Surrounding wind power detection indicator of high tension transmission line

Abstract

The invention provides a surrounding wind power detection indicator of a high tension transmission line. When the surrounding wind power detection indicator of a high tension transmission line is used, an angle swinging rod will rotate a large angle once the wind surrounding the line exceeds a prescribed limit, and the top end of the angle swinging rod directly compresses a left elastic buffer pressure spring and a right elastic buffer pressure spring to generate elastic physical deformation so as to enable a left metal conductive block to touch a right contact conductive seat or a right metalconductive block to touch a right contact conductive seat, thus implementing closed communication between two groups of circuits: a sounding alarm, an energy supply battery pack, the left metal conductive block and the left contact conductive seat or a sounding alarm, an energy supply battery pack, the right metal conductive block, and the right contact conductive seat, and then the sounding alarm immediately sounds to remind an electrician to pay attention and take appropriate measures to maintain the high-voltage transmission line, so as to avoid the damage of the transmission line caused by the large wind and provide auxiliary protection for property safety for people, caused by the power transmission problem and meet the requirements of further line related testing.

Description

technical field [0001] The invention relates to the field of electric equipment, and more specifically, to a wind force detection indicator around a high-voltage transmission line. Background technique [0002] In recent years, with the continuous and rapid growth of my country's national economy and the continuous increase of electricity consumption, the bottleneck of power transmission capacity is very prominent, especially in economically developed areas, such as southern Jiangsu in East China, Shanghai, Zhejiang and other coastal areas. How to improve The transmission capacity of transmission lines is a problem that must be solved in front of the power sector. The requirements for direct monitoring of power equipment in the running state are very high. The monitoring can neither affect the normal operation of the system, but also directly reflect the status of the equipment in operation, which is more difficult and more demanding than offline detection when the operation ...

AI Technical Summary

Problems solved by technology

The main difficulties in realizing the on-line monitoring of equipment status are: (1) the operating status of the equipment cannot be affected; (2) the monitoring is not disturbed by high-voltage live equipment and environmental factors; once the surrounding wind exceeds the specified limit, it is easy to cause high-voltage The scraping and damage of the line makes it difficult to take appropriate measures in time to maintain the high-voltage transmission line, so as to avoid great harm to the property safety of the people caused by the problem of power transmission. Therefore, it is necessary to design a wind turbine around the high-voltage transmission line. detection indicators to address the above issues

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