Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
External hanging platform of magnetic type variable-amplitude inclined inhaul cable tower and operation method of external hanging platform
The invention discloses an external hanging platform of a magnetic type variable-amplitude inclined inhaul cable tower and an operation method of the external hanging platform. The external hanging platform of the magnetic type variable-amplitude inclined inhaul cable tower comprises a vertical moving platform, a variable-amplitude platform, an adsorption device and a lifting system, the variable amplitude platform is movably connected with the vertical moving platform and can be telescopically arranged in the horizontal direction of the vertical moving platform so as to realize width adjustment of a construction working surface; the adsorption device is arranged at the bottom end of the vertical moving platform and faces the inclined guy cable tower, and the adsorption device can be selectively fixedly connected with the inclined guy cable tower based on the fixing requirement of the vertical moving platform. The vertical moving platform is connected with the top end of the inclined inhaul cable tower through a lifting system; and the position of the vertical moving platform is adjusted through the lifting system. Through the structural design of the external hanging platform of the magnetic type variable-amplitude inclined guy cable tower, the problem of swinging under the action of wind load and the problem of adjusting the length of the working surface of the working platform are solved.
本发明公开了一种磁吸式变幅斜拉索塔外挂平台及其操作方法，所述磁吸式变幅斜拉索塔外挂平台包括：竖向移动平台、变幅平台、吸附装置和提升系统；所述变幅平台与所述竖向移动平台活动连接，并能够在所述竖向移动平台的水平方向进行伸缩设置，以实现施工作业面宽度调整；所述吸附装置设置于所述竖向移动平台的底端并朝向与斜拉索塔方向设置，且所述吸附装置能够基于竖向移动平台的固定需求选择与斜拉索塔完成固定连接；所述竖向移动平台经提升系统与斜拉索塔顶端相连；通过提升系统完成竖向移动平台的位置调节。通过本发明磁吸式变幅斜拉索塔外挂平台的结构设计，解决了风荷载作用下摇摆问题以及作业平台的作业面长度调整问题。
External hanging platform of magnetic type variable-amplitude inclined inhaul cable tower and operation method of external hanging platform
The invention discloses an external hanging platform of a magnetic type variable-amplitude inclined inhaul cable tower and an operation method of the external hanging platform. The external hanging platform of the magnetic type variable-amplitude inclined inhaul cable tower comprises a vertical moving platform, a variable-amplitude platform, an adsorption device and a lifting system, the variable amplitude platform is movably connected with the vertical moving platform and can be telescopically arranged in the horizontal direction of the vertical moving platform so as to realize width adjustment of a construction working surface; the adsorption device is arranged at the bottom end of the vertical moving platform and faces the inclined guy cable tower, and the adsorption device can be selectively fixedly connected with the inclined guy cable tower based on the fixing requirement of the vertical moving platform. The vertical moving platform is connected with the top end of the inclined inhaul cable tower through a lifting system; and the position of the vertical moving platform is adjusted through the lifting system. Through the structural design of the external hanging platform of the magnetic type variable-amplitude inclined guy cable tower, the problem of swinging under the action of wind load and the problem of adjusting the length of the working surface of the working platform are solved.
本发明公开了一种磁吸式变幅斜拉索塔外挂平台及其操作方法，所述磁吸式变幅斜拉索塔外挂平台包括：竖向移动平台、变幅平台、吸附装置和提升系统；所述变幅平台与所述竖向移动平台活动连接，并能够在所述竖向移动平台的水平方向进行伸缩设置，以实现施工作业面宽度调整；所述吸附装置设置于所述竖向移动平台的底端并朝向与斜拉索塔方向设置，且所述吸附装置能够基于竖向移动平台的固定需求选择与斜拉索塔完成固定连接；所述竖向移动平台经提升系统与斜拉索塔顶端相连；通过提升系统完成竖向移动平台的位置调节。通过本发明磁吸式变幅斜拉索塔外挂平台的结构设计，解决了风荷载作用下摇摆问题以及作业平台的作业面长度调整问题。
External hanging platform of magnetic type variable-amplitude inclined inhaul cable tower and operation method of external hanging platform
一种磁吸式变幅斜拉索塔外挂平台及其操作方法
KANG XUEYUN (Autor:in) / ZHONG AIXIU (Autor:in) / LI YONGHUI (Autor:in) / CHEN JIANRONG (Autor:in) / HAN ZHIZHONG (Autor:in) / YUAN CAN (Autor:in) / ZHANG YI (Autor:in) / LIANG LIANG (Autor:in) / SHI JIE (Autor:in) / WANG XINCHUN (Autor:in)
14.06.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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