Device and method for moving, lifting and rotating industrial X-ray detection machine

Abstract

The invention relates to a device and method for moving, lifting and rotating an industrial X-ray detection machine, belonging to the technical field of electromechanical devices and methods. According to the technical scheme, the industrial X-ray detection machine (3) is arranged on a ray machine clamp base (4), the lower end of the ray machine clamp base is in insertable connection with a lifting cylinder (2), the lower part of the lifting cylinder (2) is connected with an inner thread sleeve (9) in a welding manner, the inner thread sleeve (9) is meshed and connected with a lifting screw (10) through an inner thread, one end of a single-phase capacitor starting motor (15) is connected with a controller (17), and the other end of the single-phase capacitor starting motor (15) is connected with the lifting screw (10) through a transmission screw (13) and a reversing gear (14). The equipment and the method have the beneficial effects that the convenience is brought to disassembly, the industrial X-ray detection machine is conveniently carried, the industrial X-ray detection machine can be moved back and forth, left and right and up and down and can be rotated in the circumferential direction according to different demands; and when industrial ray detection is implemented in a production field or outdoors, the working efficiency is greatly increasedand the labor intensity is reduced.

Description

technical field [0001] The invention relates to a device and method for moving, lifting and rotating an industrial X-ray flaw detector, and belongs to the technical field of electromechanical devices and methods. Background technique [0002] In industrial X-ray flaw detection, in order to meet the requirements of radiographic quality grades, flaw detectors need to adjust the distance (focal length) from the X-ray flaw detector to the surface of the workpiece in a timely manner. The flaw detector moves forward and backward and rotates it circumferentially to an appropriate angle. When X-ray flaw detection is carried out on the production site or in the field, the on-site environment usually cannot meet the actual needs, and the flaw detectors need to look around for supports or pads, etc., and sometimes it is difficult to meet the technical requirements of the detection process, resulting in a lot of rework, tens of kilograms The weight of the flaw detector also brings a he...

AI Technical Summary

Problems solved by technology

When X-ray flaw detection is carried out on the production site or in the field, the on-site environment usually cannot meet the actual needs, and the flaw detectors need to look around for supports or pads, etc., and sometimes it is difficult to meet the technical requirements of the detection process, resulting in a lot of rework, tens of kilograms The weight of the flaw detector also brings a heavy burden to the flaw detector

Therefore, there is a current situation of low work efficiency and high labor intensity in X-ray flaw detection.

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