anti-collapse tower

Abstract

The invention discloses a collapsing prevention iron tower which comprises a concrete base. One end of a sleeve tube is in screwed connection with a screw joint, and a set of bottom connecting legs are arranged on the upper portion of the concrete base. The bottom connecting legs are all connected with a support through springs, and the support is provided with a control box. The control box is provided with a box door, and a storage battery and a controller are arranged in the control box. A lower electric wire platform is arranged on the upper portion of the support, and is connected with an upper electric wire platform through a middle stand column. An upper stand column is arranged on the upper portion of the upper electric wire platform, and the lower electric wire platform and the upper electric wire platform are each provided with a set of wiring seat. A battery rack is arranged at the upper end of the upper stand column, and a solar cell is arranged on the battery rack in a pasted mode. The collapsing prevention iron tower can utilize solar energy to achieve power supply through a storage battery power supply mode or an electric wire power supply mode, the phenomenon that the concrete base is damaged due to cold region freezing injury can be prevented, and the problem that power transmission towers collapse due to freezing injury influence is solved.

Description

technical field [0001] The invention relates to the field of electric supporting equipment, in particular to an anti-collapse iron tower. Background technique [0002] In the process of power transmission, the anti-collapse iron tower is a necessary auxiliary equipment. The use of transmission towers is inseparable from the erection of transmission lines. Transmission towers are widely built in various harsh environments and sparsely populated places. In the region, when encountering cold weather, the surface will cause freezing damage due to the freezing of water, which will cause serious damage to buildings, and the anti-collapse iron tower will undoubtedly be deformed or even damaged due to freezing damage. The location where the collapsed iron tower was built is remote, so the maintenance work requires a lot of manpower, and sometimes when the anti-collapsed iron tower is damaged, it cannot be found and repaired in time. After the damage accumulates, it is prone to the d...

AI Technical Summary

Problems solved by technology

[0002] In the process of power transmission, the anti-collapse iron tower is a necessary auxiliary equipment. The use of transmission towers is inseparable from the erection of transmission lines. Transmission towers are widely built in various harsh environments and sparsely populated places. In the region, when encountering cold weather, the surface will cause freezing damage due to the freezing of water, which will cause serious damage to buildings, and the anti-collapse iron tower will undoubtedly be deformed or even damaged due to freezing damage. The location where the collapsed iron tower was built is remote, so the maintenance work requires a lot of manpower, and sometimes when the anti-collapsed iron tower is damaged, it cannot be found and repaired in time. After the damage accumulates, it is prone to the danger of tipping over, causing serious power problems. Now a kind of can be needed. Anti-collapse iron tower against freezing damage to solve the above problems

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