Flexible suspension lifting and translating device for X-ray imaging and shooting detection

Abstract

The invention relates to a flexible suspension lifting and translating device for X-ray imaging and shooting detection of a large-scale tested workpiece. The device has the structures as follows: four light-weight conveyer belts with the same length and width are respectively winded on four scrolls with the same diameter; four scrolls are arranged on the same horizontal line shaped like a Chinese character kou; bevel gears with the same gear number are meshed with each other at 90 degrees; a driving scroll is connected with a reducer motor and is sequentially meshed with other three driven scrolls through the bevel gear; one end of the light-weight conveyer belt is retracted on the four scrolls and the other end is connected with a ray tube unit and an X-ray tube device; a cross beam and a rail are arranged close to a ceiling of a flaw detection chamber; crossbeam running gears are arranged at both ends of the crossbeam; and the rail is fixed on a wall through a bracket. Four light-weight conveyer belt retraction mechanisms ensure smooth declination of the X-ray tube or an image enhancer and balance of translation in the axle-x and axle-y directions, are beneficial to improving the X-ray imaging precision, and have small volume, reasonable moving orbit and reduced space.

Description

Technical field [0001] The invention relates to an X-ray detection instrument tooling equipment, in particular to a vertical lifting and translation device required for X-ray imaging and filming detection. Background technique [0002] At present, in terms of X-ray inspection tooling equipment, X-ray tubes, image intensifiers and other inspection instruments are installed on lifting trucks, C-arms and other tooling. The method of inspecting workpieces is very common, but the scope of application is limited. Very limited and only suitable for the detection of small and medium-sized parts. For some parts with a relatively large one-time inspection span, it is very difficult or even impossible to complete the inspection. For these toolings, if you want to achieve a larger detection range, you need to increase the tooling to make the tooling in height and volume. To increase a lot, the floor area and volume must be increased a lot, which will also greatly increase the cost, and the ...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the problem of the small applicable range of the existing X-ray detection equipment and equipment, the present invention greatly expands the detection equipment in the vertical, horizontal and height directions required for workpiece detection without increasing the occupied area and volume. Increase the range of movement, so that the workpiece to be inspected can change the direction and move the position as little as possible to complete the inspection

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