A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel structure construction locking device
The invention relates to the technical field of building construction, in particular to a steel structure construction locking device which comprises a cable-stayed mechanism, and the cable-stayed mechanism comprises a mounting seat, a cable, a pull ring, a traction assembly, a first pull rod and a cable-stayed assembly; firstly, one end of the secondary beam is inserted into the inserting groove in the side of the main beam, then the free ends of the two inhaul cables are pulled to be close to each other, the pulling assembly is installed between the two pull rings to connect the two inhaul cables, then the inhaul cables are pulled obliquely through the cable-stayed assembly to swing and tighten in the direction of the secondary beam, and at the moment, the two sets of cable-stayed mechanisms can pull the secondary beam. The secondary beam is quickly locked and fixed to the main beam, the oblique pulling assembly provides acting force for abutting against the main beam when the oblique pulling cable swings, so that the secondary beam abuts against the main beam, the installation stability of the secondary beam is guaranteed, the secondary beam with the suspended end is obliquely pulled, the connection stability of the secondary beam and the main beam can be guaranteed, and the installation stability of the secondary beam is guaranteed. And shaking of the secondary beam is reduced, and subsequent locking of the steel structure is facilitated.
本发明涉及建筑施工技术领域，具体涉及一种钢结构施工锁紧装置，包括斜拉机构，斜拉机构包括、安装座、拉索、拉环、牵拉组件、第一拉杆和斜拉组件；首先将次梁的一端插入至主梁侧方的插槽中，然后分别牵拉两根拉索的自由端相互靠近，并将牵拉组件安装于两个拉环之间以连接两根拉索，随后通过斜拉组件斜拉拉索向次梁的方向摆动绷紧，这时两组斜拉机构可牵拉次梁，将次梁快速锁紧固定于主梁上，并且斜拉组件斜拉拉索摆动时为次梁提供一个抵紧主梁的作用力，从而使得次梁与主梁抵接，从而保证次梁安装的稳定性，其次，通过对端部悬空的次梁进行斜拉，可保证次梁与主梁连接的稳定性，减小次梁的晃动，有利于后续对钢结构的锁紧。
Steel structure construction locking device
The invention relates to the technical field of building construction, in particular to a steel structure construction locking device which comprises a cable-stayed mechanism, and the cable-stayed mechanism comprises a mounting seat, a cable, a pull ring, a traction assembly, a first pull rod and a cable-stayed assembly; firstly, one end of the secondary beam is inserted into the inserting groove in the side of the main beam, then the free ends of the two inhaul cables are pulled to be close to each other, the pulling assembly is installed between the two pull rings to connect the two inhaul cables, then the inhaul cables are pulled obliquely through the cable-stayed assembly to swing and tighten in the direction of the secondary beam, and at the moment, the two sets of cable-stayed mechanisms can pull the secondary beam. The secondary beam is quickly locked and fixed to the main beam, the oblique pulling assembly provides acting force for abutting against the main beam when the oblique pulling cable swings, so that the secondary beam abuts against the main beam, the installation stability of the secondary beam is guaranteed, the secondary beam with the suspended end is obliquely pulled, the connection stability of the secondary beam and the main beam can be guaranteed, and the installation stability of the secondary beam is guaranteed. And shaking of the secondary beam is reduced, and subsequent locking of the steel structure is facilitated.
本发明涉及建筑施工技术领域，具体涉及一种钢结构施工锁紧装置，包括斜拉机构，斜拉机构包括、安装座、拉索、拉环、牵拉组件、第一拉杆和斜拉组件；首先将次梁的一端插入至主梁侧方的插槽中，然后分别牵拉两根拉索的自由端相互靠近，并将牵拉组件安装于两个拉环之间以连接两根拉索，随后通过斜拉组件斜拉拉索向次梁的方向摆动绷紧，这时两组斜拉机构可牵拉次梁，将次梁快速锁紧固定于主梁上，并且斜拉组件斜拉拉索摆动时为次梁提供一个抵紧主梁的作用力，从而使得次梁与主梁抵接，从而保证次梁安装的稳定性，其次，通过对端部悬空的次梁进行斜拉，可保证次梁与主梁连接的稳定性，减小次梁的晃动，有利于后续对钢结构的锁紧。
Steel structure construction locking device
钢结构施工锁紧装置
ZHOU ZIHANG (author) / WU FAN (author) / OUYANG XUEMING (author) / PEI LONGCHANG (author) / HUANG LONG (author) / TANG JIANBIN (author) / YANG XIHE (author) / XIE HUAN (author) / GONG CHUNWEN (author) / LIU JIANHUA (author)
2024-08-13
Patent
Electronic Resource
Chinese
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