Embedded image treatment method of direct displayed digitatized microscope and its device

Abstract

The present invention disclosed an embedded image processing method of directly-displayed digitalized microscope. Said method includes the following steps: utilizing microscope optical imaging system to amplify thing to be observed and form real image in sensing area of sensor; converting optical signal into digital image signal, and storing said digital image signal into memory; utilizing a digital signal processor to make the digital image signal undergo the processes of colour modification, removing background and edge enhancement, then outputting pure digital image data meeting VESA standard series size; modulating the pure data digital image signal required for display and synchronous signal into digital signal series of display equipment meting VESA standard; converting the digital signal series to analog signal; and outputting said analog signal into display equipment.

Description

【Technical field】 [0001] The invention relates to image processing technology and microscopic technology, in particular to digital microscope. 【Background technique】 [0002] In the digitalization of traditional microscopes, it is necessary to solve a series of processing from directly digitally collecting optical images to directly displaying them on the display screen. People once tried to adopt special video camera to add special digitizing equipment and realize above-mentioned function by means of computer. [0003] Although there are many manufacturers researching and producing digital microscopes at home and abroad, the products developed are mainly based on adding cameras and computers to traditional microscopes. On the one hand, the cost of this product is high, and on the other hand, it is not convenient to use, because it always needs to be connected with a computer, which is not only bulky, but also has a lot of connected wires and cables. [0004] From the pers...

AI Technical Summary

Problems solved by technology

Foreign products also have digital microscopes with image sizes higher than XGA (1024×768), but because they use special cameras, they are expensive and have very high requirements for image interface cards and computers (even so, The acquisition speed of image also can only reach 10-15 frame / second), can't popularize and use

[0005] To sum up, the above existing technologies are largely only suitable for use in experimental occasions, because not only the cost is too high, but also it is not practical to equip a microscope with huge "digital equipment"

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