Multifunctional and intelligent X-ray lab and device thereof

Abstract

The invention discloses a multifunctional and intelligent X-ray lab and a device thereof. The lab consists of a basic experimental platform positioned in a lead room, an intelligent detection platform and an experimental control platform positioned outside the lead room, wherein (1) the basic experimental platform is respectively provided with a ray machine bearing device, a sample bearing device, a gas high-pressure testing device and a liquid high-pressure testing device; (2) the intelligent detection platform is provided with a sample moving device; and (3) the experimental control platform is respectively provided with a remote control device, a monitoring device and a database center. The lab can develop basic experimental research related to X rays, the intelligent detection of equipment can be performed, and the lab has the obvious advantages of safe experimental and detection environment and high equipment detection efficiency.

Description

technical field [0001] The invention relates to a multifunctional and intelligent X-ray detection laboratory and device, in particular to a multifunctional and intelligent laboratory and device suitable for X-ray perspective detection and experimentation of power equipment. Background technique [0002] X-rays are short-wavelength electromagnetic waves that can penetrate devices and are often used to examine structures inside devices. At present, X-ray digital imaging technology has been used in medicine, aviation, security inspection and other fields. However, X-rays have ionizing radiation, and long-term exposure to X-rays will cause biological effects, which is not conducive to human health. [0003] In recent years, X-ray digital imaging (Digital Radiography, DR) technology has been successfully applied to substation gas insulated switches (Gas Insulated Switches, GIS), tank circuit breakers, oil circuit breakers, composite insulators, dry-type transformers, current tra...

AI Technical Summary

Problems solved by technology

Research in this area mainly focuses on two aspects: (1) Whether high-energy X-rays can cause SF 6 The gas decomposes to reduce its insulation performance; (2) Will the high-energy X-rays affect the SF inside the GIS during live operation? 6 The influence of the gas will reduce its insulation performance

[0005] Oil-immersed transformers are insulated with insulating oil. Before performing X-ray fluoroscopy inspection, it is also necessary to clarify two aspects: (1) Whether high-energy X-rays will affect the insulation performance of the oil; (2) Whether high-energy X-rays will affect the insulating oil inside the live-running transformer, reducing its insulation performance

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