Full-automatic X-ray real-time imaging detection device for cable

Abstract

The invention discloses a full-automatic X-ray real-time imaging detection device for a cable. The device comprises an arc-shaped arm, a lead room, a lead room supporting mechanism, a carrier and thecable, wherein the arc-shaped arm is mounted on the inner wall of the lead room; the lead room is mounted on the lead room supporting mechanism; the lead room supporting mechanism is fixed to the carrier; and the detected cable is located at the center of the device. The device disclosed by the invention overcomes various defects of detecting the cable manually fundamentally, so that the detectionproduction efficiency is improved greatly and the detection range is expanded. The device is suitable for various complicated detection conditions. By means of automatic remote control, protective damage to staff by X ray is reduced. Automatic image computer storage replaces a film, so that the device is more environmentally friendly and economical and suitable for being popularized widely.

Description

technical field [0001] The invention relates to a fully automatic X-ray real-time imaging detection device, in particular to a fully automatic X-ray real-time imaging detection device for cables. Background technique [0002] At present, the 360° non-destructive testing of the insulation layer of the cable is still manual inspection, and the insulation layer of the cable is tested by filming. Although the filming is simple, the disadvantages of low work efficiency, complexity, and serious pollution have always been the detection industry problems. As the process of Industry 4.0 continues to advance, the X-ray non-destructive testing industry has higher and higher requirements for detection efficiency. The previous detection technology can no longer meet the current detection requirements for cables. Especially for the final cable laying process, the construction environment is harsh, and the traditional manual inspection is limited by various space location conditions and h...

AI Technical Summary

Problems solved by technology

[0002] At present, the 360° non-destructive testing of the insulation layer of the cable is still manual inspection, and the insulation layer of the cable is tested by filming. Although the filming is simple, the disadvantages of low work efficiency, complexity, and serious pollution have always been the detection industry problems

As the process of Industry 4.0 continues to advance, the X-ray non-destructive testing industry has higher and higher requirements for detection efficiency. The previous detection technology can no longer meet the current detection requirements for cables.

Especially for the final cable laying process, the construction environment is harsh, and the traditional manual inspection is limited by various space location conditions and harsh environments, so it is impossible to inspect the cable in an all-round, more comprehensive and systematic manner, and it will always be protected by X-rays. damage, slow detection progress, extremely low production efficiency, a series of defects and disadvantages caused by traditional technology, cable manufacturers and users are in urgent need of a new X-ray detection technology

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