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A platform for research: civil engineering, architecture and urbanism
Strong-wind-resistant electric iron tower
The invention relates to the technical field of electric power communication facilities, in particular to a strong-wind-resistant electric power iron tower which comprises a tower footing, a base reinforcing mechanism and a first reinforcing mechanism. The upper end of the tower footing is connected with a tower body through a fixing bolt, the upper end of the tower body is connected with a tower top through a fixing bolt, second reinforcing mechanisms which are uniformly distributed are arranged between the lower end of the tower top and the upper end of the tower body, and second reinforcing mechanisms which are uniformly distributed are also arranged between the lower end of the tower body and the upper end of the tower footing; the base reinforcing mechanism is arranged at the lower end of the tower footing; the first reinforcing mechanism comprises a fixing frame, a locking frame and an inserting cylinder. According to the strong-wind-resistant electric power iron tower, the tower footing is installed more smoothly and firmly, the situation that the tower body shakes when facing strong wind, and consequently the ground and the land for installation of the tower footing are loosened is avoided, meanwhile, rapid temporary reinforcement can be conducted during installation, secondary reinforcement can be conducted through the studs after temporary reinforcement, secondary auxiliary reinforcement can be conducted, and the installation efficiency is improved. And the joint is firmer than traditional bolt connection.
本发明涉及电力通讯设施技术领域，具体为一种抗强风的电力铁塔，包括塔基、基座加固机构和第一加固机构；塔基其上端通过固定螺栓连接有塔身，塔身的上端通过固定螺栓连接有塔顶，塔顶的下端和塔身的上端之间设置有均匀分布的第二加固机构，塔身的下端和塔基的上端之间也设置有均匀分布的第二加固机构；基座加固机构设置于塔基的下端；第一加固机构包括固定架、锁止架和插筒。该抗强风的电力铁塔，塔基安装更加平整牢固，避免面对强风时塔身晃动而导致塔基安装的地面土地松动，同时在安装时可以进行快速临时加固，在临时加固后可以通过螺柱进行二次加固，并且可以进行二次辅助加固，使得连接处相对于传统螺栓连接更加牢固。
Strong-wind-resistant electric iron tower
The invention relates to the technical field of electric power communication facilities, in particular to a strong-wind-resistant electric power iron tower which comprises a tower footing, a base reinforcing mechanism and a first reinforcing mechanism. The upper end of the tower footing is connected with a tower body through a fixing bolt, the upper end of the tower body is connected with a tower top through a fixing bolt, second reinforcing mechanisms which are uniformly distributed are arranged between the lower end of the tower top and the upper end of the tower body, and second reinforcing mechanisms which are uniformly distributed are also arranged between the lower end of the tower body and the upper end of the tower footing; the base reinforcing mechanism is arranged at the lower end of the tower footing; the first reinforcing mechanism comprises a fixing frame, a locking frame and an inserting cylinder. According to the strong-wind-resistant electric power iron tower, the tower footing is installed more smoothly and firmly, the situation that the tower body shakes when facing strong wind, and consequently the ground and the land for installation of the tower footing are loosened is avoided, meanwhile, rapid temporary reinforcement can be conducted during installation, secondary reinforcement can be conducted through the studs after temporary reinforcement, secondary auxiliary reinforcement can be conducted, and the installation efficiency is improved. And the joint is firmer than traditional bolt connection.
本发明涉及电力通讯设施技术领域，具体为一种抗强风的电力铁塔，包括塔基、基座加固机构和第一加固机构；塔基其上端通过固定螺栓连接有塔身，塔身的上端通过固定螺栓连接有塔顶，塔顶的下端和塔身的上端之间设置有均匀分布的第二加固机构，塔身的下端和塔基的上端之间也设置有均匀分布的第二加固机构；基座加固机构设置于塔基的下端；第一加固机构包括固定架、锁止架和插筒。该抗强风的电力铁塔，塔基安装更加平整牢固，避免面对强风时塔身晃动而导致塔基安装的地面土地松动，同时在安装时可以进行快速临时加固，在临时加固后可以通过螺柱进行二次加固，并且可以进行二次辅助加固，使得连接处相对于传统螺栓连接更加牢固。
Strong-wind-resistant electric iron tower
抗强风的电力铁塔
ZHU GUIYING (author) / YU LI (author) / DU MEI (author) / GAO CONGXU (author)
2024-05-10
Patent
Electronic Resource
Chinese
Fireproof wind-resistant large-scale communication iron tower structure
| European Patent Office | 2022