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A platform for research: civil engineering, architecture and urbanism
Pole tower foundation, using method and pole tower
The invention relates to a pole tower foundation, a using method and a pole tower, the pole tower foundation comprises a tower foot mounting base platform, a vertical guide rail used for conducting the shearing force of a tower foot and a tower foot pushing and lifting device used for pushing and lifting the tower foot in the vertical direction are arranged on the tower foot mounting base platform, and a base platform settlement measuring device comprises a monitoring hard vertical pipe, a reference hard vertical pipe, a gas communication hose and a liquid communication hose. The two ends of the liquid communication hose are connected with the lower end of the monitoring hard vertical pipe and the lower end of the reference hard vertical pipe through pipelines respectively to form a U-shaped pipe, flowable liquid is contained in the U-shaped pipe, and the two ends of the gas communication hose are connected with the upper end of the monitoring hard vertical pipe and the upper end of the reference hard vertical pipe through pipelines respectively. A communicating port of the gas communicating hose and the monitoring hard vertical pipe and a communicating port of the gas communicating hose and the reference hard vertical pipe are both higher than the liquid level of the flowable liquid in the U-shaped pipe, and the monitoring hard vertical pipe is fixedly connected with the tower foot mounting base. The settlement amount of the tower foot can be measured, and the height of the tower foot can be conveniently corrected.
本发明涉及一种杆塔基础、使用方法、杆塔，包括塔脚安装基台，其上设有用于传导塔脚剪力的竖直导轨和用于沿所述竖直方向推升塔脚的塔脚推升装置，基台沉降量测量装置包括监测硬竖管、参照硬竖管、气体连通软管和液体连通软管，液体连通软管的两端分别与监测硬竖管的下端、参照硬竖管的下端管道连接，以形成U形管，U形管内盛装有可流动式液体，气体连通软管的两端分别与监测硬竖管的上端、参照硬竖管的上端管道连接，且气体连通软管与监测硬竖管的连通口、气体连通软管与参照硬竖管的连通口均高于U形管内的可流动式液体的液面，监测硬竖管与塔脚安装基台固定连接。它可以测量塔脚的沉降量，并方便修正塔脚高度。
Pole tower foundation, using method and pole tower
The invention relates to a pole tower foundation, a using method and a pole tower, the pole tower foundation comprises a tower foot mounting base platform, a vertical guide rail used for conducting the shearing force of a tower foot and a tower foot pushing and lifting device used for pushing and lifting the tower foot in the vertical direction are arranged on the tower foot mounting base platform, and a base platform settlement measuring device comprises a monitoring hard vertical pipe, a reference hard vertical pipe, a gas communication hose and a liquid communication hose. The two ends of the liquid communication hose are connected with the lower end of the monitoring hard vertical pipe and the lower end of the reference hard vertical pipe through pipelines respectively to form a U-shaped pipe, flowable liquid is contained in the U-shaped pipe, and the two ends of the gas communication hose are connected with the upper end of the monitoring hard vertical pipe and the upper end of the reference hard vertical pipe through pipelines respectively. A communicating port of the gas communicating hose and the monitoring hard vertical pipe and a communicating port of the gas communicating hose and the reference hard vertical pipe are both higher than the liquid level of the flowable liquid in the U-shaped pipe, and the monitoring hard vertical pipe is fixedly connected with the tower foot mounting base. The settlement amount of the tower foot can be measured, and the height of the tower foot can be conveniently corrected.
本发明涉及一种杆塔基础、使用方法、杆塔，包括塔脚安装基台，其上设有用于传导塔脚剪力的竖直导轨和用于沿所述竖直方向推升塔脚的塔脚推升装置，基台沉降量测量装置包括监测硬竖管、参照硬竖管、气体连通软管和液体连通软管，液体连通软管的两端分别与监测硬竖管的下端、参照硬竖管的下端管道连接，以形成U形管，U形管内盛装有可流动式液体，气体连通软管的两端分别与监测硬竖管的上端、参照硬竖管的上端管道连接，且气体连通软管与监测硬竖管的连通口、气体连通软管与参照硬竖管的连通口均高于U形管内的可流动式液体的液面，监测硬竖管与塔脚安装基台固定连接。它可以测量塔脚的沉降量，并方便修正塔脚高度。
Pole tower foundation, using method and pole tower
杆塔基础、使用方法、杆塔
HU XIN (author) / XUE WEIBIN (author) / XI XIAOJUAN (author) / YANG JIANWEI (author) / LI WEI (author) / GUO ZHENGWEI (author) / RONG GAILI (author) / YANG MIN (author) / WANG WENFENG (author) / LI FEI (author)
2023-05-02
Patent
Electronic Resource
Chinese
| European Patent Office | 2023
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