Batch industrial CT detection system

Abstract

The invention relates to a batch industrial CT detection system, which comprises a conveyor belt platform, a material carrying support frame, an industrial CT imaging device, a side pushing mechanismand a circulating conveying crane mechanism, and is characterized in that the material carrying support frame is of a foldable structure, and after a workpiece is placed on the material carrying support frame, the material carrying support frame can be subjected to self-adaptive folding degree adjustment; the industrial CT imaging device is arranged at the tail end of the conveyor belt platform; the lateral pushing mechanism laterally pushes the material carrying supporting frame carried to the tail end of the conveying belt platform and the workpiece into the industrial CT imaging device together, and after detection is completed, the material carrying supporting frame is pulled out of the industrial CT imaging device. Compared with the prior art, the batch industrial CT detection systemcan be used for large-scale inspection workshops, the constructed full-automatic detection workshop basically does not need manpower consumption, and operators are prevented from being in a radiationenvironment; the material loading support frame is used as a carrier of the whole process, so that unstable factors in sample loading and unloading are avoided, and the sample loading and unloading efficiency can be greatly improved.

Description

technical field [0001] The invention relates to an industrial CT detection system, in particular to a batch industrial CT detection system. Background technique [0002] Industrial CT (industrial computerized tomography) refers to nuclear imaging technology applied in industry. The basic principle is based on the attenuation and absorption characteristics of radiation in the detected object. The ability of a substance to absorb radiation is related to the nature of the substance. Therefore, by using the attenuation law and distribution of X-rays or γ-rays with certain energy and intensity emitted by radionuclides or other radiation sources in the detected object, it is possible to obtain detailed information inside the object through the detector display. The information is finally displayed in the form of images using computer information processing and image reconstruction techniques. [0003] The existing industrial CT inspection can only take the workpieces into the i...

AI Technical Summary

Problems solved by technology

[0003] The existing industrial CT inspection can only take the workpieces into the industrial CT imaging device one by one, and then take out the workpieces after the internal inspection is completed. However, in the face of batch inspection of workpieces, this manual inspection process is incompetent

If an industrial robot is used to realize the loading and unloading of samples during inspection, it is necessary to design a robot grabbing arm that can hold and place workpieces with various contours, which is difficult and extremely costly

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