Early animal B-ultrasound dynamic imaging systems directly used processed video signals for display. Using this standard not only causes image flickering due to the low frequency of ultrasound propagation speed, but also due to limitations in information storage technology and processing speed for simulated images, it is difficult to obtain high-resolution ultrasound images.

Digital scanning transformation technology is a key component applied in animal B-ultrasound systems. Traditional digital scanning transformation technology connects ultrasound scanning and image display, providing a buffer for images and improving the storage and processing speed of image information, making real-time processing of dynamic ultrasound images possible. The digital scanning transformation technology proposed in this article is a broad concept that includes signal preprocessing of echo signals, digital image processing, image caching, and coordinate transformation.

The successful application of digital scanning converters in veterinary B-ultrasound not only greatly improves the quality of ultrasound images by increasing their processing capabilities, but also enables real-time processing of dynamic ultrasound images due to the increased storage and processing speed of image information by digital scanning converters, resulting in a significant improvement in the quality of ultrasound dynamic imaging.

The adoption of digital scanning converters has also enabled modern real-time Veterinary Ultrasound diagnostic instruments to achieve some new and valuable functions, such as image freezing, multi frame storage, data measurement and calculation, and TV display. With the enhancement of digital processing capabilities, a new generation of ultrasound dynamic imaging systems with digital scanning processing technology (DSC technology), also known as digital image processing technology (DIP technology), have been put into clinical application, which has once again elevated ultrasound diagnostic technology to a new level. It can be seen that digital scanning transformation and digital image processing technology play a crucial role in modern veterinary ultrasound technology.

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