Mistake-climbing resistant tower sensing system

Abstract

The invention relates to a mistake-climbing resistant tower sensing system. The mistake-climbing resistant tower sensing system comprises a handheld terminal and a built-in chip; the handheld terminal is provided with a development board and a power supply unit; the development board is provided with a positioning module A, a communication module and a controller; the positioning module A is connected with an upper computer; the communication module is provided with an anti-interference speech recognition module; the controller is connected with a human-machine interface and a transmitting module; the transmitting module is connected with a receiving module; the receiving module is connected with a processing unit through a signal line; the processing unit is respectively connected with a emitting module and an alarm module; the emitting module is installed on the built-in chip; the emitting module is connected with the upper computer through a wireless signal; the alarm module is installed on the built-in chip; the input end of the processing unit is connected with an infrared sensing module through the signal line; the built-in chip is provided with a positioning module B; and the positioning module B is connected with the upper computer through the wireless signal. The mistake-climbing resistant tower sensing system has the advantages of simple structure, convenient and efficient use, low running cost, safety and reliability, and comprehensive function.

Description

technical field [0001] The invention belongs to the technical field of the Internet of Things, and in particular relates to a sensing system for preventing mistaken boarding of poles and towers. Background technique [0002] In recent years, with the rapid increase of urban electricity consumption and the rapid development of power grid construction, the use of double-circuit or multi-circuit power transmission is becoming more and more common. During maintenance, it is necessary to perform power-off maintenance on one circuit, and the remaining circuits are live. There are frequent accidents of personal injury and death accidents where the pole operator mistakenly enters the crossarm where the live line is located. The existing anti-mistaken pole operation protection device is generally a mechanical railing structure, which mainly limits the range of personal activities and avoids accidental boarding. Line, this kind of mechanical anti-mistaken boarding operation device is ...

AI Technical Summary

Problems solved by technology

[0002] In recent years, with the rapid increase of urban electricity consumption and the rapid development of power grid construction, the use of double-circuit or multi-circuit power transmission is becoming more and more common. During maintenance, it is necessary to perform power-off maintenance on one circuit, and the remaining circuits are live. There are frequent accidents of personal injury and death accidents where the pole operator mistakenly enters the crossarm where the live line is located. The existing anti-mistaken pole operation protection device is generally a mechanical railing structure, which mainly limits the range of personal activities and avoids accidental boarding. Line, this kind of mechanical anti-mistaken boarding operation device is heavy, the installation and use process is complicated, and the reliability is low. For this, a simple structure, convenient and quick use, low operating cost, safe and reliable, and comprehensive functions are developed. Tower sensing system is of great significance

Images