Pulse X-ray transmitter equipped with remote integrated control extension device

Abstract

A pulse X-ray transmitter equipped with a remote integrated control extension device comprises a pulse X-ray transmitter (6), an extension cord (4), and a controller connected to the end of the extension cord (4). The pulse X-ray transmitter (6) is connected with the extension cord (4) through a data interface (5) of the pulse X-ray transmitter (6). The controller includes three control buttons (2), a liquid crystal display (1), and an ignition button (3), wherein the three control buttons include an up key, a down key and an ok key. The pulse X-ray transmitter (6) is equipped with a battery (7). Exposure of operators to residual radiation at the tail of the pulse X-ray transmitter can be effectively avoided, and radiation damage to operators can be avoided.

Description

technical field [0001] The invention relates to the technical field of non-destructive testing, in particular to a pulsed X-ray transmitter with a remote comprehensive control extension device, wherein a pulsed X-ray remote extension line for non-destructive testing of electrical equipment is suitable for X-ray non-destructive testing of electrical equipment. , to ensure the personal safety of non-destructive testing personnel outside the range of pulsed X-ray radiation. Background technique [0002] In recent years, due to the rapid growth of the national economy, the rapid increase of residents' electricity consumption, the continuous expansion of the scale of power transmission and transformation, and the continuous expansion of the installed capacity of the power grid, the reliable and stable operation of the power system is particularly important. When the power system fails, it is necessary to quickly and accurately determine the defect type and defect location. Howev...

AI Technical Summary

Problems solved by technology

However, the traditional detection method cannot accurately determine the type and location of the defect, and often requires experienced staff to judge the approximate type and location of the defect based on the waveform displayed by the detection device

Although the current pulsed X-ray digital imaging technology can perform internal flaw detection tests without dismantling the equipment and without powering off, there are still traces of rays at the tail of the portable pulsed X-ray machines commonly used in the industry, and the emitted rays will affect the work being used. Personnel cause radiation damage, and staying away from its source of radiation can effectively avoid radiation damage

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