Ice-covering-proof type iron tower

Abstract

The invention discloses an ice-covering-proof type iron tower comprising a base; the upper end of the base is fixedly provided with a iron tower body, the top portion inside the iron tower is fixedlyprovided with an installation block, an installation cavity is arranged in the installation block, the side wall of one end inside the installation cavity is rotatably connected with a first rotatingrod, and the first rotating rod is provide with a swivel plate in a penetrating mode. The ice-covering-proof type iron tower realizes an ice-covering-proof design to the iron tower, avoids the iron tower to freeze on the surface, and solves the problems that loading born by the iron tower is excessive due to icing to cause local deformation or damage to the iron tower and in serious case, even collapse of the iron tower is caused, infrastructure of electric transmission lines is destroyed, and the electric transmission lines can be completely paralyzed to power failure; and at the same time, the icing generated on the iron tower is cleaned by manpower to cause a great deal of manpower and material resources, and low operation cost of the electric transmission lines is not facilitated. Theice-covering-proof type iron tower is simple in structure, convenient to operate, and suitable to generalize.

Description

technical field [0001] The invention relates to the technical field of basic power facilities, in particular to an anti-icing iron tower. Background technique [0002] Due to the long-term exposure of the transmission line to the wild, it will be adversely affected under certain natural conditions, especially when large-scale natural disasters such as low temperature, rain, snow, and freezing occur, the most severely damaged is the transmission system, and the iron tower is a high-voltage transmission system. In the system, the infrastructure used to cooperate with the insulator strings to hang the wires is prone to ice coating on the surface under low temperature, rain, snow and freezing weather conditions, causing the tower to bear excessive loads, causing local deformation or damage of the tower, and even causing serious damage to the tower. The collapse of the iron tower will destroy the infrastructure of the transmission line and completely paralyze the transmission lin...

AI Technical Summary

Problems solved by technology

[0002] Due to the long-term exposure of the transmission line to the wild, it will be adversely affected under certain natural conditions, especially when large-scale natural disasters such as low temperature, rain, snow, and freezing occur, the most severely damaged is the transmission system, and the iron tower is a high-voltage transmission system. In the system, the infrastructure used to cooperate with the insulator strings to hang the wires is prone to ice coating on the surface under low temperature, rain, snow and freezing weather conditions, causing the tower to bear excessive loads, causing local deformation or damage of the tower, and even causing serious damage to the tower. The collapse of the iron tower will destroy the infrastructure of the transmission line and completely paralyze the transmission line, resulting in a power outage. To this end, we propose an anti-icing iron tower to solve the above problems

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