A color difference gloss detection device compatible with multiple products and its operating method

Abstract

The invention discloses a color difference gloss detection device compatible with various products and an operation method thereof, comprising the following steps: S100, the code scanning device scans the code of the top / side workpiece to read and bind the information; The fixed top / side workpiece is sent to the feeding device; S200, the feeding mechanism sends the top / side workpiece to the transfer mechanism at the transfer position; the transfer mechanism drives the top / side workpiece to move to the color difference detection position and gloss detection position, The color difference detection device and the gloss detection device detect them respectively and upload the detection data to the control system. The control system screens the detected top / side workpieces according to the grade screening information in the database; the transfer mechanism drives the top / side workpieces The side workpiece moves to the unloading position; S300, the unloading manipulator sends the top / side workpiece to the corresponding unloading conveyor belt according to the screening result of the control system; the invention can perform appearance inspection on different workpieces in the same batch, and improves the While improving the detection efficiency, the detection time is greatly reduced.

Description

Technical field [0001] The present invention relates to the field of defect detection recognition, and more particularly to a color difference gloss detecting device compatible with a variety of products and its operational methods. Background technique [0002] Industrial appearance defect testing technology involves multiple science and technology such as optical, electronic information, robotic control, computer vision, can automatically detect product appearance defects in industrial production process. At present, industrial appearance defect image testing technology has been widely used in PCB, textile, print, medicine and other industries. [0003] Traditional manual testing means are much more, high cost, low efficiency, in particular when multi-fine precision components are involved, in processing or use of these components, need to detect these components, and remove non-counterfeit goods. At present, most of the appearance detection and discrimination of these componen...

AI Technical Summary

Problems solved by technology

[0003] Traditional manual inspection methods require many people, high cost, and low efficiency, especially when many small precision parts are involved. When processing or using these parts, it is necessary to perform appearance inspection on these parts to remove defective products.

At present, most of the appearance inspection and identification of these parts are carried out by human eyes. However, due to the small size and large number of these small precision parts, and the materials are generally only different in size, the difference in appearance is basically indistinguishable (such as Ring-shaped material), therefore, manual detection or the combination of manual detection and auxiliary equipment requires long-term high concentration. With the supply of light source, long-term work, the staff is easy to distract or suffer from visual fatigue. However, there are various flaws, and finally the quality of inspection cannot be guaranteed, and the work efficiency is low.

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