Power supply line wind deviation alarm platform
A power supply line and line wind technology, applied in the field of power supply line wind deviation alarm platform, can solve the problems of low efficiency, non-real-time data transmission, and low accuracy.
Inactive Publication Date: 2016-09-21
国网山东省电力公司冠县供电公司
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Problems solved by technology
In the existing technology, the detection of wind deflection of power supply lines by the power supply management department is still in the manual detection method, that is, arranging special personnel to go to the site for naked eye observation. Because this detection method relies too much on the experience of the on-site personnel, the efficiency is low and the accuracy is low. At the same time, the data transmission of this detection method is not real-time, and it is impossible to achieve full-time detection
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[0015] The implementation of the power supply line windage warning platform of the present invention will be described in detail below with reference to the accompanying drawings.
[0016] At present, the power supply lines are generally suspended in the air with iron tower structures. Due to the flexibility of the power supply lines themselves, they are easy to shake in windy weather. Departments and residents are inconvenient, and disconnected wires may cause electric shocks to people and animals. Therefore, the wind deviation detection of the power supply line is very important, and it can provide the power supply management department with real-time data of the power supply line to decide whether to take necessary protective measures to avoid further expansion of the situation.
[0017] However, the wind deflection detection scheme of power supply lines adopted in the prior art requires the power supply management department to arrange personnel to go to the site to carry ...
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The invention relates to a wind deflection alarming platform of a power supply line. The platform comprises a wind speed sensor, a FLASH memory chip, a wind deflection angle determining device and a robot body, wherein the wind speed sensor is arranged on the power supply line to detect the real-time wind speed of the power supply line; the FLASH memory chip is used to store preset parameters related to the real-time wind deflection angle of the power supply line; the wind deflection angle determining device is used to calculate the real-time wind deflection angle of the power supply line; the robot body is arranged on the power supply line, and used to tour the power supply line; and both the FLASH memory chip and the wind deflection angle determining device are both positioned on the robot body. According to the invention, the robot body serves as the detection body, accurate real-time alarming is provided for the wind deflection angle of the power supply line, and safe operation of the power supply network is ensured.
Description
technical field [0001] The invention relates to the field of power grid management, in particular to a wind deflection alarm platform for power supply lines. Background technique [0002] Wind deflection, the English name is winddeflection, refers to the phenomenon that the overhead power supply line is affected by the wind and deviates from its vertical position. Generally, the wind deflection degree of the power supply line is measured by the wind deflection angle. If the wind deflection angle of the power supply line is too large and exceeds the safe range, it may cause the power supply line to be disconnected or pull the iron tower near the power supply line to fall, causing a power supply accident. [0003] It can be seen that the wind deflection detection of the power supply line is very important. In the existing technology, the detection of wind deflection of power supply lines by the power supply management department is still in the manual detection method, that i...
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IPC IPC(8): G01B21/22
CPCG01B21/22
Inventor 苏居国朱广勋柴子光代鹏黄振杰许明渤王腾刘涛刘名利孙飞龙王金华许有洪马海涛王军王风启刘峰刘怀有于黎迅文保国何延辉曹子建赵培涛杜俊峰许洪攀郭硕
Owner 国网山东省电力公司冠县供电公司