑施工平台技术领域，解决了高层浇灌时需拆卸脚手架并重新搭建，需耗费较多人力物力的问题。包括固定平台，固定平台包括纵横交错的若干担梁和连系梁，各担梁平行设置，各担梁之间通过连系梁连接；担梁包括主梁和主梁两端的副梁，副梁可拆卸或铰接于主梁两端，主梁长度不大于建筑空隙对应位置间距，供固定平台缩小后可以从建筑空隙处进行升降；所述主梁与两副梁的长度和大于建筑空隙对应位置间距，供固定平台加宽或展开后放置在建筑空隙上。在楼层较高的建筑中，节省了施工脚手架重新搭建的时间，达到了提高施工效率、降低施工工作量及成本的效果。
Movable construction platform for gravity energy storage tower construction
The invention discloses a movable construction platform for gravity energy storage tower construction, relates to the technical field of high-rise building construction platforms, and solves the problems that a scaffold needs to be disassembled and rebuilt during high-rise pouring, and more manpower and material resources need to be consumed. Comprising a fixed platform, the fixed platform comprises a plurality of cross beams and connecting beams, the cross beams are arranged in parallel, and the cross beams are connected through the connecting beams; the bearing beam comprises a main beam and auxiliary beams at the two ends of the main beam, the auxiliary beams are detachably or hinged to the two ends of the main beam, and the length of the main beam is not larger than the distance between corresponding positions of a building gap so that the fixed platform can ascend and descend from the building gap after being shrunk. The sum of the lengths of the main beam and the two auxiliary beams is larger than the distance between the corresponding positions of the building gap so that the fixed platform can be placed on the building gap after being widened or unfolded. In a building with a higher floor, the time for rebuilding the construction scaffold is saved, and the effects of improving the construction efficiency and reducing the construction workload and cost are achieved.
本发明公开了一种用于重力储能塔建设的可移动施工平台，涉及高楼层建筑施工平台技术领域，解决了高层浇灌时需拆卸脚手架并重新搭建，需耗费较多人力物力的问题。包括固定平台，固定平台包括纵横交错的若干担梁和连系梁，各担梁平行设置，各担梁之间通过连系梁连接；担梁包括主梁和主梁两端的副梁，副梁可拆卸或铰接于主梁两端，主梁长度不大于建筑空隙对应位置间距，供固定平台缩小后可以从建筑空隙处进行升降；所述主梁与两副梁的长度和大于建筑空隙对应位置间距，供固定平台加宽或展开后放置在建筑空隙上。在楼层较高的建筑中，节省了施工脚手架重新搭建的时间，达到了提高施工效率、降低施工工作量及成本的效果。
Movable construction platform for gravity energy storage tower construction
用于重力储能塔建设的可移动施工平台
HE ZHIGANG (author) / LU HAIKONG (author)
2023-08-08
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Construction platform in movable cable bent tower and construction method
| European Patent Office | 2023