Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Assembled construction platform and living building peripheral wall construction method based on platform
The invention relates to the technical field of ship building, and provides an assembled construction platform which comprises at least two splicing and inserting modules capable of being detachably connected in the vertical direction. The splicing and inserting module comprises a plurality of groups of frame bodies which are vertically arranged at equal intervals; a plurality of operation layers are arranged between every two adjacent frame bodies; the operation layer is configured to bear constructors and tools and carry out site construction operation; the top of the splicing module is fixedly provided with a splicing column, and the bottom of the splicing module is provided with a bearing hole used for being matched with the splicing column in a splicing mode. Therefore, detachable assembly is realized through the splicing modules which can be in socket connection up and down; and the field assembly efficiency of the platform is improved. And an additional reinforcing structure is not needed, and the occupied area is small. The invention further provides a living building peripheral wall construction method based on the platform, the construction platform can be quickly assembled on site, and the operation efficiency is high; the construction platform is connected with the living building through the wall connecting assembly, a reinforcing structure does not need to be additionally arranged, and the occupied area is remarkably reduced.
本发明涉及船舶建造技术领域，提供了一种组装式施工平台，包括至少两组能够在竖向上拆卸连接的拼插模组；所述拼插模组包括等间距竖直设置的多组框架体；相邻两框架体设置有多个作业层；所述作业层被配置为：承载施工人员及工具，进行现场施工作业；所述拼插模组的顶部固设插接柱，底部开设有用于与插接柱插接配合的承孔。借此，本发明通过可上、下承插连接的拼插模组，实现可拆卸组装；提高了平台的现场组装效率。并且无需设置额外的加固结构，占地面积小。本发明还提供了一种基于该平台的生活楼外围壁施工方法，可在现场快速组装施工平台，作业效率高；施工平台通过连壁组件与生活楼连接，无需额外设置加固结构，显著减少了占地面积。
Assembled construction platform and living building peripheral wall construction method based on platform
The invention relates to the technical field of ship building, and provides an assembled construction platform which comprises at least two splicing and inserting modules capable of being detachably connected in the vertical direction. The splicing and inserting module comprises a plurality of groups of frame bodies which are vertically arranged at equal intervals; a plurality of operation layers are arranged between every two adjacent frame bodies; the operation layer is configured to bear constructors and tools and carry out site construction operation; the top of the splicing module is fixedly provided with a splicing column, and the bottom of the splicing module is provided with a bearing hole used for being matched with the splicing column in a splicing mode. Therefore, detachable assembly is realized through the splicing modules which can be in socket connection up and down; and the field assembly efficiency of the platform is improved. And an additional reinforcing structure is not needed, and the occupied area is small. The invention further provides a living building peripheral wall construction method based on the platform, the construction platform can be quickly assembled on site, and the operation efficiency is high; the construction platform is connected with the living building through the wall connecting assembly, a reinforcing structure does not need to be additionally arranged, and the occupied area is remarkably reduced.
本发明涉及船舶建造技术领域，提供了一种组装式施工平台，包括至少两组能够在竖向上拆卸连接的拼插模组；所述拼插模组包括等间距竖直设置的多组框架体；相邻两框架体设置有多个作业层；所述作业层被配置为：承载施工人员及工具，进行现场施工作业；所述拼插模组的顶部固设插接柱，底部开设有用于与插接柱插接配合的承孔。借此，本发明通过可上、下承插连接的拼插模组，实现可拆卸组装；提高了平台的现场组装效率。并且无需设置额外的加固结构，占地面积小。本发明还提供了一种基于该平台的生活楼外围壁施工方法，可在现场快速组装施工平台，作业效率高；施工平台通过连壁组件与生活楼连接，无需额外设置加固结构，显著减少了占地面积。
Assembled construction platform and living building peripheral wall construction method based on platform
组装式施工平台及基于该平台的生活楼外围壁施工方法
SUN SHIYING (Autor:in) / HEO JOO-CHUL (Autor:in) / GU HUABO (Autor:in) / ZHU HEPING (Autor:in) / SU WANG (Autor:in) / ZHAO HAILI (Autor:in) / LIU WANQUAN (Autor:in)
11.10.2024
Patent
Elektronische Ressource
Chinesisch
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