Matching device for improving performance of paying-off tackle of power transmission line

Abstract

The invention relates to a matching device for improving the performance of a power transmission line paying-off tackle, which comprises a walking board unit, a hinge unit and an electric line lifting unit, and is characterized in that the walking board unit comprises a walking board. The power transmission line paying-off tackle is scientific and reasonable in design, emergency situations such as tackle damage and brake failure are effectively prevented, the performance of the power transmission line paying-off tackle is improved, and it is guaranteed that stringing construction is safely, efficiently and smoothly completed.

Description

technical field [0001] The invention belongs to the technical field of stringing construction of power transmission line engineering, and relates to a pay-off tackle, in particular to a supporting device for improving the performance of the pay-off tackle of a power transmission line. Background technique [0002] During the deployment of the ground wire, when the traditional walking board passes through the block, the angle of cut is relatively large, and it is "hard" to pass through. When the block returns to its position, there will be severe vibrations, and the heavy hammer at the tail will easily cause permanent damage to the block. As a result, the block is damaged, and the construction personnel can only replace it, which greatly reduces the construction efficiency, not only delays the construction period, wastes labor, but also increases the safety risk when personnel at high altitude replace the block. In low temperature environments, such as in winter, the pulleys ...

AI Technical Summary

Problems solved by technology

[0002] During the deployment of the ground wire, when the traditional walking board passes through the block, the angle of cut is relatively large, and it is "hard" to pass through. When the block returns to its position, there will be severe vibrations, and the heavy hammer at the tail will easily cause permanent damage to the block. As a result, the block is damaged, and the construction personnel can only replace it, which greatly reduces the construction efficiency, not only delays the construction period, wastes manpower, but also increases the safety risk when high-altitude personnel replace the block

In low temperature environments, such as in winter, the pulleys are prone to embrittlement. During the process of wire deployment, the pulleys are more likely to be damaged, malfunctioned, stuck, etc., and the entire section is shut down, and only construction personnel can replace them. , which greatly reduces the construction efficiency, not only delays the construction period, wastes manpower, but also increases the safety risk when high-altitude personnel replace the tackle

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