Digital ray detection bracket system supported by GIS cylinder

Abstract

The present invention discloses a digital ray detection bracket system supported by a GIS cylinder. The digital ray detection bracket system comprises a hooping belt around a GIS cylinder, wherein one surface of the hooping belt is provided with a dark bag bracket mechanism capable of being adjusted up and down along the axial direction of the GIS cylinder, the dark bag bracket mechanism is used for installing a CR dark bag, the other opposite surface of the hooping belt is provided with a pad block contacting the surface of the GIS cylinder, the pad block is connected to a support frame, the support frame is connected to a stretching rod through an angle adjustment mechanism, and the stretching rod is connected to a frame type rack for placing a ray machine. According to the present invention, through the ingenious combination of various parts, the ray detection bracket system with characteristics of convenient installation, simple operation, small occupation space, ray machine focal distance adjusting, stability, reliability, no shaking and strong applicability is designed, and is especially suitable for the ray detection of the GIS cylinder.

Description

technical field [0001] The invention relates to a digital ray detection support system supported by a GIS cylinder, belonging to the technical field of on-site digital X-ray detection of GIS equipment. Background technique [0002] X-ray digital detection of in-service GIS equipment is an important means emerging in recent years, which can effectively guarantee the safe and stable operation of GIS equipment. The GIS equipment in the on-site environment is often large in diameter and high in height. When testing it, it is necessary to upgrade the testing equipment. Due to the complexity of the site environment, it is often impossible to find a support point. It can only be carried out by building stairs and scaffolding. Time is wasted, and a large amount of manpower will be consumed, especially in places where the space is narrow, it is difficult to operate. [0003] In order to solve the problems of inconvenient transillumination, large space occupation, and difficult to me...

AI Technical Summary

Problems solved by technology

The GIS equipment in the on-site environment is often large in diameter and high in height. When testing it, it is necessary to upgrade the testing equipment. Due to the complexity of the site environment, it is often impossible to find a support point. It can only be carried out by building stairs and scaffolding. It will waste time and consume a lot of manpower, especially in places with narrow spaces.

[0003] In order to solve the problems of inconvenient transillumination, large space occupation, and difficult to meet the requirements of the on-site space in the detection of GIS equipment, the applicant designed a device for X-ray transillumination using the GIS cylinder as a support (application number: 2013205982680), The device is mainly composed of two hoisting pulleys, hoisting rope, hand winch, mesh sling, X-ray machine hanging mechanism and DR plate assembly hanging frame installed on the GIS cylinder. During actual use, the applicant found that This device also has the following problems: 1. The focal length of the X-ray machine cannot be effectively adjusted during use, and the X-ray machine head is close to the cylinder body, the field of view is small, and the shooting quality is poor; 2. There are many accessories, which are troublesome to assemble and are easy to lose ; 3. Only suitable for shooting high-altitude GIS cylinders

[0004] At present, the digital detection of GIS equipment at an elevation of 1-3m mainly adopts floor-mounted supports. This method cannot adapt well to the narrow detection space and uneven ground conditions. At the same time, it requires multiple people to cooperate and operate, and the efficiency is low.

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