An Industrial Online Optical Microscopic Imaging System

Abstract

The invention discloses an industrial on-line optical microscopic imaging system, which includes a computer, a display, a controller, an imaging system, and an imaging adjustment module. Mirror, eyepiece, camera; imaging adjustment module includes swing angle adjuster, Z-direction displacement adjuster, X-direction displacement adjuster, Y-direction displacement adjuster, the adjuster can adjust the angle and position of the stage, adjuster and controller Connected by wiring harness, the controller is connected to the computer, the computer is connected to the camera, and the camera is also connected to the display. After the light source images the target to be measured, the camera captures the image, and the controller uploads the final overall image to the server, which is directly used in industrial production through network transmission. and R&D testing. This system can be used to observe and study the microstructure by performing point imaging on the side target and then integrate it into an overall image. It can be marked, has high imaging quality, reliable and stable work, and high industrial use value.

Description

technical field [0001] The invention relates to the technical field of microscopic imaging, in particular to an industrial on-line optical microscopic imaging system. Background technique [0002] In various fields such as industry, national defense, agriculture, medicine, and public security, it is often used to observe and analyze tiny objects that are difficult to observe with the naked eye, such as microstructures, bacteria, cells, particles, and fingerprint images. The traditional method is to use magnifying glasses and microscopes down for observation. When people observe under a single-eye or binocular microscope, human errors are often caused by visual fatigue and other reasons. Working under a microscope for a long time is detrimental to the health of the operator. It is also very difficult to capture a single abnormal individual from many targets due to human misjudgment, and the work efficiency is low. If the phenomena observed under the microscope are taken into...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the defects in the prior art that working under a microscope is harmful to the health of the operator and is prone to human error and misjudgment, the present invention provides an industrial on-line optical microscopic imaging system, which performs block imaging processing on the target to be measured. The coordinate information of each position point of the measurement target is determined, and each coordinate point is imaged and marked for storage. During the imaging process, the image of a certain coordinate point can also be specially marked, and finally the imaging of all coordinate points is integrated. Imaging to obtain a complete image of the target to be tested, through which the microstructure of the target to be tested can be observed, and the overall image is uploaded to the cloud server, which can be directly used for online detection in industrial production and R&D

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