Method and system for determining the orientation of the strongest field source

Abstract

The invention discloses a method and a system for determining orientation of the strongest field sources. The method includes computing Euler angular data according to three-axis acceleration data and three-axis angular speed data obtained by a high-voltage device at detection locations; acquiring electric field strength values corresponding to the Euler angular data measured by the high-voltage detection device at the detection locations and determining Euler angular values corresponding to the maximum electric field strength values; determining the orientation of the strongest field sources according to the Euler angular values corresponding to the maximum electric field strength values of at least three different detection locations. The method and the system for determining the orientation of the strongest field sources have the advantages that accurate determination results can be obtained by the aid of the method, staffs can be assisted in determining the orientation of the maximum electric field strength when the staffs are positioned in work places with multiple field sources, and unintended high-voltage electric shock accidents can be prevented; the system for determining the orientation of the strongest field sources is simple in structure and is portable, the data can be acquired and processed in real time, and accordingly the orientation of the strongest field sources can be ultimately determined.

Description

technical field [0001] The invention relates to the technical field of electric field intensity measurement, in particular to a method and system for determining the orientation of the strongest field source. Background technique [0002] Safety production is the top priority of power inspection work. Since the staff will inevitably be close to the high-voltage equipment when they are working, it is necessary to keep a sufficient safe distance from the high-voltage equipment, so a suitable high-voltage alarm device is required to remind staff to ensure safe production. [0003] Most of the high-voltage alarm devices, when the high-voltage detection device enters the electric field range, the measured electric field strength value reaches the preset threshold, and the high-voltage alarm device sends an alarm to remind the staff that the electric field strength is close to the dangerous value. [0004] However, when the staff is in a workplace with low voltage, the above devi...

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Problems solved by technology

[0005] The purpose of the present invention is to provide a method and system for determining the orientation of the strongest field source, so as to solve the problem of high voltage due to the inability to determine which orientation has the highest electric field intensity when workers are in a workplace with multiple field sources. Technical Problems of Electric Shock Accidents

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