X-ray imaging system based on safety chain circuit

Abstract

The invention discloses an X-ray imaging system based on a safety chain circuit. The system comprises a small-sized X-ray optical source system, an X-ray detector, an X-ray image intensifier, a cameraand a computer. The small-sized X-ray optical source system is arranged in front of the X-ray image intensifier, the X-ray image intensifier is connected with the camera, and the camera is connectedwith the computer. According to the X-ray optical source system, by adopting the safety chain circuit, accidental dangers caused by a high-frequency high-voltage circuit can be effectively avoided, and the accidents are reduced. In addition, the problems are solved that a traditional X-ray vision imaging device is large in size, complex in system structure and high in running maintenance cost andhas high technical requirements for users, and the application range of an X-ray detection technology in the fields such as industrial manufacturing and quality detection is enlarged.

Description

technical field [0001] The invention belongs to the field of X-ray imaging, in particular to an X-ray imaging system based on a safety chain circuit. Background technique [0002] X-ray vision imaging technology originates from the non-destructive testing needs of products in the field of industrial manufacturing. Whether there are important defects in some key parts of the product and whether the assembly is correct or not is directly related to the reliability of the entire product and even the system. The existence of key parts of the product Structural hidden dangers will lead to the failure of the entire system and threaten a series of processes such as production, transportation, storage and use. The traditional X-ray inspection system has a huge tube body, and at the same time requires huge auxiliary systems such as water tanks and power supply cabinets, as well as a sample operation control platform with a volume up to the size of a house, resulting in extremely high...

AI Technical Summary

Problems solved by technology

[0002] X-ray vision imaging technology originates from the non-destructive testing needs of products in the field of industrial manufacturing. Whether there are important defects in some key parts of the product and whether the assembly is correct or not is directly related to the reliability of the entire product and even the system. The existence of key parts of the product Structural hidden dangers will lead to the failure of the entire system and threaten a series of processes such as production, transportation, storage and use

The traditional X-ray inspection system has a huge tube body, and at the same time requires huge auxiliary systems such as water tanks and power supply cabinets, as well as a sample operation control platform with a volume up to the size of a house, resulting in extremely high application conditions for the system, high production costs, and professional operation. Strong, complex process, which seriously limits its wide application

In addition, the traditional X-ray inspection system has dangers caused by high-frequency and high-voltage circuits

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