A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel corridor lifting installation method and lifting device
The invention discloses a steel corridor lifting device, and relates to the technical field of steel corridor mounting methods. Comprising a lifter, a bottom anchor special for lifting and a steel strand, one end of the steel strand is connected with the lifter, the other end of the steel strand is connected with the bottom anchor special for lifting, and the bottom anchor special for lifting is fixed to a steel corridor; the system further comprises a lifting control system used for controlling the multiple lifters to operate synchronously, the lifting control system comprises displacement sensors and a control center, the displacement sensors are correspondingly installed at the lifters to detect the operation speed of the lifters, and the control center is connected with the multiple displacement sensors and the multiple lifters at the same time. And the control center receives a detection signal of the displacement sensor so as to control the plurality of lifters to operate synchronously. The invention further provides a lifting and mounting method for the steel corridor, the lifting working condition is digitally simulated, and the lifting system is controlled to work synchronously and coordinately, so that the quality problem that the steel corridor deforms and even cracks in the lifting and mounting process is solved.
本发明公开了一种钢连廊提升装置，涉及钢连廊安装方法技术领域。包括提升器、提升专用底锚、钢绞线，所述钢绞线一端连接提升器，另一端连接提升专用底锚，所述提升专用底锚固定于钢连廊上；还包括用以控制多个提升器同步运行的提升控制系统，所述提升控制系统包括位移传感器和控制中枢，所述位移传感器对应安装在提升器处以检测提升器的运行速度，所述控制中枢同时连接多个位移传感器和多个提升器，所述控制中枢接收位移传感器检测信号以控制多个提升器同步运行。本发明还提供了一种钢连廊提升安装方法数字化模拟提升工况，并控制提升系统同步协调工作，以避免钢连廊在提升安装过程中发生变形甚至开裂的质量问题。
Steel corridor lifting installation method and lifting device
The invention discloses a steel corridor lifting device, and relates to the technical field of steel corridor mounting methods. Comprising a lifter, a bottom anchor special for lifting and a steel strand, one end of the steel strand is connected with the lifter, the other end of the steel strand is connected with the bottom anchor special for lifting, and the bottom anchor special for lifting is fixed to a steel corridor; the system further comprises a lifting control system used for controlling the multiple lifters to operate synchronously, the lifting control system comprises displacement sensors and a control center, the displacement sensors are correspondingly installed at the lifters to detect the operation speed of the lifters, and the control center is connected with the multiple displacement sensors and the multiple lifters at the same time. And the control center receives a detection signal of the displacement sensor so as to control the plurality of lifters to operate synchronously. The invention further provides a lifting and mounting method for the steel corridor, the lifting working condition is digitally simulated, and the lifting system is controlled to work synchronously and coordinately, so that the quality problem that the steel corridor deforms and even cracks in the lifting and mounting process is solved.
本发明公开了一种钢连廊提升装置，涉及钢连廊安装方法技术领域。包括提升器、提升专用底锚、钢绞线，所述钢绞线一端连接提升器，另一端连接提升专用底锚，所述提升专用底锚固定于钢连廊上；还包括用以控制多个提升器同步运行的提升控制系统，所述提升控制系统包括位移传感器和控制中枢，所述位移传感器对应安装在提升器处以检测提升器的运行速度，所述控制中枢同时连接多个位移传感器和多个提升器，所述控制中枢接收位移传感器检测信号以控制多个提升器同步运行。本发明还提供了一种钢连廊提升安装方法数字化模拟提升工况，并控制提升系统同步协调工作，以避免钢连廊在提升安装过程中发生变形甚至开裂的质量问题。
Steel corridor lifting installation method and lifting device
一种钢连廊提升安装方法及提升装置
JIAO TING (author) / ZHU MIN (author) / SHOU BINGKANG (author) / SHI LEI (author) / WANG SHUAIMING (author) / JIA CHENGJIE (author) / LU YAO (author) / GAO GUORONG (author) / SONG ZHENQI (author)
2022-08-09
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Steel strand installation method for overall space corridor lifting construction
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