Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hanging basket splicing and connecting structure for cantilever beam construction
The invention discloses a hanging basket splicing and connecting structure for cantilever beam construction, and belongs to the technical field of hanging baskets for cantilever beam construction, the hanging basket splicing and connecting structure comprises a hanging basket main body, a hanging basket anchoring assembly is spliced and connected to the hanging basket main body, and a plurality of anchoring non-return assemblies are connected to the circumferential surface of the bottom of the hanging basket anchoring assembly and are in an annular array. According to the hanging basket, the anchoring disc abuts against the top of the hanging basket anchoring base, the multiple anchoring non-return shafts abut against the bottom of the cantilever beam, and the multiple anchoring non-return shafts are matched with the anchoring disc, so that the hanging basket body can be firmly spliced and connected to the cantilever beam through the hanging basket anchoring piles, and the hanging basket anchoring piles and the cantilever beam are spliced and connected; a constructor can directly and quickly complete operation at the top of the cantilever beam, the worker does not need to go down to the position below the cantilever beam to penetrate a hanging basket anchoring pile with a baffle into an anchor hole, the splicing and connecting operation process between the hanging basket body and the cantilever beam is simplified, and the working efficiency of the worker in the hanging basket body splicing process is improved.
本发明公开了一种悬臂梁施工用挂篮拼装连接结构，属于悬梁臂施工用挂篮技术领域，包括挂篮主体，所述挂篮主体上拼装连接有挂篮锚固组件，所述挂篮锚固组件底部的圆周面上连接有多个锚固逆止组件呈环形阵列。本发明中，锚固盘抵接在挂篮锚固座的顶部，多个锚固逆止轴抵接在悬梁臂的底部，多个锚固逆止轴与锚固盘互相配合，从而能够通过挂篮锚固桩将挂篮主体牢牢拼装连接在悬臂梁上，挂篮锚固桩与悬臂梁之间的拼装连接，施工人员直接在悬梁臂的顶部便能够快速完成作业，无需工作人员下行至悬臂梁的下方将挂有挡板的挂篮锚固桩穿插到锚孔内，简化了挂篮主体与悬臂梁之间的拼装连接操作过程，有利于提升工作人员拼装挂篮主体过程中的工作效率。
Hanging basket splicing and connecting structure for cantilever beam construction
The invention discloses a hanging basket splicing and connecting structure for cantilever beam construction, and belongs to the technical field of hanging baskets for cantilever beam construction, the hanging basket splicing and connecting structure comprises a hanging basket main body, a hanging basket anchoring assembly is spliced and connected to the hanging basket main body, and a plurality of anchoring non-return assemblies are connected to the circumferential surface of the bottom of the hanging basket anchoring assembly and are in an annular array. According to the hanging basket, the anchoring disc abuts against the top of the hanging basket anchoring base, the multiple anchoring non-return shafts abut against the bottom of the cantilever beam, and the multiple anchoring non-return shafts are matched with the anchoring disc, so that the hanging basket body can be firmly spliced and connected to the cantilever beam through the hanging basket anchoring piles, and the hanging basket anchoring piles and the cantilever beam are spliced and connected; a constructor can directly and quickly complete operation at the top of the cantilever beam, the worker does not need to go down to the position below the cantilever beam to penetrate a hanging basket anchoring pile with a baffle into an anchor hole, the splicing and connecting operation process between the hanging basket body and the cantilever beam is simplified, and the working efficiency of the worker in the hanging basket body splicing process is improved.
本发明公开了一种悬臂梁施工用挂篮拼装连接结构，属于悬梁臂施工用挂篮技术领域，包括挂篮主体，所述挂篮主体上拼装连接有挂篮锚固组件，所述挂篮锚固组件底部的圆周面上连接有多个锚固逆止组件呈环形阵列。本发明中，锚固盘抵接在挂篮锚固座的顶部，多个锚固逆止轴抵接在悬梁臂的底部，多个锚固逆止轴与锚固盘互相配合，从而能够通过挂篮锚固桩将挂篮主体牢牢拼装连接在悬臂梁上，挂篮锚固桩与悬臂梁之间的拼装连接，施工人员直接在悬梁臂的顶部便能够快速完成作业，无需工作人员下行至悬臂梁的下方将挂有挡板的挂篮锚固桩穿插到锚孔内，简化了挂篮主体与悬臂梁之间的拼装连接操作过程，有利于提升工作人员拼装挂篮主体过程中的工作效率。
Hanging basket splicing and connecting structure for cantilever beam construction
一种悬臂梁施工用挂篮拼装连接结构
WANG GUIBO (Autor:in) / SHI HONGTAO (Autor:in) / PENG ZHICHUAN (Autor:in) / GAN ZHENMING (Autor:in)
29.08.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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