A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of building auxiliary equipment and particularly relates to a fabricated building crawling ladder. The fabricated building crawling ladder is characterized in that a plurality of transverse rods are connected with two vertical rods, two mounting blocks are connected with the two vertical rods, two universal wheels are connected with the mounting blocks through two damping assemblies, connecting rods are fixedly connected with the two vertical rods, and two fixing rods are connected with the two connecting rods; the fixing rods are matched with positioning holes of the mounting blocks, two shifting blocks are connected with the two fixing rods, a reset spring is connected with the two shifting blocks, the shifting blocks extrude the reset spring till the fixing rods are separated from the mounting blocks, then force application is cancelled, and at the moment, the mounting blocks slide downwards in the vertical rods to drive the universal wheels to slide out of the inner side walls of the vertical rods; when the other positioning hole in the mounting block passes through the fixing rod, the fixing rod is pushed into the positioning hole through the counter-acting force of the reset spring to fix the position of the universal wheel on the mounting block, the vertical rod can be moved through the universal wheel, and a problem that the fabricated building crawling ladder is inconvenient to move is solved.
本发明涉及建筑辅助设备技术领域，具体涉及一种装配式建筑爬梯，若干横杆与两个竖杆连接，两个安装块与两个竖杆连接，两个万向轮通过两个减震组件与安装块连接，连接杆与两个竖杆固定连接，两个固定杆与两个连接杆连接，固定杆与安装块的定位孔契合，两个拨块与两个固定杆连接，复位弹簧与两个拨块连接，通过拨块挤压复位弹簧直至固定杆与安装块分离后取消施力，此时安装块在竖杆内向下滑动带动万向轮滑出竖杆内侧壁，当安装块上的另一定位孔经过固定杆，复位弹簧的反作用力将固定杆推进此定位孔内将安装块上的万向轮的位置固定，即可通过万向轮对竖杆进行移动，解决了装配式建筑爬梯不便于移动的问题。
The invention relates to the technical field of building auxiliary equipment and particularly relates to a fabricated building crawling ladder. The fabricated building crawling ladder is characterized in that a plurality of transverse rods are connected with two vertical rods, two mounting blocks are connected with the two vertical rods, two universal wheels are connected with the mounting blocks through two damping assemblies, connecting rods are fixedly connected with the two vertical rods, and two fixing rods are connected with the two connecting rods; the fixing rods are matched with positioning holes of the mounting blocks, two shifting blocks are connected with the two fixing rods, a reset spring is connected with the two shifting blocks, the shifting blocks extrude the reset spring till the fixing rods are separated from the mounting blocks, then force application is cancelled, and at the moment, the mounting blocks slide downwards in the vertical rods to drive the universal wheels to slide out of the inner side walls of the vertical rods; when the other positioning hole in the mounting block passes through the fixing rod, the fixing rod is pushed into the positioning hole through the counter-acting force of the reset spring to fix the position of the universal wheel on the mounting block, the vertical rod can be moved through the universal wheel, and a problem that the fabricated building crawling ladder is inconvenient to move is solved.
本发明涉及建筑辅助设备技术领域，具体涉及一种装配式建筑爬梯，若干横杆与两个竖杆连接，两个安装块与两个竖杆连接，两个万向轮通过两个减震组件与安装块连接，连接杆与两个竖杆固定连接，两个固定杆与两个连接杆连接，固定杆与安装块的定位孔契合，两个拨块与两个固定杆连接，复位弹簧与两个拨块连接，通过拨块挤压复位弹簧直至固定杆与安装块分离后取消施力，此时安装块在竖杆内向下滑动带动万向轮滑出竖杆内侧壁，当安装块上的另一定位孔经过固定杆，复位弹簧的反作用力将固定杆推进此定位孔内将安装块上的万向轮的位置固定，即可通过万向轮对竖杆进行移动，解决了装配式建筑爬梯不便于移动的问题。
Crawling ladder clasping device and safety crawling ladder
| European Patent Office | 2021