Micro processing color display of Veterinary ultrasound is a new method and technology for displaying veterinary ultrasound images. In the brightness information that reflects changes in echo intensity, overlaying or transforming it into a color signal and displaying it again is a way of reflecting changes in echo intensity of different tissues.

Its significance lies in adapting to the physiological characteristics of the human eye that improve the resolution of color changes compared to black and white changes. Transforming black and white images into color images enables us to obtain more information from animal ultrasound images. In the study of ultrasound histological characteristics that observe subtle changes in tissue echo intensity, it can effectively expand the visual range and make the observation indicators more accurate.

In summary, color images of animal ultrasound are clearer and more layered than black and white images, especially for some isoechoic masses with similar brightness. Due to the color display of 0 Level 5 chromaticity difference, which can be distinguished by the human eye. Through clinical reports, it has been proven that the use of a pseudo color display device significantly improves the diagnostic rate. As an effective supplementary means for grayscale image display, it is worth adopting.

Perform animal B-ultrasound examination and compare black and white images with color gradient images for observation. Adjust the various control keys of the veterinary B-ultrasound instrument, and then adjust the microprocessor. First, set the color display position to light color, adjust the brightness and contrast, so that the gray mark on the veterinary B-ultrasound image is similar to the gray mark on the host computer, and then adjust each file in the single color continuous spectrum display one by one. The unit of measurement for seven segment encoding, represented by seven colors representing the order in which echoes change from strong to weak.

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