Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Mounting and reinforcing structure for special-shaped roof and construction method of mounting and reinforcing structure
The invention discloses a mounting and reinforcing structure for a special-shaped roof and a construction method of the mounting and reinforcing structure, and relates to the field of cantilever beam mounting and reinforcing, the mounting and reinforcing structure comprises a mounting wall body, and the front end of the wall surface of the mounting wall body is fixedly connected with a supporting and mounting block. The lower end of a special-shaped rod is matched with a special-shaped hole, then the special-shaped rod is rotated to drive a first rotating shaft to rotate, a second rotating shaft is adjusted to rotate through the transmission effect of a bevel gear set, and at the moment, two movable blocks in threaded connection with the second rotating shaft move oppositely, so that the two movable blocks are shrunk into a movable cavity; in this way, the end of the cantilever beam can conveniently penetrate through a second square hole reserved in the supporting and mounting frame and a first square hole in the supporting and mounting block, and then the supporting and mounting frame and mounting holes in the two sides of the cantilever beam are mounted through mounting anchors; in this way, the installation end of the whole cantilever beam is limited through the supporting installation block and the supporting installation frame, and it is guaranteed that the cantilever beam and an installation wall are easily positioned and firmly installed.
本发明公开了一种用于异形屋面的安装加固结构及其施工方法，涉及悬挑梁安装加固领域，包括安装墙体，所述安装墙体的墙面前端处固定连接有支撑安装块。本发明通过将异形杆的下端部与异形孔相匹配，而后转动异形杆带动转动轴一转动，通过锥齿轮组的传动作用调动转动轴二转动，此时与转动轴二螺纹连接的两块活动块进行相向的运动，使得两个活动块进收缩进活动空腔中，这样方便将悬挑梁的端部穿过支撑安装框架内预留的方形孔二以及支撑安装块内部的方形孔一中，再通过安装锚将支撑安装框架与悬挑梁的两侧安装孔进行安装，这样通过支撑安装块与支撑安装框架对整根悬挑梁的安装端部进行限定，保证悬挑梁与安装墙体的轻松定位以及牢固安装。
Mounting and reinforcing structure for special-shaped roof and construction method of mounting and reinforcing structure
The invention discloses a mounting and reinforcing structure for a special-shaped roof and a construction method of the mounting and reinforcing structure, and relates to the field of cantilever beam mounting and reinforcing, the mounting and reinforcing structure comprises a mounting wall body, and the front end of the wall surface of the mounting wall body is fixedly connected with a supporting and mounting block. The lower end of a special-shaped rod is matched with a special-shaped hole, then the special-shaped rod is rotated to drive a first rotating shaft to rotate, a second rotating shaft is adjusted to rotate through the transmission effect of a bevel gear set, and at the moment, two movable blocks in threaded connection with the second rotating shaft move oppositely, so that the two movable blocks are shrunk into a movable cavity; in this way, the end of the cantilever beam can conveniently penetrate through a second square hole reserved in the supporting and mounting frame and a first square hole in the supporting and mounting block, and then the supporting and mounting frame and mounting holes in the two sides of the cantilever beam are mounted through mounting anchors; in this way, the installation end of the whole cantilever beam is limited through the supporting installation block and the supporting installation frame, and it is guaranteed that the cantilever beam and an installation wall are easily positioned and firmly installed.
本发明公开了一种用于异形屋面的安装加固结构及其施工方法，涉及悬挑梁安装加固领域，包括安装墙体，所述安装墙体的墙面前端处固定连接有支撑安装块。本发明通过将异形杆的下端部与异形孔相匹配，而后转动异形杆带动转动轴一转动，通过锥齿轮组的传动作用调动转动轴二转动，此时与转动轴二螺纹连接的两块活动块进行相向的运动，使得两个活动块进收缩进活动空腔中，这样方便将悬挑梁的端部穿过支撑安装框架内预留的方形孔二以及支撑安装块内部的方形孔一中，再通过安装锚将支撑安装框架与悬挑梁的两侧安装孔进行安装，这样通过支撑安装块与支撑安装框架对整根悬挑梁的安装端部进行限定，保证悬挑梁与安装墙体的轻松定位以及牢固安装。
Mounting and reinforcing structure for special-shaped roof and construction method of mounting and reinforcing structure
一种用于异形屋面的安装加固结构及其施工方法
ZHU FAN (Autor:in) / AI JING (Autor:in) / LIU ZHIBIN (Autor:in) / YANG KEXIN (Autor:in) / ZHOU JUNFEI (Autor:in) / MENG KE (Autor:in)
03.05.2024
Patent
Elektronische Ressource
Chinesisch
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