An Auxiliary Device for Nondestructive Flaw Detection with High Safety Factor

Abstract

The invention relates to a nondestructive testing auxiliary device with a high security coefficient, in particular to an x-ray device auxiliary device used in the nondestructive testing industry. The nondestructive testing auxiliary device with the high security coefficient is composed of a traveling device, an x-ray device positioning device arranged on the traveling device, an x-ray device lifting and rotating device, an x-ray device safety protecting device, and slope climbing devices symmetrically arranged at the lower end of the traveling device. The nondestructive testing auxiliary device with the high security coefficient can be adjusted to the angle to be tested only by adjusting the length of a lifting bolt and the lengths of push rods of hydraulic cylinders. An x-ray device can also be rotated according to the height of a pipeline, the testing requirement is met, and the work intensity is greatly relieved. Safety protecting work is completed through a chain mechanism, and the nondestructive testing auxiliary device is easy to use, convenient to dismount and high in security coefficient.

Description

technical field [0001] The invention relates to a non-destructive flaw detection auxiliary device with a high safety factor, in particular to an X-ray machine auxiliary device used in the non-destructive flaw detection industry. Background technique [0002] At present, in the field of flaw detection, X-rays and gamma rays are basically used for non-destructive flaw detection operations, especially the X-ray machine is large in size and weighs more than 20KG, requiring multiple people to carry it, while ordinary transfer carts can only be transported on flat ground. Once it encounters stairs or other harsh terrains, it is difficult to carry, especially the particularity of the equipment, which is usually tightly bound by ropes. If it is disassembled at this time, the workers will consume time and energy, and the work efficiency will be low. During the detection process, Workers need to bind the X-ray machine to the pipeline to be tested, and then adjust the angle according t...

AI Technical Summary

Problems solved by technology

[0002] At present, in the field of flaw detection, X-rays and gamma rays are basically used for non-destructive flaw detection operations, especially the X-ray machine is large in size and weighs more than 20KG, requiring multiple people to carry it, while ordinary transfer carts can only be transported on flat ground. Once it encounters stairs or other harsh terrains, it is difficult to carry, especially the particularity of the equipment, which is usually tightly bound by ropes. If it is disassembled at this time, the workers will consume time and energy, and the work efficiency will be low. During the detection process, Workers need to bind the X-ray machine to the pipeline to be tested, and then adjust the angle according to the demand, which is labor-intensive

Images