Integrated intelligent industrial film scanner and system

Abstract

The invention specifically relates to an integrated intelligent industrial film scanner and a system thereof, and the method comprises the following steps: 1, after a power supply is switched on, a switching power supply is pressed down, and all devices are automatically turned on; 2, freely adjusting the width of a film guide groove according to the actual film width; 3, the film is put into a film guide groove, and it is ensured that the film stably advances in the guide groove; and 4, opening film scanning software on the touch display screen, and carrying out industrial film scanning. The movement mechanism, the control mechanism, the camera and other mechanisms are integrated into the integrated machine case, control, collection and other work of the scanner are achieved in the integrated machine, the scanning processing operation is optimized, through cooperation of the rotating handle and the lead screw, the scanner is suitable for scanning of industrial films of different specifications, the applicability of the scanner is improved, and the working efficiency of the scanner is improved. The image gray level monitoring algorithm scans the points, so that the automatic identification function that the film enters and leaves the view of the camera is realized, and the adaptability of the scanner is improved.

Description

technical field [0001] The invention relates to the field of industrial film digitizing devices, in particular to an integrated intelligent industrial film scanner and a system thereof. Background technique [0002] As an important material processing technology, welding is widely used in boilers, shipbuilding, aviation, petrochemical and other industries. The quality of welding largely determines the service life of structural parts. Therefore, it is of great significance to effectively detect defects in welds. . Radiographic detection has become an important technology for weld defect detection due to its advantages of intuition, reliability, high sensitivity and high resolution. [0003] The process of radiographic inspection is actually the process of film sensitivity, development, and fixing. Due to film clarity, blackness, and blackness of structural parts, the radiographic image has low contrast, blurred defect edges, large image noise, and background fluctuations. ...

AI Technical Summary

Problems solved by technology

[0004] In recent years, although industrial film scanners have developed rapidly, the size of scanning films is often not fixed, and the scanner's split structure is complicated, which limits the universality of scanners; therefore, it is necessary to optimize the structure and Operation mode to further improve the convenience of the scanning process

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