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Deviation correcting device for reinforcing foundation of high-voltage power transmission tower in subsidence area
The invention provides a subsidence area high-voltage power transmission iron tower reinforcing foundation deviation rectifying device, and belongs to the technical field of power construction, the subsidence area high-voltage power transmission iron tower reinforcing foundation deviation rectifying device comprises a power transmission iron tower, an iron tower foundation and a roadbed, the iron tower foundation is arranged in the roadbed, and the subsidence area high-voltage power transmission iron tower reinforcing foundation deviation rectifying device further comprises a reinforcing mechanism and a deviation rectifying mechanism; through the arrangement of the deviation rectifying mechanism, when a foundation of one foot of the power transmission iron tower sinks unevenly, a movable rod connected with the tower foot of the power transmission iron tower can move in a corresponding connecting rod under the influence of overall deviation of the power transmission iron tower, and a first piston plate extrudes hydraulic oil in a second cavity into a corresponding fourth cavity; the second piston plates in the corresponding adjusting pieces are pushed to move, so that the second piston plates move in the direction close to the separating plates, the supporting pieces make rapid contact with the sunken ground, an iron tower foundation of the tower foot is supported and limited, and the whole power transmission iron tower is prevented from deflecting.
本发明提供一种沉陷区高压输电铁塔加固基础纠偏装置，属于电力施工技术领域，该沉陷区高压输电铁塔加固基础纠偏装置，包括输电铁塔、铁塔基础和路基，所述铁塔基础位于路基内部设置，还包括：加固机构和纠偏机构，通过纠偏机构的设置，当输电铁塔的一脚路基产生不均匀的沉陷时，受输电铁塔整体偏斜的影响，与输电铁塔该塔脚相连接的活动杆能够在对应连接杆内部移动，第一活塞板挤压该第二腔室内部的液压油进入对应的第四腔室内部，推动对应调节件中的第二活塞板移动，使第二活塞板向着靠近分离板的方向移动，使支撑件快速与沉陷的地面接触，对该塔脚的铁塔基础提供支撑与限制，防止输电铁塔整体偏斜。
Deviation correcting device for reinforcing foundation of high-voltage power transmission tower in subsidence area
The invention provides a subsidence area high-voltage power transmission iron tower reinforcing foundation deviation rectifying device, and belongs to the technical field of power construction, the subsidence area high-voltage power transmission iron tower reinforcing foundation deviation rectifying device comprises a power transmission iron tower, an iron tower foundation and a roadbed, the iron tower foundation is arranged in the roadbed, and the subsidence area high-voltage power transmission iron tower reinforcing foundation deviation rectifying device further comprises a reinforcing mechanism and a deviation rectifying mechanism; through the arrangement of the deviation rectifying mechanism, when a foundation of one foot of the power transmission iron tower sinks unevenly, a movable rod connected with the tower foot of the power transmission iron tower can move in a corresponding connecting rod under the influence of overall deviation of the power transmission iron tower, and a first piston plate extrudes hydraulic oil in a second cavity into a corresponding fourth cavity; the second piston plates in the corresponding adjusting pieces are pushed to move, so that the second piston plates move in the direction close to the separating plates, the supporting pieces make rapid contact with the sunken ground, an iron tower foundation of the tower foot is supported and limited, and the whole power transmission iron tower is prevented from deflecting.
本发明提供一种沉陷区高压输电铁塔加固基础纠偏装置，属于电力施工技术领域，该沉陷区高压输电铁塔加固基础纠偏装置，包括输电铁塔、铁塔基础和路基，所述铁塔基础位于路基内部设置，还包括：加固机构和纠偏机构，通过纠偏机构的设置，当输电铁塔的一脚路基产生不均匀的沉陷时，受输电铁塔整体偏斜的影响，与输电铁塔该塔脚相连接的活动杆能够在对应连接杆内部移动，第一活塞板挤压该第二腔室内部的液压油进入对应的第四腔室内部，推动对应调节件中的第二活塞板移动，使第二活塞板向着靠近分离板的方向移动，使支撑件快速与沉陷的地面接触，对该塔脚的铁塔基础提供支撑与限制，防止输电铁塔整体偏斜。
Deviation correcting device for reinforcing foundation of high-voltage power transmission tower in subsidence area
沉陷区高压输电铁塔加固基础纠偏装置
ZHU JIANGLONG (author) / ZHANG WEIRONG (author) / WANG YANXIA (author) / CAO ZHENGWEI (author) / ZHANG XIAOWEI (author) / YIN YINGYING (author) / LI XIANGPING (author) / YONG SHAOLONG (author) / YE LIFANG (author) / YANG JIANNING (author)
2024-09-06
Patent
Electronic Resource
Chinese
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