A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Lifting device for steel structure
The invention relates to a hoisting device for a steel structure, which comprises a crane used for hoisting the steel structure; the guide rope is vertically arranged, and the upper end and the lower end of the guide rope are installed on a building through buffering assemblies. The sleeve sleeves the outer side of the guide rope; one end of the flexible connecting assembly is installed on the sleeve, and the other end of the flexible connecting assembly is connected with a steel structure. By arranging the vertically arranged guide rope, the crane drives the sleeve to move on the guide rope through the flexible connecting assembly in the process of hoisting the steel structure; under the condition that strong wind suddenly occurs, movement of the steel structure pulls the guide rope through the flexible connecting assembly and the sleeve, the guide rope is buffered through the buffering assembly in the pulling process, and the parts are matched to prevent the steel structure from greatly shaking when encountering the strong wind.
本发明涉及一种钢结构的吊运装置，包括吊机，用于吊起钢结构；所述引导绳竖直设置，且上下两端均通过缓冲组件安装在建筑物上；所述套筒套在引导绳外侧；所述柔性连接组件一端安装在套筒上，另一端于与钢结构连接；通过设置竖直设置的引导绳，吊机在将钢结构吊起的过程中通过柔性连接组件带动套筒在引导绳上移动；在突然遇到大风的情况下，钢结构的移动通过柔性连接组件、套筒拉扯引导绳，引导绳被拉扯的过程中通过缓冲组件进行缓冲，以上部件配合避免钢结构在遇到大风时大幅度晃动。
Lifting device for steel structure
The invention relates to a hoisting device for a steel structure, which comprises a crane used for hoisting the steel structure; the guide rope is vertically arranged, and the upper end and the lower end of the guide rope are installed on a building through buffering assemblies. The sleeve sleeves the outer side of the guide rope; one end of the flexible connecting assembly is installed on the sleeve, and the other end of the flexible connecting assembly is connected with a steel structure. By arranging the vertically arranged guide rope, the crane drives the sleeve to move on the guide rope through the flexible connecting assembly in the process of hoisting the steel structure; under the condition that strong wind suddenly occurs, movement of the steel structure pulls the guide rope through the flexible connecting assembly and the sleeve, the guide rope is buffered through the buffering assembly in the pulling process, and the parts are matched to prevent the steel structure from greatly shaking when encountering the strong wind.
本发明涉及一种钢结构的吊运装置，包括吊机，用于吊起钢结构；所述引导绳竖直设置，且上下两端均通过缓冲组件安装在建筑物上；所述套筒套在引导绳外侧；所述柔性连接组件一端安装在套筒上，另一端于与钢结构连接；通过设置竖直设置的引导绳，吊机在将钢结构吊起的过程中通过柔性连接组件带动套筒在引导绳上移动；在突然遇到大风的情况下，钢结构的移动通过柔性连接组件、套筒拉扯引导绳，引导绳被拉扯的过程中通过缓冲组件进行缓冲，以上部件配合避免钢结构在遇到大风时大幅度晃动。
Lifting device for steel structure
一种钢结构的吊运装置
ZHANG JIPENG (author) / HUANG TENGDA (author) / LIN XIANDONG (author) / LIN LONG (author) / ZHAO YONGHUA (author) / ZHANG QIAN (author) / CHEN SUMIN (author) / LIU ZHUQIN (author) / XU YI (author) / ZHENG JUNQING (author)
2024-04-12
Patent
Electronic Resource
Chinese
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