A method for measuring and warning the working distance of a crane lifting vehicle near potential

Abstract

The invention belongs to the fields of high-voltage live-line safe work construction safety monitoring and wireless communication, and discloses a distance measuring and alarming method for potential approaching work of a crane lifting car. The method is characterized in that based on distance measurement, information wireless transmission and data fusion, the real-time accurate measurement of the distance from construction personnel and equipment to a charged body and safety alarming are realized, accidents such as an electric shock caused by close contact with the charged body are prevented, serious safety accidents such as property loss and personnel casualties are prevented, the level of construction safety is simultaneously increased, the maintenance efficiency is substantially improved, and the construction safety is enhanced. The distance measuring and alarming method for the potential approaching work of the crane lifting car is used for high-voltage live-line safe work construction safety monitoring, and measurement without blind angles is realized by multi-angle ultrasonic sensors; a WiFi hot spot wireless network is flexibly installed; in addition, a control room can obtain construction on-site information at any time, a distance measuring and safety alarming system is formed, and the safety distance measuring problem of high-voltage live-line safe work construction is fundamentally solved.

Description

technical field [0001] The invention relates to construction safety monitoring of high-voltage electrified safety work, in particular to a method for measuring and warning the working distance of a crane lifting vehicle near a potential. Background technique [0002] With the rapid development of my country's economy, the construction scale of the power grid has developed by leaps and bounds. Live work has also become an important means of testing, repairing and reforming power transmission equipment in the construction of the power grid. It has played a role in the safe and reliable operation of the power system and the improvement of economic benefits very important role. But it faces more and more problems. Live work will bring more difficulties to safe work. In recent years, frequent safety accidents caused by being too close to live equipment have caused serious losses in national economic production. At present, with the progress of live work, the monitored environment...

AI Technical Summary

Problems solved by technology

But it faces more and more problems. Live work will bring greater difficulties to safe work. In recent years, frequent safety accidents caused by being too close to live equipment have caused serious losses in national economic production.

At present, with the progress of live work, the monitored environmental quantities will be more complex

If manual monitoring is used, there will be disadvantages: 1) Since manual monitoring mainly relies on human observation, observers may misdirect due to slack, obstructed viewing angles, etc., which will lead to vicious safety accidents such as equipment electric shock damage and personnel electric shock casualties; 2) for The requirements for the professional quality of observers are very high, and it also increases the cost of the project

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