A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a wind-resistant stable reinforcing device and method for a steel structure tower, the wind-resistant stable reinforcing device comprises a lower tower and an upper tower, the lower end of the lower tower is fixedly connected with a base, the upper end of an inner cavity of the lower tower is provided with an inner reinforcing mechanism, and the upper tower is fixedly connected to the top of the lower tower through the inner reinforcing mechanism; a plurality of outer reinforcing mechanisms are installed on the outer wall of the lower tower at intervals, and the outer reinforcing mechanisms and the inner reinforcing mechanisms are matched to reinforce the inner walls and the outer walls of the lower tower and the upper tower. By arranging the outer reinforcing mechanisms and the inner reinforcing mechanisms, the outer reinforcing rods under the action of wind force move in the same direction as the wind direction and drive the inner reinforcing rods to move in the opposite direction, so that the supporting force on the inner wall of the tower body is increased, the wind resistance stability of the tower is improved through internal and external bidirectional supporting, and when the inner reinforcing rods are under the action of wind force, the inner reinforcing rods cannot be damaged. And the deformation of the elastic sheets buffers the wind power, so that the lower tower and the upper tower are prevented from loosening under the action of the wind power.
本发明提供一种钢结构塔架抗风稳定加固装置及加固方法，包括下塔架和上塔架，所述下塔架下端固定连接有底座，所述下塔架内腔上端安装有内加固机构，所述上塔架通过所述内加固机构固定连接在所述下塔架顶部，所述下塔架外壁间隔安装有若干组外加固机构，若干组所述外加固机构与所述内加固机构配合对所述下塔架和上塔架内外壁进行加固。本发明通过设置外加固机构和内加固机构，受风力作用的外加固杆向与风向相同的方向移动，并驱动内加固杆向相反方向移动，从而加大对塔体内壁的支撑力，通过内部和外部双向支撑提高塔架的抗风稳定性，且内加固杆受到风力作用时，弹片形变对风力进行缓冲，避免下塔架和上塔架在风力作用下产生松动。
The invention provides a wind-resistant stable reinforcing device and method for a steel structure tower, the wind-resistant stable reinforcing device comprises a lower tower and an upper tower, the lower end of the lower tower is fixedly connected with a base, the upper end of an inner cavity of the lower tower is provided with an inner reinforcing mechanism, and the upper tower is fixedly connected to the top of the lower tower through the inner reinforcing mechanism; a plurality of outer reinforcing mechanisms are installed on the outer wall of the lower tower at intervals, and the outer reinforcing mechanisms and the inner reinforcing mechanisms are matched to reinforce the inner walls and the outer walls of the lower tower and the upper tower. By arranging the outer reinforcing mechanisms and the inner reinforcing mechanisms, the outer reinforcing rods under the action of wind force move in the same direction as the wind direction and drive the inner reinforcing rods to move in the opposite direction, so that the supporting force on the inner wall of the tower body is increased, the wind resistance stability of the tower is improved through internal and external bidirectional supporting, and when the inner reinforcing rods are under the action of wind force, the inner reinforcing rods cannot be damaged. And the deformation of the elastic sheets buffers the wind power, so that the lower tower and the upper tower are prevented from loosening under the action of the wind power.
本发明提供一种钢结构塔架抗风稳定加固装置及加固方法，包括下塔架和上塔架，所述下塔架下端固定连接有底座，所述下塔架内腔上端安装有内加固机构，所述上塔架通过所述内加固机构固定连接在所述下塔架顶部，所述下塔架外壁间隔安装有若干组外加固机构，若干组所述外加固机构与所述内加固机构配合对所述下塔架和上塔架内外壁进行加固。本发明通过设置外加固机构和内加固机构，受风力作用的外加固杆向与风向相同的方向移动，并驱动内加固杆向相反方向移动，从而加大对塔体内壁的支撑力，通过内部和外部双向支撑提高塔架的抗风稳定性，且内加固杆受到风力作用时，弹片形变对风力进行缓冲，避免下塔架和上塔架在风力作用下产生松动。
Wind-resistant stabilizing and reinforcing device and method for steel structure tower
钢结构塔架抗风稳定加固装置及加固方法
2024-10-29
Patent
Electronic Resource
Chinese
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