A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated building wall construction structure and construction method
The fabricated building wall construction structure comprises a tightening assembly and a driving assembly, a connecting pipe is fixedly sleeved with fixing shaft seats at intervals, a center shaft is rotationally sleeved with the fixing shaft seats in the horizontal direction, and an inner sliding sleeve and an outer sliding sleeve are in threaded connection to a front threaded section and a rear threaded section of the center shaft correspondingly; the inner side of the inner sliding sleeve is fixedly connected with the inner conical body; the inner ends of the rotating shafts on the supporting frame on the front side of the fixing plate are fixedly sleeved on the gears respectively, and the gear ring is in transmission engagement with the gears; when the driving gear ring rotates, the central shaft can be synchronously driven to rotate through the gears, so that the inner sliding sleeve and the outer sliding sleeve respectively drive the inner cone-shaped body and the outer cone-shaped body to move towards each other or away from each other in the extending direction of the central shaft. According to the construction structure provided by the invention, the direct plugging of the hole groove is realized through the clamping force of the inner cone-shaped body and the outer cone-shaped body, and a double-sealing barrier is formed through the tight fit between the inner cone-shaped body and the outer cone-shaped body and the reserved hole groove of the wall body.
本发明涉及一种装配式建筑墙体施工结构及施工方法，包括收紧组件和驱动组件，固定轴座间隔固定套装在连接管上，中心轴沿水平方向转动套装在固定轴座内，所述内滑套和外滑套分别螺纹连接在中心轴的前螺纹段和后螺纹段上，且内滑套的内侧与内锥形体固定连接；固定板前侧的支撑架上的转轴内端分别固定套装在齿轮上，齿圈与各齿轮传动啮合；当驱动齿圈转动时，能够通过各齿轮同步带动中心轴的转动，从而使内滑套和外滑套分别带动内锥形体和外锥形体沿中心轴延伸方向相向或者相背运动。本发明提供的施工结构不仅通过内、外锥形体的夹持力实现了对孔槽的直接封堵，还通过它们与墙体预留孔槽的紧密贴合，形成了双重密封屏障。
Fabricated building wall construction structure and construction method
The fabricated building wall construction structure comprises a tightening assembly and a driving assembly, a connecting pipe is fixedly sleeved with fixing shaft seats at intervals, a center shaft is rotationally sleeved with the fixing shaft seats in the horizontal direction, and an inner sliding sleeve and an outer sliding sleeve are in threaded connection to a front threaded section and a rear threaded section of the center shaft correspondingly; the inner side of the inner sliding sleeve is fixedly connected with the inner conical body; the inner ends of the rotating shafts on the supporting frame on the front side of the fixing plate are fixedly sleeved on the gears respectively, and the gear ring is in transmission engagement with the gears; when the driving gear ring rotates, the central shaft can be synchronously driven to rotate through the gears, so that the inner sliding sleeve and the outer sliding sleeve respectively drive the inner cone-shaped body and the outer cone-shaped body to move towards each other or away from each other in the extending direction of the central shaft. According to the construction structure provided by the invention, the direct plugging of the hole groove is realized through the clamping force of the inner cone-shaped body and the outer cone-shaped body, and a double-sealing barrier is formed through the tight fit between the inner cone-shaped body and the outer cone-shaped body and the reserved hole groove of the wall body.
本发明涉及一种装配式建筑墙体施工结构及施工方法，包括收紧组件和驱动组件，固定轴座间隔固定套装在连接管上，中心轴沿水平方向转动套装在固定轴座内，所述内滑套和外滑套分别螺纹连接在中心轴的前螺纹段和后螺纹段上，且内滑套的内侧与内锥形体固定连接；固定板前侧的支撑架上的转轴内端分别固定套装在齿轮上，齿圈与各齿轮传动啮合；当驱动齿圈转动时，能够通过各齿轮同步带动中心轴的转动，从而使内滑套和外滑套分别带动内锥形体和外锥形体沿中心轴延伸方向相向或者相背运动。本发明提供的施工结构不仅通过内、外锥形体的夹持力实现了对孔槽的直接封堵，还通过它们与墙体预留孔槽的紧密贴合，形成了双重密封屏障。
Fabricated building wall construction structure and construction method
一种装配式建筑墙体施工结构及施工方法
NI PENGFEI (author) / CHENG HONG (author) / LUO JIONGGANG (author) / CHEN SHIHUA (author) / WU XIAOYAN (author) / HOU BINGZUO (author) / ZHANG RUIKE (author) / YANG YONGJIE (author) / FENG JIAN (author) / LIU FANG (author)
2024-12-06
Patent
Electronic Resource
Chinese
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