Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Super high-rise deviation-rectifying and twisting-rectifying jacking platform and using method thereof
The invention mainly relates to the field of super high-rise jacking platforms, in particular to a super high-rise deviation correction and twist correction jacking platform and a using method thereof. The jacking platform comprises an upper box girder and a lower box girder, wherein the upper box girder is connected with the lower box girder through a force transmission column and a jacking oil cylinder; the top end of the jacking oil cylinder is connected with the upper box girder, and the jacking oil cylinder is connected with the lower box girder through a force transmission column. Steel columns are arranged on the upper box girder, and the top ends of the steel columns are connected with the steel platform; the two ends of the upper box girder and the two ends of the lower box girder are each provided with a box girder telescopic joint, the inner sides of the box girder telescopic joints are connected with telescopic oil-saving cylinders, and the box girder telescopic joints can horizontally move in the direction of the upper box girder or the lower box girder through the telescopic oil-saving cylinders. Guide limiting wheels are arranged at the upper and lower ends of the rectangular beams of the upper and lower box girders, so that the box girders are always perpendicular to the wall body, and a certain safe distance is always kept between the box girders and the wall body of the core tube. And the jacking platform adopts a double-oil-cylinder design to prevent the self-rotation phenomenon of a piston of the jacking oil cylinder, so that the condition that measures are taken for correcting deviation and torsion is avoided, and the construction time is saved.
本发明主要涉及超高层顶升平台领域，具体的说是一种超高层纠偏纠扭顶升平台及其使用方法。本顶升平台包括上箱梁和下箱梁，上箱梁通过传力柱和顶升油缸与下箱梁连接；顶升油缸的顶端与上箱梁连接，顶升油缸通过传力柱与下箱梁连接；上箱梁上设置有钢立柱，钢立柱顶端与钢平台连接；上箱梁与下箱梁的两端均设置有箱梁伸缩节，箱梁伸缩节的内侧与伸缩节油缸连接，箱梁伸缩节能够通过伸缩节油缸沿上箱梁或下箱梁方向水平移动；上下箱梁矩形梁的上下两端设置有导向限位轮，保证箱梁始终与墙体垂直，使箱梁与核心筒墙体之间始终保持一定的安全距离。顶升平台采用双油缸设计防止发生顶升油缸活塞自转现象，避免采取措施进行纠偏纠扭，节约了施工时间。
Super high-rise deviation-rectifying and twisting-rectifying jacking platform and using method thereof
The invention mainly relates to the field of super high-rise jacking platforms, in particular to a super high-rise deviation correction and twist correction jacking platform and a using method thereof. The jacking platform comprises an upper box girder and a lower box girder, wherein the upper box girder is connected with the lower box girder through a force transmission column and a jacking oil cylinder; the top end of the jacking oil cylinder is connected with the upper box girder, and the jacking oil cylinder is connected with the lower box girder through a force transmission column. Steel columns are arranged on the upper box girder, and the top ends of the steel columns are connected with the steel platform; the two ends of the upper box girder and the two ends of the lower box girder are each provided with a box girder telescopic joint, the inner sides of the box girder telescopic joints are connected with telescopic oil-saving cylinders, and the box girder telescopic joints can horizontally move in the direction of the upper box girder or the lower box girder through the telescopic oil-saving cylinders. Guide limiting wheels are arranged at the upper and lower ends of the rectangular beams of the upper and lower box girders, so that the box girders are always perpendicular to the wall body, and a certain safe distance is always kept between the box girders and the wall body of the core tube. And the jacking platform adopts a double-oil-cylinder design to prevent the self-rotation phenomenon of a piston of the jacking oil cylinder, so that the condition that measures are taken for correcting deviation and torsion is avoided, and the construction time is saved.
本发明主要涉及超高层顶升平台领域，具体的说是一种超高层纠偏纠扭顶升平台及其使用方法。本顶升平台包括上箱梁和下箱梁，上箱梁通过传力柱和顶升油缸与下箱梁连接；顶升油缸的顶端与上箱梁连接，顶升油缸通过传力柱与下箱梁连接；上箱梁上设置有钢立柱，钢立柱顶端与钢平台连接；上箱梁与下箱梁的两端均设置有箱梁伸缩节，箱梁伸缩节的内侧与伸缩节油缸连接，箱梁伸缩节能够通过伸缩节油缸沿上箱梁或下箱梁方向水平移动；上下箱梁矩形梁的上下两端设置有导向限位轮，保证箱梁始终与墙体垂直，使箱梁与核心筒墙体之间始终保持一定的安全距离。顶升平台采用双油缸设计防止发生顶升油缸活塞自转现象，避免采取措施进行纠偏纠扭，节约了施工时间。
Super high-rise deviation-rectifying and twisting-rectifying jacking platform and using method thereof
一种超高层纠偏纠扭顶升平台及其使用方法
WANG JIAN (Autor:in) / YANG GUANJIE (Autor:in) / GUO QIANG (Autor:in) / HUANG XIAOYI (Autor:in) / WANG ZEXIN (Autor:in) / LEE YOUNG KI (Autor:in) / ZHANG HUAMENG (Autor:in)
03.06.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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