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Old power transmission tower suspension type integral rigidity reinforcing system
A suspension type integral rigidity reinforcing system for an old power transmission tower belongs to the technical field of power transmission tower maintenance and is characterized in that a suspension lifting assembly is fixedly connected with a diaphragm of the power transmission tower, and a bidirectional damping resistance assembly is connected to the lower portion of the suspension lifting assembly; the posture stabilizing assembly is connected between the suspension lifting assembly and the two-way damping resisting assembly, and the damping adjusting assembly is connected with the two-way damping resisting assembly. The inner ends of the two main material protection assemblies are hinged to the two sides of the two-way damping resisting assembly correspondingly. The suspension lifting assembly is used for driving the posture stabilizing assembly, the bidirectional damping resisting assembly, the damping adjusting assembly and the main material protection assembly to integrally ascend and descend so that the main material protection assembly can reinforce damaged main angle steel of the power transmission tower at the specified height. The two-way damping resisting assembly and the damping adjusting assembly are in linkage so as to counteract deformation of the main material protection assembly in the reinforcing process of the damaged main angle steel of the power transmission tower. Deformation of the main angle steel of the old iron tower is effectively prevented, and the overall stability of the iron tower is enhanced; tower climbing operation is reduced, and the maintenance cost is reduced.
一种老旧输电铁塔悬吊式整体刚度加强系统，属于输电铁塔维护技术领域，悬吊升降组件和输电塔的横隔固定连接，双向阻尼抵抗组件连接在悬吊升降组件的下部；姿态稳定组件连接在悬吊升降组件和双向阻尼抵抗组件之间，阻尼调节组件连接双向阻尼抵抗组件；两组主材保护组件的内端分别铰接在双向阻尼抵抗组件的两侧；悬吊升降组件用于带动姿态稳定组件、双向阻尼抵抗组件、阻尼调节组件和主材保护组件整体升降以使主材保护组件对指定高度的输电塔的破损主角钢加固；双向阻尼抵抗组件和阻尼调节组件联动，以抵消主材保护组件对输电塔的破损主角钢加固过程的变形。本发明有效防止老旧铁塔主角钢变形，增强铁塔整体稳定性；减少登塔作业，降低维护成本。
Old power transmission tower suspension type integral rigidity reinforcing system
A suspension type integral rigidity reinforcing system for an old power transmission tower belongs to the technical field of power transmission tower maintenance and is characterized in that a suspension lifting assembly is fixedly connected with a diaphragm of the power transmission tower, and a bidirectional damping resistance assembly is connected to the lower portion of the suspension lifting assembly; the posture stabilizing assembly is connected between the suspension lifting assembly and the two-way damping resisting assembly, and the damping adjusting assembly is connected with the two-way damping resisting assembly. The inner ends of the two main material protection assemblies are hinged to the two sides of the two-way damping resisting assembly correspondingly. The suspension lifting assembly is used for driving the posture stabilizing assembly, the bidirectional damping resisting assembly, the damping adjusting assembly and the main material protection assembly to integrally ascend and descend so that the main material protection assembly can reinforce damaged main angle steel of the power transmission tower at the specified height. The two-way damping resisting assembly and the damping adjusting assembly are in linkage so as to counteract deformation of the main material protection assembly in the reinforcing process of the damaged main angle steel of the power transmission tower. Deformation of the main angle steel of the old iron tower is effectively prevented, and the overall stability of the iron tower is enhanced; tower climbing operation is reduced, and the maintenance cost is reduced.
一种老旧输电铁塔悬吊式整体刚度加强系统，属于输电铁塔维护技术领域，悬吊升降组件和输电塔的横隔固定连接，双向阻尼抵抗组件连接在悬吊升降组件的下部；姿态稳定组件连接在悬吊升降组件和双向阻尼抵抗组件之间，阻尼调节组件连接双向阻尼抵抗组件；两组主材保护组件的内端分别铰接在双向阻尼抵抗组件的两侧；悬吊升降组件用于带动姿态稳定组件、双向阻尼抵抗组件、阻尼调节组件和主材保护组件整体升降以使主材保护组件对指定高度的输电塔的破损主角钢加固；双向阻尼抵抗组件和阻尼调节组件联动，以抵消主材保护组件对输电塔的破损主角钢加固过程的变形。本发明有效防止老旧铁塔主角钢变形，增强铁塔整体稳定性；减少登塔作业，降低维护成本。
Old power transmission tower suspension type integral rigidity reinforcing system
一种老旧输电铁塔悬吊式整体刚度加强系统
LI GUANQUN (author) / WANG ZHIGANG (author) / YUAN PENG (author) / ZHAO HONGDAN (author) / CUI WEI (author) / YUE KEYU (author) / ZHENG YU (author) / SHANG DIANBO (author) / SHANG YUNLONG (author) / WANG JINSHAN (author)
2024-07-16
Patent
Electronic Resource
Chinese
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