Intelligent monitoring method for preventing external breakage of constructing machine for power lines

Abstract

The invention discloses an intelligent monitoring method for preventing external breakage of a constructing machine for power lines. A near-electricity alarming induction end is installed on a mobile arm of a large mobile device and inducts voltage, and a system sends messages to a driver in a wireless mode and continuously sends messages to far-off relevant protecting personnel for electric power facilities through telecommunication in a wireless mode; a radar ranging device is installed on the large mobile device so that semispherical and radial radar waves can be formed; GPRS positioning systems are installed on vehicles in forcible braking, the orientation and relevant information of the vehicle in danger are sent to the protecting personnel for the electric power facilities, and accurate, convenient and fast approaches are provided for the protecting personnel for the electric power facilities to rush to trouble causing sites to stop and handle troubles. The electric power facilities can be protected and managed easily, and even though unmanned line patrol is performed, whether there are large machines in a line protecting area or not can be known in time through positioning management of the system.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this patented technology allows for easy monitoring by managing protective equipment within specific areas without being overlooked or causing damage during times where it's important to prevent accidental contact with dangerous machines.

Problems solved by technology

This patents discuss how security issues arise when managing large equipment used at industrial sites during emergency situations due to potential hazards posed outside physical barriers like roadsides or buildings. These concerns include accidental explosions involving heavy machine tools being moved over sensitive structures, which may lead to loss of life and property damages. Existing solutions involve manual monitoring and intervention based upon visual signs alone, making effective management challenging without proper safeguard measures.